JP2007164754A - Environment countermeasure support system, method, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To comprehend the amount of discharge and the like of environmental impact substance with high objectivity/transparency. <P>SOLUTION: From the coefficients required in calculating of the active mass and amount of environmental impact substance discharge which were acquired by a device 1, a device 4 calculates the amount of environmental impact substance discharge by an operation, and a device 15 displays the data. From the difference required in calculating of the amount of environmental impact substance discharge acquired by the device 8, a device 11 calculates the difference of the amount of environmental impact substance discharge by an operation, and a device 17 displays the data. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a technique for appropriately capturing the range of the amount of discharge of environmentally hazardous substances.

  The Kyoto Protocol for the Framework Convention on Climate Change (hereinafter referred to as the “Kyoto Protocol”) entered into force in February 2005, and even in Japan, which has ratified the Protocol, the government plan for achieving the Kyoto Protocol Target in April of the same year In June of the same year, the Cabinet decided, and in June of the same year, a bill to strengthen and amend the Act on Promotion of Global Environmental Measures (Act No. 117 of October 9, 1998; Abbreviation: Global Environmental Measures Promotion Act) In July and August of the same year, revisions to the revision of the Act on the Rational Use of Energy (Act No. 49 of June 22, 1944; Abbreviation: Energy Saving Act) were passed one after another ( (Act No. 61 of June 17, 2005, and Law No. 61 of June 17, 2005 and Law No. 87 of July 26, 2005) Measures are being put in place to urgently take environmental measures to all levels of the nation.

  In particular, the Act (Act No. 61 of June 17, 2005) that amends part of the Law Concerning the Promotion of Global Environmental Measures that was established earlier will come into effect on April 1, 2006. As a result, companies and local governments (hereinafter referred to as “specific emitters”) specified by a Cabinet Order as those who emit a considerable amount of greenhouse gases in association with business activities (including administrative work and projects of national or local governments) Each fiscal year, as stipulated by the ordinance of the competent ministry, the establishments (if specified by the ordinance of the competent ministry as specific emitters that are deemed inappropriate by the establishment in consideration of the mode of business activities, The same shall apply hereinafter.) Each time, the matters specified by the ordinance of the competent ministry must be reported to the minister who has jurisdiction over the business concerned with regard to the greenhouse gas calculated emissions emitted during the period prescribed by the ordinance of the competent ministry.

  Internationally, in January 2005, the European Union started emissions trading, but only within the region, and the international emissions trading based on the Kyoto Protocol was also Preparations are being made steadily with the aim of starting.

  In Japan, the Ministry of the Environment implemented the “Greenhouse Gas Emissions Trading Trial Project” from FY2003 to FY2004, and the “Voluntary Participatory Domestic Emissions Trading System” was held in FY2005. Studies on volume trading are underway.

  International standards for the calculation method and verification / certification of greenhouse gases, which are the prerequisites, are also being prepared. Internationally, the GHG protocol and the ISO 14064 series are currently being studied. In Japan, the Ministry of the Environment (although it is currently positioned as a tentative plan) 'calculates greenhouse gas emissions from businesses. Standards such as “Method Guidelines” and “Guidelines for Verifying Greenhouse Gas Emissions from Business Operators” are being developed.

  These characteristics are that greenhouse gas emission allowances (so-called credits) can have monetary value, and therefore the procedures for calculating, verifying, and certifying emissions are strictly defined. These procedures are cumbersome and generally require a lot of work time.

  Taking into account emissions trading systems and environmental taxes, companies and local governments that emit greenhouse gases are not only calculating, but are also planning (planning / planning) / Do (execution) for global warming countermeasures. It is required to rotate the “PDCA cycle” of / Check (verification / evaluation) / Action (improvement / review). Specifically, Plan: Greenhouse gas reduction plan formulation, Do: Implementation of reduction measures and risk management, Check: Current status of greenhouse gas emissions, Action: Results analysis and improvement / review. In addition, there is a Report: report derived from Check.

  Under such circumstances, businesses related to environmental measures such as companies and local governments are expected to increase rapidly, and technology to support these is required.

  Various techniques have already been disclosed for methods and devices for supporting environmental measures of companies and local governments.

  For example, the baseline is calculated from the utility balance of the virtual system before the implementation of the greenhouse gas reduction project, using an optimization simulation model for baseline calculation, for example, every time the plant or utility operation changes. Calculate the difference between the new baseline at each time point and the actual greenhouse gas emissions per unit time at the corresponding time point, and the start time and the time when the operating state of the plant and utility system is constant Calculate the amount of greenhouse gas reduction during the above period by adding up the accumulated amount with the above difference at the time point over the entire period of calculation of greenhouse gas emission reduction after the greenhouse gas emission reduction project. By using an optimized simulation model of the strict utility system of the target plant, the baseline is dynamically modeled. And Taringu, there is a technique that can evaluate the emission reductions of greenhouse gases such as carbon dioxide gas with high accuracy (for example, see Patent Document 1).

  In addition, the use of input / output functions via the Internet and automatic tabulation functions will improve the efficiency and accuracy of data processing, and will greatly add the secretariat department through direct question / answer functions with data entry personnel. In addition, by appropriately updating the conversion factor between the amount of activity and greenhouse gas emissions, the omission of renewal by the person in charge is prevented, and moreover, by providing detailed consulting based on the aggregated data, There is a technology that can efficiently and accurately tabulate the total amount of emissions and the actual behavior of consideration actions for reducing the amount of emissions, and effectively promote global environmental measures of local governments (see, for example, Patent Document 2).

  In addition, by allowing the allowance to be handled flexibly, such as managing the carry-over of the allowance for this fiscal year to the next year, and managing the lending and transfer of allowances between customers, Businesses that help businesses keep their carbon dioxide emissions within the defined limits and reduce carbon dioxide emissions within those limits in order to reduce overall carbon dioxide emissions In addition, there is a technique that can give a motivation that a person intends to further reduce carbon dioxide emissions (see, for example, Patent Document 3).

  In addition, monitor the amount of gas emitted by the gas emission company that emits greenhouse gases or the gas establishment under the jurisdiction of the gas emission company, and apply to the certification body for the gas emission amount of the gas emission company. At the same time, it is an emission certification application support device that adjusts the gas emission of the gas emission company by trading the emission allowance in the emission trading market where the emission allowance is traded. Monitoring means, certification request agency means to apply to the certification body for gas emissions from the gas emission company based on the monitored gas emissions, and surplus gas emissions based on the certification results certified by the certification body Alternatively, there is a technology that can reduce the troublesome work of gas emission companies by providing emissions trading means for trading excess and deficiency in the emissions trading market (for example, Reference 4).

  In summary, there are many technologies that focus on the function of acquiring activity data, the function of calculating greenhouse gases based on the data, and the function of trading emissions based on the results. I understand.

  By the way, for the purpose of environmental protection, the idea is to achieve environmental protection by regulating the total amount of emission allowances or emission rights of environmentally hazardous substances (substances that affect the environment) and allocating them to each emitting entity. Can be applied to other than global warming prevention (emission regulation of greenhouse gases), and there are examples where it is actually applied.

  In the first place, this idea is the first example of SOx emissions trading started in 1990 for the purpose of reducing sulfur oxides (SOx) in the United States. As a result, great results have been achieved in reducing SOx (see, for example, Non-Patent Documents 4 and 5). In the United States, other transactions are also made for nitrogen oxides (NOx) and the like.

  Another example is the UK waste landfill transaction. In order to control the total amount of waste disposed of in landfills, waste disposal authorities such as municipalities have been allocated waste allowances that can be disposed of in landfills. It is a system that gradually reduces the total amount of Based on the Waste and Emissions Trading Act of 2003, it has been implemented since April 2005 (see, for example, Non-Patent Document 6).

  Yet another example is sewage emission trading. This is a mechanism that sets an upper limit on the amount of pollutants discharged from sewerage facilities, and creates and produces a good water circulation and water environment by buying and selling between municipalities. Local governments that exceed the emission allowance are required to purchase the allowance from other local governments and perform effective sewage treatment. Request for more advanced sewage treatment. Since 2002, the Ministry of Land, Infrastructure, Transport and Tourism's sewerage department has been studying (for example, see Non-Patent Document 7). According to the same non-patent document 7, examination of emissions trading for each local government for eutrophication components flowing into Tokyo Bay is also being conducted.

As stated above, 'the idea of achieving environmental protection by regulating the total amount of allowances or emission rights for environmentally hazardous substances and assigning them to each emitting entity' In addition to global warming prevention (emission regulation of greenhouse gases), it can be applied and there are examples where it is actually applied.
JP 2005-107944 A JP 2004-341788 A JP 2004-326375 A JP 2004-152091 A Kyoto Protocol for the Framework Convention on Climate Change http://unfccc.int/essential_background/kyoto_protocol/background/items/1351.php Kyoto Protocol Target Achievement Plan http: //www.kantei.go.jp/jp/singi/ondanka/kakugi/050428keikaku.pdf Guidelines for calculating greenhouse gas emissions from businesses http://www.env.go.jp/earth/ondanka/santeiho/guide/ http://www.mizuho-ir.co.jp/kikou/haisyutsuken041019.html http://www.ufji.co.jp/publication/sricreport/704/33.pdf http://www.eic.or.jp/ecoterm/?act=view&serial=2968 http://unit.aist.go.jp/shikoku/kaiyou/kaiyou-jimu29.html

  By the way, according to the draft of the Ministry of the Environment's proposal “Guidelines for calculating greenhouse gas emissions from businesses”, the calculation of greenhouse gas emissions is performed in the following process. First, the amount of activity in the activity that emits greenhouse gases (greenhouse gas emission activity) is obtained by some measurement, and these (or others) and the emission factor measured separately (and constants such as unit calorific value depending on the type of activity) ) To calculate greenhouse gas emissions using the formulas defined for each greenhouse gas emission activity published in the “Guidelines for calculating greenhouse gas emissions from businesses”, and Convert to CO2 equivalent emissions using the Global Warming Factor published in the “Guidelines for Calculation of Greenhouse Gas Emissions from Business Operators”. You can also use the 'default value' as described in the 'Guidelines for Greenhouse Gas Emission Calculations'. In general, carbon dioxide equivalent emissions are calculated on a business entity (or corporate group including the consolidated subsidiary of the company) or business unit, etc., and the business operator (or corporate group including the consolidated subsidiary of the company) Or a business establishment generally includes a plurality of greenhouse gas emission activities. Therefore, the carbon dioxide equivalent emission to be calculated is calculated for each greenhouse gas emission activity included in the calculation target company (or company group including the consolidated subsidiary of the company) or business establishment. It is calculated as the sum of carbon dioxide equivalent emissions.

  These flows are the same in other standards such as the GHG protocol and the ISO 14064 under investigation.

  In other words, greenhouse gas emissions and carbon dioxide equivalent emissions are expressed as a function of activity, emission coefficient, unit calorific value, and the like.

  The problems here are the variables of these functions, such as the activity amount, emission coefficient, unit calorific value, etc. (the 'default value' published in the 'Guidelines for calculating greenhouse gas emissions from businesses') Excluding the case of using))) is a measured value. As long as it is a measured value, naturally, the value may include an error.

  The fact that variables contain errors means that these functions, such as greenhouse gas emissions and carbon dioxide equivalent emissions, also contain errors.

  However, all of the above conventional technologies include these errors in the calculated / provided greenhouse gas emissions and carbon dioxide equivalent emissions, and how large are these errors? Give no suggestions. In other words, these conventional techniques have a problem in that the calculated greenhouse gas emissions and carbon dioxide equivalent emissions include errors, and do not give any suggestions as to how much the errors are. is there.

  As mentioned above, the greenhouse gas emission allowances (so-called credits) can have monetary value, so in light of the fact that the emission calculation, verification, and certification procedures that provide the basis for them are strictly defined, This problem in the technology is not known to what extent the error is, so the calculated greenhouse gas emissions or carbon dioxide equivalent emissions are not transparent, and these greenhouse gas emissions or carbon dioxide The calculated value of converted emissions lacks objectivity because it cannot be verified by a third party.

  In fact, the verification body / certification body does not verify / certify the emissions as emissions only with CO2 equivalent emissions with unclear error ranges. (The calculation result) does not meet the calculation standard and is inappropriate) (details will be described later).

The above is described using a specific example.
Assuming that the amount of activity (electricity) acquired is 10 due to the problem of the specifications of the equipment that measures the amount of power, which is the amount of activity, in activities such as 'common activities / use of electricity / use of electricity from general electric utilities'. % Error, even if the default value is used for the emission factor, the calculated carbon dioxide emission (in this case, carbon dioxide is generated, so it is the same as the carbon dioxide equivalent emission) An error of 10% may be included.

  Even if a 5% emission reduction plan is formulated based on a calculation amount that does not give an indication of the error found in the prior art, the calculated value of the CO2 equivalent emission amount includes an error of 10% in the first place. Because of that, the plan is worthless or inappropriate.

  The future prediction simulation function based on the calculated value has a similar defect.

  Further, as mentioned above, the verification body / certification body does not verify / certify the carbon dioxide equivalent emission amount with an unclear error range as the emission amount as it is. According to the “Guidelines for Verification of Greenhouse Gas Emissions from Businesses” issued by the Ministry of the Environment as mentioned above, the verification / certification is the result of calculation of own emissions calculated by the verified person / certified person. For example, company overviews, environmental reports (if created), company overviews, materials to be identified by environmental conservation activities, period of aggregation, scope of aggregation (by location) , Gas type), site-specific emission source list (including those excluded from the target), materials that can list the scope, materials that can be excluded from the target, company-wide, group carbon dioxide equivalent emissions List of gas volume by site (in matrix), calculation result monitoring, calculation, reporting, review flow at each site, measurement equipment maintenance and calibration at each site Material that understands, monthly list of gas by emission source at each site (may be annual) (Activity, emission factor, etc. are described as items, calculated based on the calculation formulas according to the guidelines at each site. A series of calculation materials (various tabulation tables, emission factor tables, etc.) to be clarified, the amount of activity used in the calculation, the basis for the emission factors, etc. (invoices, invoices, measurement records and estimates for calculating coefficients Accuracy, reliability, completeness, and appropriateness from the viewpoints of internal control environment evaluation, GHG management system (computer information system, other internal control) evaluation, GHG data evaluation, etc. As described above, the verification / authentication requires extremely complicated work.

  Linking with monitoring points and verification evidence (provided in the process of formulating and conducting verification plans, and having proof power, specifically, fuel purchase certificates, monitoring records, etc.) In addition, we get certification that the error is within 5%, and it is only certified. Therefore, for example, as in the technique disclosed in Patent Document 4, the greenhouse gas emission amount calculated based on the activity data is sent to the certification body together with the certification request, and thus certified by the certification body. Even if it has a function to receive notification of the amount of emissions, it is not immediately certified with the amount of greenhouse gas emissions, so it contributes little to reducing the work of the certified person and the certification body. .

  The problems described above are problematic even in SOx and NOx emission rights transactions, waste landfill rights transactions, sewage emission rights transactions, and so on.

  The present invention has been made in view of the circumstances described above, and an object thereof is to ascertain the discharge amount of environmentally hazardous substances having high objectivity / transparency.

In order to solve the above-mentioned problem, the present invention calculates an environmental impact substance emission amount from an activity amount acquired and stored in a predetermined storage unit and a coefficient required for calculating the environmental impact material emission amount by calculation. Means,
Means for calculating the environmental load substance emission error by calculation from the error of the coefficient required for calculating the environmental load substance discharge amount acquired and stored in the predetermined storage unit;
A means for outputting environmentally hazardous substance emissions calculated by means for calculating emissions;
A means for outputting an error in the amount of environmentally hazardous substance emission calculated by the means for calculating the error, and
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, and the error provides an environmental countermeasure support system that is an absolute error and / or a relative error of the amount or the like.

Further, the present invention is a means for calculating a carbon dioxide equivalent emission amount by calculation from an activity amount acquired and stored in a predetermined storage unit, and a coefficient required for calculating the carbon dioxide equivalent emission amount,
Means for calculating an error in carbon dioxide equivalent emission from an error in activity data acquired and stored in a predetermined storage unit, and an error in carbon dioxide equivalent emission;
A means for outputting carbon dioxide equivalent emissions calculated by means for calculating carbon dioxide equivalent emissions;
Means for outputting an error of the carbon dioxide equivalent emission calculated by the means for calculating the error, and
The activity amount is a variable representing the magnitude of the carbon dioxide emission activity, and the error provides an environmental countermeasure support system that is an absolute error and / or a relative error of the amount or the like.

Further, the present invention is a step of calculating an environmental impact substance emission amount from an activity amount acquired and stored in a predetermined storage unit, and a coefficient required for calculating the environmental impact substance emission amount,
Calculating the environmentally hazardous substance emission error by calculation from the error of the coefficient required for calculating the environmentally hazardous substance emission amount acquired and stored in the predetermined storage unit;
Outputting environmentally hazardous substance emissions calculated in the step of calculating emissions;
And outputting an error of the environmentally hazardous substance emission amount calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, and the error provides an environmental countermeasure support method that is an absolute error and / or a relative error of the amount or the like.

Further, the present invention is a step of calculating a carbon dioxide equivalent emission amount by calculation from an activity amount acquired and stored in a predetermined storage unit and a coefficient required for calculating the carbon dioxide equivalent emission amount,
Calculating the error of the carbon dioxide equivalent emission from the error of the activity amount acquired and stored in the predetermined storage unit, the error of the carbon dioxide equivalent emission, and
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the carbon dioxide equivalent emission,
Outputting the error of the carbon dioxide equivalent emission calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the carbon dioxide emission activity, and the error provides an environmental countermeasure support method that is an absolute error and / or a relative error of the amount or the like.

  According to the present invention, it is possible to grasp the discharge amount of environmentally hazardous substances with high objectivity / transparency.

  Hereinafter, a first embodiment of the present invention will be described in detail with reference to the drawings. Examples of environmentally hazardous substances that are substances that have some influence on the environment include greenhouse gases, NOx, SOx, waste, and sewage. In each of the following embodiments, the amount of activity is a variable that represents the magnitude of the environmentally hazardous substance emission activity. However, the term “emission” is not limited to its original meaning, and it handles environmentally hazardous substances. (Hereinafter, the same applies). In addition, the emission coefficient is a coefficient that represents the amount of environmentally hazardous substances emitted per unit activity (when coefficient = 1, the amount of activity = environmentally hazardous substances or carbon dioxide equivalent emissions), and the unit calorific value is The amount of heat generated during combustion per unit amount of fuel, and “verification” is “Verification” and “authentication” is “Certification”.

  Referring to FIG. 1, the environmental countermeasure support system according to the present embodiment includes an apparatus 1 that acquires at least one of an activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and other coefficients, an activity amount, An input device group including an apparatus 8 that acquires at least one error among an emission coefficient, a unit calorific value, a global warming coefficient, and other coefficients is provided.

  In addition, a device 2 that stores an expression for calculating the amount of environmentally hazardous substances discharged from at least one of the amount of activity, emission coefficient, unit calorific value, global warming coefficient, and other factors, and the amount of activity, emission coefficient, unit heat generation Reference is made to a device 3 for storing an equation for calculating a carbon dioxide equivalent emission amount from at least one of a quantity, a global warming coefficient, and other factors, and a device 4 for referring to an expression for calculating an environmental load emission. A device 5 for calculating an environmental impact substance emission amount from at least one of an activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and other coefficients, using an equation for calculating an environmental impact substance emission amount Using the device 6 to refer to the formula for calculating the carbon dioxide equivalent emissions and the formula to calculate the referenced carbon dioxide equivalent emissions, the amount of activity, emission coefficient, unit calorific value, global warming coefficient, other coefficients Out of And a group of devices to realize the emission calculation algorithm consisting device 7 calculates by calculation from one CO2 equivalency even without.

  In addition, a device 9 for storing an equation for calculating an error of an environmental load substance emission amount from at least one of an activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and other coefficients, an activity amount, an emission coefficient, Reference is made to a device 10 for storing an equation for calculating an error of carbon dioxide equivalent emission from at least one of a unit calorific value, a global warming coefficient, and other factors, and an equation for calculating an error of an environmental load substance emission. Using the device 11 and the formula to calculate the error of the referenced environmentally hazardous substance emission, the environmentally hazardous substance emission from at least one of the activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients Using an apparatus 12 for calculating an error in the calculation, an apparatus 13 for referring to an expression for calculating an error in the carbon dioxide equivalent emission, and an expression for calculating an error in the referenced carbon dioxide equivalent emission, Person in charge , Unit calorific includes global warming coefficient, apparatus group to realize the error calculation algorithm consisting device 14 for calculating the calculation error of the CO2 equivalency from at least one other factor.

  In addition, a device 15 that displays the calculated amount of environmentally hazardous substances, a device 17 that displays an error in the calculated amount of environmentally hazardous materials, a device 16 that displays the calculated carbon dioxide equivalent emissions, and a calculation A device 18 for displaying an error of the calculated carbon dioxide equivalent emission amount, a device 19 for illustrating the calculated environmental load substance discharge amount, and a device 21 for illustrating the error of the calculated environmental load substance discharge amount. The apparatus 20 includes an output device group including a device 20 illustrating the calculated carbon dioxide equivalent emission amount and a device 22 illustrating the error of the calculated carbon dioxide equivalent emission amount.

More specifically, it is as follows.
The environmental countermeasure support system in the present embodiment includes an apparatus 1 that acquires at least one of an activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and other coefficients.

  Here, the activity amount is a variable that represents the magnitude of the environmental load substance emission activity, the emission coefficient is a coefficient that represents the discharge amount of the environmental load substance per unit activity amount, and the unit calorific value is the fuel value of the fuel. The global warming coefficient is a dimensionless number that expresses the ratio of the greenhouse effect of the environmental load substance as a ratio to the greenhouse effect of carbon dioxide, and the other coefficients are It is a number other than the amount of activity, emission coefficient, unit calorific value, and global warming coefficient, which are required for calculating environmentally hazardous substances or carbon dioxide equivalent emissions.

  These may be, for example, automatic acquisition of instrument data, acquisition from data stored in any database, or acquisition by manual input, and are not particularly limited.

  Further, the device 1 may have an auxiliary function or the like for setting the discharge sources without omission as a mechanism for reducing errors caused by the human system. For example, the power system diagram, material flow, energy flow and device diagram can be compared with each other, the function to illustrate them, the function to issue a check sheet to check them, the past month data is displayed horizontally, For example, you may notice an error in an input item.

  In addition, the environmental countermeasure support system according to the present embodiment stores an equation for calculating an environmental load substance emission amount from at least one of an activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and other coefficients. 2 is provided. For example, the calculation formula described in “Guidelines for calculating greenhouse gas emissions from business operators” or the calculation formula described in other standards may be used, and there is no particular limitation.

  Moreover, the apparatus 3 which stores the type | formula which calculates a carbon dioxide conversion emission amount from at least one among activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and another coefficient is provided. For example, the calculation formula described in “Guidelines for calculating greenhouse gas emissions from businesses” or the calculation formula described in other standards may be used, and is not particularly limited.

  Moreover, the apparatus 4 which refers to the type | formula which calculates environmental load substance discharge | emission amount is provided. There is no particular limitation as long as it is a mechanism that can refer to the formula for calculating the amount of environmentally hazardous substance emission corresponding to the environmentally hazardous substance emission activity. For example, the amount of activity acquired by the apparatus 1 and an expression for calculating the amount of environmentally hazardous substance emission corresponding to the environmentally hazardous substance emission activity are linked in advance, and the environmental load corresponding to the amount of environmentally hazardous substance emission Equipment that has a mechanism that can refer to the formula for calculating the amount of environmentally hazardous substances discharged automatically, or when there is an uncertain element, is the formula for calculating the amount of material discharged. .

  Also, using the formula to calculate the referenced environmentally hazardous substance emissions, calculate the environmentally hazardous substance emissions from at least one of activity, emission coefficient, unit calorific value, global warming coefficient, and other factors. Device 5 is provided. There is no particular limitation as long as it is calculated using a formula for calculating the referenced amount of environmentally hazardous substances.

  Moreover, the apparatus 6 which refers to the type | formula which calculates the carbon dioxide conversion discharge | emission amount is provided. There is no particular limitation as long as it is a mechanism that can refer to a formula for calculating a carbon dioxide equivalent emission amount corresponding to the environmentally hazardous substance emission activity.

  Also, using the formula to calculate the referenced carbon dioxide equivalent emissions, calculate the carbon dioxide equivalent emissions from at least one of activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. Device 7 is provided. If it calculates using the formula which calculates the carbon dioxide conversion emission referred to, it will not specifically limit.

  Moreover, the apparatus 8 which acquires at least 1 error among activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and another coefficient is provided. Here, the error includes not only an error caused by the accuracy of the measuring device but also an error caused by a human system, such as an input error.

  For example, automatic acquisition from a measuring instrument, acquisition from data stored in some database, or acquisition by manual input may be used, and there is no particular limitation. As data stored in the database, there are, for example, spec values of measuring instruments, estimated values based on statistics, and the like as examples relating to errors caused by the human system.

  If there are several acquisition means, the priority (rule) may be determined in advance, and the error may be acquired accordingly. For example, regarding an error due to equipment, first, if there is a numerical value manually input, it is acquired as an error. If not, the value automatically acquired from the spec of the measuring device is acquired as an error. If not, a ranking is set such that a large numerical value on the safety side, for example, a minimum standard value defined by JIS or the like is entered, and an error is acquired according to the ranking. Alternatively, a rule may be set such that the most recently acquired error is acquired, and the error is acquired according to the order. These orders may be arbitrarily set by the user or may be set in advance when the system is delivered.

  In addition, the environmental countermeasure support system according to the present embodiment stores an equation for calculating an error of the environmental load substance emission amount from at least one of the activity amount, the emission coefficient, the unit calorific value, the global warming coefficient, and other coefficients. A device 9 is provided. For example, errors in environmentally hazardous substance emissions created from the calculation formulas described in the “Guidelines for calculating greenhouse gas emissions from businesses”, calculation formulas described in other standards, and error propagation formulas, etc. If it is a type | formula which calculates | requires, it will not specifically limit.

  Moreover, the apparatus 10 which stores the type | formula which calculates the error of a carbon dioxide conversion emission amount from at least one among activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and another coefficient is provided. For example, errors in CO2 equivalent emissions created from the calculation formulas described in the “Guidelines for calculating greenhouse gas emissions from businesses”, calculation formulas described in other standards, and error propagation formulas, etc. If it is a type | formula which calculates | requires, it will not specifically limit.

  Moreover, the apparatus 11 which refers to the type | formula which calculates the error of environmental impact substance discharge | emission amount is provided. There is no particular limitation as long as it is a mechanism that can refer to an expression for calculating an error of an environmental impact substance emission amount corresponding to the environmental impact substance emission activity.

  Also, using the formula to calculate the error of the referenced environmentally hazardous substance emissions, the error of the environmentally hazardous substance emissions from at least one of the activity, emission coefficient, unit calorific value, global warming coefficient, and other factors The apparatus 12 which calculates | requires by calculation is provided. There is no particular limitation as long as it is calculated using a formula for calculating an error of the referenced amount of environmentally hazardous substances discharged.

  Moreover, the apparatus 13 which refers to the type | formula which calculates the difference | error of the carbon dioxide conversion discharge | emission amount is provided. There is no particular limitation as long as it is a mechanism that can refer to an equation for calculating an error of the carbon dioxide equivalent emission corresponding to the environmentally hazardous substance emission activity.

  In addition, using the formula to calculate the error of the referenced carbon dioxide equivalent emissions, the error in carbon dioxide equivalent emissions from at least one of activity, emission coefficient, unit calorific value, global warming coefficient, and other factors The apparatus 14 which calculates | requires by calculation is provided. If it calculates using the formula which calculates the error of the referenced carbon dioxide conversion emission amount, it will not specifically limit.

  Moreover, the apparatus 15 which displays the calculated amount of environmental load substances is provided. There is no particular limitation as long as it displays the calculated amount of environmentally hazardous substances.

  Moreover, the apparatus 16 which displays the calculated carbon dioxide conversion discharge | emission amount is provided. There is no particular limitation as long as it displays the calculated carbon dioxide equivalent emission amount.

  Moreover, the apparatus 17 which displays the difference | error of the calculated environmentally hazardous substance discharge | emission amount is provided. There is no particular limitation as long as it displays an error in the calculated amount of environmentally hazardous substances discharged.

  Moreover, the apparatus 18 which displays the error of the calculated carbon dioxide conversion discharge | emission amount is provided. There is no particular limitation as long as it displays an error in the calculated carbon dioxide equivalent emission amount.

  Moreover, the apparatus 19 which illustrates the calculated amount of environmental load substances calculated is provided. There are no particular limitations as long as the calculated amount of environmentally hazardous substances is shown in a graph or graph.

  Moreover, the apparatus 20 which illustrates the calculated carbon dioxide conversion discharge | emission amount is provided. There is no particular limitation as long as the calculated carbon dioxide equivalent emission amount is illustrated by a diagram, a graph, or the like.

  Moreover, the apparatus 21 which illustrates the difference | error of the calculated environmentally hazardous substance discharge | emission amount is provided. There is no particular limitation as long as the calculated error of the environmentally hazardous substance emission is illustrated by a diagram or graph.

  Moreover, the apparatus 22 which illustrates the difference | error of the calculated carbon dioxide conversion discharge | emission amount is provided. There is no particular limitation as long as the error of the calculated carbon dioxide equivalent emission amount is illustrated by a diagram or graph.

  In addition, as long as the absolute value and the error are paired, it is possible to provide only an apparatus relating to only the environmentally hazardous substance emission amount or the carbon dioxide equivalent emission amount. As for the output device group, as long as the absolute value and the error are paired, only the device that displays / illustrates only the environmentally hazardous substance emission amount or the carbon dioxide equivalent emission amount may be provided. Furthermore, a device for only one of display and illustration may be provided, or a device for simultaneously displaying / illustrating an absolute value and an error may be provided.

  As described above, anything expressed as “device” may be an aggregate of a plurality of devices or may be a function of a certain device (the same applies hereinafter).

The relationship between each device is as follows.
Activity data, emission coefficient, unit calorific value, global warming coefficient, and other coefficients acquired by the device 1 that acquires at least one of activity data, emission coefficient, unit calorific value, global warming coefficient, and other coefficients Is stored in the device 2 for storing an expression for calculating the amount of environmental load substance emission from at least one of the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. Refer to the formula for calculating the environmental load substance emission corresponding to the environmental load substance discharge activity in the device 4 that refers to the formula for calculating the environmental load substance discharge amount from the formula for calculating the environmental load substance discharge amount. And calculate the environmentally hazardous substance emissions from at least one of the activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients using the formula for calculating the referenced environmentally hazardous substance emissions. The Environmental load substances emissions are calculated by device 5.

  Similarly, the amount of activity, emission coefficient, unit calorific value, global warming coefficient acquired by the device 1 that acquires at least one of the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients, A device 3 that stores an equation that uses at least one of the other coefficients and calculates a carbon dioxide equivalent emission from at least one of the activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. For calculating the carbon dioxide equivalent emission corresponding to the environmentally hazardous substance emission activity in the device 6 referring to the equation for calculating the carbon dioxide equivalent emission from the equation for calculating the carbon dioxide equivalent emission stored in the Refer to the formula and use the formula to calculate the referenced carbon dioxide equivalent emission, and use carbon dioxide equivalent emissions from at least one of activity, emission coefficient, unit calorific value, global warming coefficient, and other factors. Carbon dioxide equivalent emissions are calculated in device 7 for calculating by calculation.

  Activity data, emission coefficient, unit calorific value, global warming coefficient, etc. acquired by the device 8 that obtains at least one error among activity data, emission coefficient, unit calorific value, global warming coefficient, and other coefficients Using at least one error among the coefficients, an equation for calculating the environmental load substance emission error from at least one error among the activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients is stored. The environmental load substance corresponding to the environmental load substance discharge activity in the apparatus 11 referring to the formula for calculating the error of the environmental load substance discharge amount from the expression for calculating the error of the environmental load substance discharge amount stored in the apparatus 9 Refer to the formula for calculating the error in emissions, and use the formula to calculate the error in the referenced environmentally hazardous substance emissions, and calculate the amount of activity, emission coefficient, unit calorific value, global warming coefficient, and other factors. Small Error of environmentally hazardous substances emissions is calculated by unit 12 for calculating the calculation error of the environmentally harmful substances emissions from Kutomo one error.

  Similarly, the activity amount, emission coefficient, unit calorific value, global warming coefficient acquired by the device 8 that acquires at least one error among the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. , Using at least one error among other factors, and calculating the carbon dioxide equivalent emission error from at least one error among activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. From the equation for calculating the error of the carbon dioxide equivalent emission amount stored in the device 10 to be stored, the device 13 that refers to the equation for calculating the error of the carbon dioxide equivalent emission amount in the device 13 corresponds to the environmental load substance emission activity. Refer to the formula for calculating the error in carbon-equivalent emissions, and use the formula to calculate the error in the referenced CO2-equivalent emissions, and the activity, emission coefficient, unit calorific value, global warming coefficient, Error of carbon dioxide equivalent emissions are calculated in unit 14 for calculating the calculation error of the CO2 equivalency of at least one error of the coefficient.

  Further, the calculated environmental load substance emission amount is displayed by the device 15 for displaying the calculated environmental load substance discharge amount, and the calculated environmental load substance discharge amount is calculated by the device 17 for displaying the error of the calculated environmental load substance discharge amount. Displays the error of the environmentally hazardous substance emissions, displays the calculated carbon dioxide equivalent emissions by the device 16 for displaying the calculated carbon dioxide equivalent emissions, and calculates the calculated carbon dioxide equivalent emissions The error of the calculated carbon dioxide equivalent emission is displayed by the device 18 for displaying the error.

  Further, the device 19 illustrating the calculated amount of the environmentally hazardous substance is illustrated by a figure or a graph, etc., and the device illustrating the error of the calculated amount of the environmentally hazardous substance discharged. 21 shows the error of the calculated environmentally hazardous substance emission by a figure or a graph, etc., and the calculated carbon dioxide equivalent emission by the apparatus 20 illustrating the calculated carbon dioxide equivalent emission The error of the calculated carbon dioxide equivalent emission amount is illustrated by a diagram, a graph or the like by the device 22 which is illustrated by a graph or the like, and the error of the calculated carbon dioxide equivalent emission amount is illustrated.

  Next, the processing operation of the environmental countermeasure support system in the present embodiment will be described in detail with reference to FIG.

  First, the activity amount, the emission coefficient, the unit calorific value, and the global warming acquired in the step 31 in which the device 1 acquires at least one of the activity amount, the emission coefficient, the unit calorific value, the global warming coefficient, and other coefficients. Using at least one of the coefficient and other coefficients, the device 2 calculates an environmental load substance emission amount from at least one of the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. The environmental load corresponding to the environmental load substance emission activity in step 34 in which the apparatus 4 refers to the formula for calculating the environmental load substance discharge amount from the formula for calculating the environmental load substance discharge amount stored in the storing step 32. Refer to the formula for calculating substance emissions, and use the formula to calculate the amount of environmentally hazardous substances released by the device 5, and use the formula for calculating the amount of activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. U Environmental load substances emissions are calculated in step 35 to calculate the arithmetic environmentally hazardous substances emissions from at least one.

  Similarly, the activity amount, emission coefficient, unit calorific value, global warming acquired in step 31 in which the device 1 acquires at least one of the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. A formula that uses at least one of the activation coefficient and other coefficients, and the device 3 calculates the carbon dioxide equivalent emission from at least one of the activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. From the equation for calculating the carbon dioxide equivalent emission stored in step 33, the device 6 refers to the equation for calculating the carbon dioxide equivalent emission, and in step 36 the CO2 corresponding to the environmental load substance emission activity is referred to. With reference to the formula for calculating the carbon equivalent emission, using the formula to calculate the referenced carbon dioxide equivalent emission, the device 7 is active, emission coefficient, unit calorific value, global warming coefficient, Carbon dioxide equivalent emissions are calculated in step 37 to calculate by calculation CO2 equivalency from at least one of the coefficients.

  Next, the activity amount, the emission coefficient, the unit calorific value, acquired in step 38 in which the apparatus 8 obtains at least one error among the activity amount, the emission coefficient, the unit calorific value, the global warming coefficient, and other coefficients, Using at least one error out of the global warming coefficient and other coefficients, the device 9 generates an environmental load substance emission amount from at least one error out of the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. In step 41 in which the apparatus 11 refers to the equation for calculating the error of the environmental load substance discharge amount from the equation for calculating the error of the environmental load substance discharge amount stored in step 39 for storing the equation for calculating the error of With reference to the formula for calculating the error of the environmental load substance emission amount corresponding to the environmental load substance emission activity, using the formula for calculating the error of the referenced environmental load substance discharge amount, Out factor, the unit heating value, global warming potential, at least one step 42 to calculate by calculation error of the environmentally harmful substances emissions from the error of environmentally harmful substances emissions errors of the other coefficients are calculated.

  Similarly, the activity amount, the emission coefficient, the unit calorific value, the earth acquired in step 38 in which the apparatus 8 obtains at least one error among the activity amount, the emission coefficient, the unit calorific value, the global warming coefficient, and other coefficients. Using at least one error of the global warming coefficient and other coefficients, the device 10 calculates the carbon dioxide equivalent emission from the error of at least one of the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. In step 43 in which the apparatus 13 refers to the equation for calculating the error of the carbon dioxide equivalent emission amount from the equation for calculating the error of the carbon dioxide equivalent emission amount stored in step 40 for storing the equation for calculating the error. By referring to an equation for calculating an error of the carbon dioxide equivalent emission corresponding to the environmental load substance emission activity, an apparatus 14 is used by using an equation for calculating the error of the referenced carbon dioxide equivalent emission. Calculate the carbon dioxide equivalent emission error in step 44, which calculates the error in carbon dioxide equivalent emission from the error of at least one of activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients Is done.

  Here, as for the equation for calculating the error of the environmentally hazardous substance emission amount and the equation for calculating the error of the carbon dioxide equivalent emission amount, any known error calculation equation is used. There is no particular limitation. However, the following simple method can also be used by making use of the characteristics of the calculation formulas for environmentally hazardous substance emissions and carbon dioxide equivalent emissions.

  Note that the characteristics of the calculation formulas for environmentally hazardous substance emissions and carbon dioxide equivalent emissions are as follows.

  According to the “Guidelines for calculating greenhouse gas emissions from businesses” above, greenhouse gas emissions or carbon dioxide equivalent emissions, which are examples of environmentally hazardous substances, are at most three activity levels, emission factors, It is calculated from at least one of unit calorific value and global warming coefficient (including the case where the global warming coefficient is “1”) by a polynomial including them (10 patterns in total). These 10 patterns of polynomials are shown in FIG.

  For the emission coefficient, unit calorific value, and global warming coefficient, the values recommended by the Ministry of the Environment (default values) are listed in the “Guidelines for calculating greenhouse gas emissions from businesses”. These can be regarded as not including errors. In addition, according to the “Guidelines for calculating greenhouse gas emissions from businesses”, it is possible to use measured values for the emission factor and unit calorific value, but in that case it is equivalent to the default value, Or it is required to perform actual measurement with higher accuracy. Since all the default values have three significant digits, three or more significant digits are required in the actual measurement value.

  Among formula patterns including a plurality of activity quantities, activity quantity [1] in formula pattern 3, activity quantities [2] and [3] in formula pattern 4, activity quantities [2] and [3] in formula pattern 5, and formulas The activity amount [2] of the pattern 6 and the activity amounts [1] and [2] of the mathematical pattern 8 can be easily measured with an accuracy of three or more significant digits.

  Therefore, the emission coefficient, unit calorific value, global warming coefficient and the amount of activity described above are considered to be numbers with no error (the number where the error is 0), and other activity amounts are numbers that can have an error. It can be considered.

That is, if D is a number having an error, K is a number having no error, and D is allowed to have an error of 0, greenhouse gas emissions or carbon dioxide equivalent emissions:
S = Σ (D * K) (1)
It can be said that it has the characteristic represented by.

In consideration of the above, it is possible to easily calculate the relative error of greenhouse gas emissions and the relative error of carbon dioxide equivalent emissions as follows.
R relative error: (ΔS / S) is
ΔS / S = [Σ (ΔD * K)] / [Σ (D * K)]
= [Σ [(ΔD / D) * (D * K)]] / [Σ (D * K)] (2)
Is calculated. The absolute error is obtained by multiplying this by S.

Based on the above, the specific procedure is as follows.
For example, the error of the environmental load substance emission amount is designated in advance in step 38 in which the apparatus 8 obtains at least one error among the activity amount, emission coefficient, unit calorific value, global warming coefficient, and other coefficients. Use at least one error among activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients to obtain the measured error for at least one activity, and to obtain error 0 for the others. Emission of environmentally hazardous substances from at least one error among activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients according to equation (2) stored in device 9 and the equation for calculating the respective terms A step in which the apparatus 11 refers to an equation for calculating the error of the environmental load substance discharge amount from the equation of calculating the error of the environmental load substance discharge amount stored in the step 39 for storing the equation for calculating the error of the amount. In 41, the equation for calculating the error of the environmental load substance emission corresponding to the environmental load substance discharge activity is referred to, and the apparatus 12 is activated using the formula for calculating the error of the referenced environmental load substance discharge amount. In step 42, the error of the environmental load substance emission amount is calculated from the error, the emission coefficient, the unit calorific value, the global warming coefficient, and other factors. The

  The same applies to the error of the carbon dioxide equivalent emission.

  Next, each data is output in the output step group. That is, the calculated environmental load substance emission amount is displayed in step 45 in which the apparatus 15 displays the calculated environmental load substance discharge amount, and the apparatus 17 displays an error of the calculated environmental load substance discharge amount. In step 47, the error of the calculated environmental load substance emission is displayed, and the apparatus 16 displays the calculated carbon dioxide equivalent emission. The carbon dioxide equivalent emission calculated in step 46 is displayed. The error of the calculated carbon dioxide equivalent emission is displayed in step 48 in which the apparatus 18 displays the error of the calculated carbon dioxide equivalent emission. Further, in step 49, which shows the calculated amount of the environmentally hazardous substance discharged by the device 19, the calculated amount of the environmentally hazardous substance is shown in a graph or graph, and the amount of the environmentally hazardous substance discharged by the device 21 is also illustrated. The error of the calculated environmentally hazardous substance emission amount is illustrated by a figure or a graph in step 51 illustrating the error of the above, and the carbon dioxide conversion emission amount calculated by the apparatus 20 is calculated in step 50 illustrating the calculated amount. The calculated carbon dioxide equivalent emission amount is shown in a figure, a graph, etc., and the error of the calculated carbon dioxide equivalent emission amount is illustrated by the step 52 illustrating the error of the calculated carbon dioxide equivalent emission amount. This is illustrated with a graph.

  According to the present embodiment described above, it is possible to grasp not only the absolute values of the environmentally hazardous substance emission amount and the carbon dioxide equivalent emission amount, but also the error and the range that the absolute value can take into account the error. The reason for this is to obtain the amount of activity, emission coefficient, unit calorific value, other constants and their absolute or relative error, or both, which are the basis for calculating environmentally hazardous substances. Using an error calculation algorithm, the amount of environmentally hazardous substances or carbon dioxide equivalent emissions, or both of the absolute value and absolute miscalculation or relative error, or both, and the amount of environmentally hazardous substances that take these into account Alternatively, the calculation result and its error can be digitized / visualized by displaying / illustrating the range of the carbon dioxide equivalent emission amount or both. Then, from these (or the like), it is possible to obtain / know about the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount with high objectivity / transparency.

  Next, the configuration of the environmental countermeasure support system according to the second embodiment of the present invention will be described with reference to FIG.

  This embodiment is the same as the first embodiment, but includes a device 65 for inputting conditions such as a threshold value for an error in environmentally hazardous substance emissions and / or an error in carbon dioxide equivalent emissions, and an environmentally hazardous substance emissions. And / or the apparatus 66 for determining whether or not the error of the carbon dioxide equivalent emission amount is the same as or exceeded the condition such as the threshold, and the apparatus 66 makes the condition such as the threshold equal to or exceeds the condition such as the threshold. However, when any one or more events occur, a device 67 for outputting a warning or an alarm is added.

More specifically, it is as follows.
The environmental countermeasure support system according to the present embodiment includes a device 65 for inputting conditions such as an error of an environmental load substance emission amount and / or a threshold value of an error of carbon dioxide equivalent emission amount. This is a device for setting conditions such as a threshold desired by the user of this system. The condition such as the threshold value may be an absolute error or a relative error.

  Moreover, the apparatus 66 which determines whether the error of environmental impact substance discharge | emission amount and / or the error of carbon dioxide conversion discharge | emission amount is the same as or exceeded conditions, such as a threshold value, is provided. Absolute value and error (absolute error and / or relative error) calculated by the emission calculation algorithm and error calculation algorithm in the first embodiment, and environmental load substance emission error and / or carbon dioxide conversion There is no particular limitation as long as it compares the magnitude with a condition such as a threshold value input by the device 65 for inputting a condition such as a threshold value for an error in discharge amount.

  In addition, the device 66 for determining whether or not the error of the environmentally hazardous substance emission amount and / or the error of the carbon dioxide equivalent emission amount is the same as or exceeded the condition such as the threshold value has been the same as or exceeded the condition such as the threshold value. When any one or more of the following events occur, a device 67 for outputting a warning / alarm or the like is provided. This may be anything as long as it can alert humans that the event has occurred. For example, a warning / alarm by display, a warning / alarm by sound (voice), or any other combination of these. There may be.

  Next, the processing operation of the environmental countermeasure support system in the present embodiment will be described in detail with reference to FIG.

  First, the apparatus 65 receives conditions such as a threshold value input by the user of the apparatus in step 75 in which conditions such as an error of an environmental load substance emission amount and / or a threshold value of an error in carbon dioxide equivalent emission amount are input. The input condition such as a threshold value may be an absolute error or a relative error. For example, 400 [t CO2e] is an absolute error, and 5 [%] is a relative error.

  Next, the device 66 determines whether or not the error of the environmental load substance emission amount and / or the error of the carbon dioxide equivalent emission amount is the same as or exceeds the condition such as a threshold value, and the device 67 determines whether the first 67 described above. The absolute value or error (absolute error and / or relative error) calculated by the emission calculation algorithm or error calculation algorithm in the embodiment is compared with the condition such as the threshold value input in step 75, and When any one or more of the events that are the same as, exceeding, or less than the conditions such as the threshold occur, a warning / alarm or the like is output at step 77, respectively. Note that the user can arbitrarily set what warning / alarm is output (not output) for any event that is the same as, exceeding, or less than the condition such as the threshold.

  Further, not only errors but also steps such as setting conditions such as threshold values for absolute values and outputting warnings / alarms in the same manner can be combined.

  According to the above embodiment, in addition to the effects of the first embodiment, error management of the discharge amount can be performed more easily. The reason is that it is possible to easily know the magnitude of a condition such as a threshold freely set by the user of the present system and the error in the actual discharge amount.

  Next, the configuration of the environmental countermeasure support system according to the third embodiment of the present invention will be described with reference to FIG.

  The environmental countermeasure support system according to the present embodiment includes an apparatus for storing at least one of an activity amount, an emission coefficient, a unit calorific value, a global warming coefficient, and other coefficients in the first embodiment, and Data storage device group 91 including devices storing at least one of activity error, emission coefficient error, unit calorific value error, global warming coefficient error, and other coefficient error, and environmental load substances The difference is that a condition input device group 92 for inputting conditions such as a threshold value for errors in emissions and / or errors in carbon dioxide equivalent emissions is different.

  In addition, an apparatus for arbitrarily acquiring at least one of a pseudo error of an activity amount, a pseudo error of an emission coefficient, a pseudo error of a unit calorific value, a pseudo error of a global warming coefficient, and a pseudo error of other coefficients, and an activity A device that arbitrarily generates at least one of a pseudo error of a quantity, a pseudo error of a discharge coefficient, a pseudo error of a unit calorific value, a pseudo error of a global warming coefficient, and a pseudo error of other coefficients, and discharge of environmental load substances A device that generates pseudo errors in quantities and / or pseudo errors in emissions equivalent to carbon dioxide, and errors in activity, emissions coefficients, unit calorific values, global warming coefficients, and other coefficients , Environmental load substance error and / or carbon dioxide equivalent emission error, activity amount pseudo error, emission coefficient pseudo error, unit calorific value pseudo error, global warming coefficient pseudo error, other factors Pseudo Device for comparing differences, pseudo-errors of emissions of environmentally hazardous substances, and / or pseudo-errors of carbon dioxide equivalent emissions (pseudo-errors are relative values or absolute values that are generated in the same way as errors for the purpose of simulation related to errors. The same applies to the following), and a device that predicts future environmentally hazardous substance emissions and / or future carbon dioxide equivalent emissions from past activity and other data, and future environmentally hazardous substance emissions. The difference is that a simulation device group 93 including devices for predicting the error and / or the error of the future carbon dioxide equivalent emission amount is added.

  In addition, the environmental impact substance emission error and / or the carbon dioxide equivalent emission error is within the threshold value, etc., pseudo-error of activity, emission coefficient pseudo-error, unit calorific value pseudo-error, global warming coefficient Display and / or display of one or more of pseudo error, device for displaying pseudo error of other coefficients, and error of future environmentally hazardous substance emissions and / or future carbon dioxide equivalent emissions The difference is that a simulation result output device group 94 composed of devices is added.

  In addition, a device that stores an error in environmentally hazardous substance emissions and / or a measure for reducing carbon dioxide equivalent emissions, and a result input by the condition input device and the data stored in the data storage device group 91 are used for the environment. The difference is that a device for generating a reduction plan for an error in the load substance discharge amount and / or a carbon dioxide equivalent discharge amount and a reduction planning device group 95 including devices for displaying / showing the generated reduction plan are added.

  In addition, verification evidence that is the source of the acquisition of activity data, verification evidence that is the source of acquisition of emission factors, verification evidence that is the source of acquisition of unit calorific value, verification evidence that is the source of acquisition of global warming potential, etc. A device that manages any one or more of the verification evidences that are the basis for obtaining the constants, etc., and associates and manages them with activity, emission coefficient, unit calorific value, global warming coefficient, and other constants, and A device for storing the linked management results, a device for referring to the stored linked results, a device for displaying and / or displaying the referenced linked results, and a template for a report on calculation of environmental impact substances Device to store, device to refer to the result of linkage between verification evidence and data, device to refer to the environmentally hazardous substance emission amount and its error and / or carbon dioxide equivalent emission amount and its error, and calculation report Calligraphy A device that automatically creates an electronic file of a calculation report of environmentally hazardous substances from the results of associating templates, verification evidence and data, and environmentally hazardous substance emissions and their errors and / or carbon dioxide equivalent emissions and their errors, and The difference is that a device for printing a calculation report and a verification / authentication support device group 96 composed of devices that allow the verification body / certification body to access and browse data held by the person to be verified / authenticated person are different.

  Another difference is that an emission credit trading support device group 97 including a series of devices necessary for the emission trading is added. Here, the emission credit transaction includes not only the emission credit / emission allowance transaction itself, but also the futures transaction, derivative product transaction, and the like. The emission credit transaction device group 97 may be any device as long as it is a known device or device group related to the emission credit transaction. According to the present embodiment, since the emission calculation value including the error is known, the futures trading of emissions credits, and the trading of emissions credit-derived products in which the risk when certification is not possible are hedged by insurance, etc. It can be realized with higher accuracy or lower insurance premiums than in the past.

  The process of “PDCA cycle” following “Plan: Environmentally hazardous substance (greenhouse gas) reduction planning” is “Do: Implementation of reduction measures and risk management”, where “Plan: Environmentally hazardous substance” (Greenhouse gas) Reduction measures will be implemented in accordance with the “Plan for Reduction”. In the future, when the allowance trading system is introduced, it is possible to support the easy implementation of the allowance trading in “Do: Implementation of reduction measures and risk management”.

  Next, the processing operation of the environmental countermeasure support system in the present embodiment will be described in detail with reference to FIG.

  First, the input device group 88 acquires absolute values and errors such as activity amounts, and stores them in the data storage device group 91 (input step group 98).

  Next, when performing various simulations, the condition input device 92 receives input of necessary conditions (condition input step group 102), and extracts necessary data from data stored in the data storage device group 91. For example, when predicting emissions of environmentally hazardous substances after September of this year based on last year data and data up to September of this year, the condition input device 92 accepts the input of the conditions, And the data of September of this year are obtained by referring to the data storage device group 91, and the error of the environmental load substance emission amount and / or the device group 90 realizing the emission calculation algorithm 89 and the device group 90 realizing the error calculation algorithm. Alternatively, the absolute value and error of the carbon dioxide equivalent emission amount are calculated, and the result and the simulation performed by each device of the simulation device group 93 (simulation step group 103) are output by the simulation result output device group 94 (simulation) Result output step group 104). An example of the output is shown in FIG. This is a display example of the result of predicting the amount of environmentally hazardous substance emissions (in terms of carbon dioxide) from October onward based on emissions from a certain calculation base up to September. Along with the absolute value, the upper limit value / lower limit value taking the error into consideration is displayed.

  When planning reduction, the condition input device 92 accepts input of necessary conditions (condition input step group 102), and the simulation device group 93 picks up necessary data from the data stored in the data storage device group 91. put out. For example, when a calculation base having an absolute value of 100 t-CO2e sets a reduction target of 2.5%, the condition input device 102 receives an input of a condition such as a reduction target of 2.5%, and the simulation device group 93 However, the data that matches the condition is picked up with reference to the data stored in the data storage device group 91. Then, the apparatus group realizing the emission calculation algorithm 89 and the apparatus group 90 realizing the error calculation algorithm calculate the error of the environmental load substance emission amount and / or the absolute value and error of the carbon dioxide equivalent emission amount, and the result Each device in the reduction planning device group 95 generates a reduction plan that matches the condition received by the condition input device 92 and displays / shows it (reduction planning step group 105). An example of the output is shown in FIG. This is a calculation base with a carbon dioxide equivalent emission amount of 100 t-CO2e that sets a reduction target of 2.5% and makes a reduction measure that matches the reduction target. Here, No. 1 and No. 2 do not satisfy the condition of “error 5% or less”, which is a standard for emission certification, so the expected amount of certification is calculated amount + upper limit of error seen from the safety side. Value (of course, it may not be authenticated). On the other hand, since the item number 3 satisfies the condition of “error 5% or less”, the calculated amount itself becomes the expected authentication value. In this way, since the reduction measures have been formulated in consideration of not only the absolute value of carbon dioxide equivalent emission but also the expected emission of certification, for example, item 3 (high Update to standard power meter) is also listed as a candidate for reduction measures.

  When performing verification / authentication support, necessary conditions are input to the condition input device 92, and the conditions input by the condition input device 92 from the data stored in the data storage device group 91 are changed by the simulation device group 93. On the basis of the necessary data, the device group 89 for realizing the emission calculation algorithm and the device group 90 for realizing the error calculation algorithm using the data are used to determine the error of the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount. The absolute value and the error are calculated, and the result and the result obtained by associating the activity amount and the verification evidence with the verification / authentication support device group 96 are displayed and / or illustrated (verification / authentication support). Step group 106). In addition, the verification authority / certification authority can access and browse the data held by the person to be verified / certified person so that the verification authority / certification authority can directly access the data from the person to be verified / authenticated person. Part of the verification / authentication work can proceed without receiving provision. In other words, for example, whether the certification authority uses an information processing device such as an authentication server to authenticate from the measured value and error of the environmental load substance emission amount, carbon dioxide equivalent emission amount obtained based on the predetermined authentication data. Determine whether or not. The measured value and error may be either data calculated by the authentication server itself or data obtained by receiving data calculated by another device.

  The “PDCA cycle” process following “Check: Understanding the current status of environmentally hazardous substance (greenhouse gas) emissions” is “Action: Result analysis and improvement / review”, and “Action: Result analysis and improvement / review” Then, in order to connect to the next “Plan: Environmentally Hazardous Substance (Greenhouse Gas) Reduction Planning”, it is necessary to acquire sufficient data for the reduction planning. Therefore, not only analysis / analysis of results but also analysis / analysis with high objectivity / transparency based on current and past data, etc., and more reliable simulation of future data prediction, etc. It will be necessary.

  Further, in the verification / authentication support step group 106 described above, processing for automatically creating and printing an electronic file of the calculation report may be performed. There are a wide variety of forms and items to be filled in for each type of report, and these operations are also becoming a heavy burden at the site, which can be reduced.

  Here, calculation reports include reports for obtaining verification / certification of calculated amounts, reports to be submitted to the government, internal reports, environmental reports to shareholders and other interested parties, and these reports. Any component may be used as long as it displays / describes the calculation results of emissions of other environmentally hazardous substances and carbon dioxide equivalents. For example, it includes so-called web posting (a mode not printed on paper).

  Also, as described above, Report: Reports related to verification / certification, as well as those required by the ordinances of laws and regulations, etc. (so-called administrative reports, etc.), laws and regulations, etc. Although there is no direct relationship with the obligation by the company, what the company or local government does for its stakeholders (so-called environmental report or CSR report, etc.), what is issued for the inside of the company or local government, etc. Including widely.

  The calculation report is generated based on the calculation report template. For example, an environmentally hazardous substance calculation report template is a calculation report format that describes in advance the forms that are not affected or almost unaffected by the calculation results. It is a data file that defines the part to input etc.

  An example of calculation report generation is defined as inputting the result of the above association of the environmental load substance calculation report template stored in the step of storing the environmental load substance calculation report template. In the part, the acquisition means such as the amount of activity referenced in the step of referencing the linked result is input, and the template error of the environmental impact substance calculation report is input. By inputting the environmentally hazardous substance emission amount and its error and / or the error referred to in the step of referring to the carbon dioxide equivalent emission amount and its error into the part, the result of associating the template with the environmentally hazardous substance emission amount Based on the error and / or carbon dioxide equivalent emission amount and the error, the calculation report is created by automatically creating an electronic file of the environmental impact substance calculation report. The book electronic file of the automatic creation. The definition of the input part can be arbitrarily defined by preparing a desired template. In addition, the electronic file of the calculation report may be changed as necessary to improve the appearance. Further, the calculation report may be printed by the step of printing the electronic file of the calculation report.

  In addition, when performing verification / authentication support, the measured values and errors of environmentally hazardous substance emissions and carbon dioxide equivalent emissions are based on on-site confirmation image data of measuring devices, etc., reliability, error tolerance, etc. It is also effective to use a method that determines the above. Note that this method may be similarly applied to other embodiments.

  Furthermore, when performing verification / authentication support, the stored image information and audio information are used to check the on-site situation at a predetermined timing, or a TV conference system or the like is applied in real time. By confirming the situation at the site, it is possible to operate as one of the indices that increase the reliability of the side fixed value etc. in the risk assessment on the certification body side. Thereby, the authentication can be completely automated.

  According to the above embodiment, in addition to the effects of the above second embodiment, the target method that meets the conditions such as the threshold value is drafted. It is possible to plan, etc., and more objective / transparent environmental load substance emission management / analysis and emission prediction simulation, emission rights of environmental load substance emissions or carbon dioxide equivalent emissions using the calculated results Emission reduction plans including trading, verification / certification support, verification / certification of verified person / certified person and verification body / certification body, reduction of work hours, emission credits and a series of related business support Etc. are possible. The reason is that calculation results of environmentally hazardous substance emissions or carbon dioxide equivalent emissions with high objectivity / transparency can be obtained, so simulations based on this, planning of emission reduction plans, verification / certification support, emissions This is because each function such as right trading support functions effectively.

  Next, the configuration of the environmental countermeasure support system according to the fourth embodiment of the present invention will be described with reference to FIG.

  The present embodiment is the same as the first embodiment described above, based on the device 111 for obtaining the management index, the management index stored in the predetermined storage unit, and the environmental load substance emission amount or the carbon dioxide equivalent emission amount. 113, a device 114 for displaying the calculation result, a device 115 shown in the figure, a device 112 for obtaining a management index error, and a management index stored in a predetermined storage unit Device 116 for calculating these basic units or their reciprocals, device 117 for displaying the calculation result, and device 118 shown in the figure are added from the error of the above and the error of the environmental load substance emission amount or the carbon dioxide equivalent emission amount. The difference was made.

  Here, the management index is used to standardize the amount of environmental impact substances such as production volume, production value, working hours, overtime hours, labor volume, floor area, floor volume, etc. or carbon dioxide equivalent emissions. It is a possible index.

  The basic unit of environmentally hazardous substance emissions is the environmentally hazardous substance emissions standardized by dividing (dividing) the environmentally hazardous substance emissions by the management index. For example, by dividing the amount of environmentally hazardous substance emission by the production amount that is a management index, the basic unit of environmentally hazardous substance emission per production amount can be obtained.

More generally, it can be expressed as:
A ′ = A / N (3)

Here, A is an environmental load substance emission amount, N is a management index, and A ′ is an environmental load substance emission basic unit standardized by the management index N.

  A 'represents the amount of environmentally hazardous substances emitted per unit management index. The smaller value indicates that the same management index is achieved with less environmentally hazardous substance emissions. Yes.

  The method of managing environmentally hazardous substance emissions by basic unit means that if there is a positive correlation between the management index and the environmentally hazardous substance emissions, a viewpoint different from management based on absolute values is given. Is particularly effective.

  For example, in the case where the production volume has doubled from the previous year and the amount of environmentally hazardous substances emitted has increased 1.6 times from the previous year, the absolute value of environmentally hazardous substances has doubled and can be said to increase significantly. It can be said that the basic unit of environmentally hazardous substance emissions is 0.8 times, rather improved.

  The same concept can be applied not only to emissions of environmentally hazardous substances but also to emissions equivalent to carbon dioxide.

  The basic unit of the carbon dioxide equivalent emission is the carbon dioxide equivalent emission standardized by dividing (dividing) the carbon dioxide equivalent emission by the management index. For example, by dividing the carbon dioxide equivalent emission by the production value that is a management index, the carbon dioxide equivalent emission basic unit per production value can be obtained.

More generally, it can be expressed as:
B ′ = B / N (4)

  Here, B is a carbon dioxide equivalent emission amount, N is a management index, and B ′ is a carbon dioxide equivalent emission basic unit normalized by the management index N.

  The effectiveness of the method of managing the carbon dioxide equivalent emissions based on the basic unit is the same as in the case of the environmentally hazardous substance basic unit.

  The basic unit and management using this have been described above. However, the name is not limited to the basic unit as long as it corresponds to A ′ and B ′ in the formulas (3) and (4). Absent.

  By the way, there is also a method using a reciprocal of the basic unit, that is, a value obtained by dividing the management index by the amount of environmentally hazardous substance emission or the carbon dioxide equivalent emission amount.

  That is, the management index is standardized by dividing (dividing) the management index by the amount of environmentally hazardous substances discharged. For example, by dividing the production amount by the amount of environmentally hazardous substances discharged, the amount of production per environmentally hazardous substance discharged can be obtained.

More generally, it can be expressed as:
N ′ = N / A (5)

  Here, A is an environmental load substance discharge amount, N is a management index, and N 'is a management index standardized by the environmental load substance discharge amount A.

  N 'represents the management index per unit environmentally hazardous substance emission. The larger value means that more management indices are achieved with the same environmentally hazardous substance emissions. Is shown.

  From the viewpoint of global warming, it can be said that N 'represents a management index per resource, that is, resource efficiency, that is, discharge of environmentally hazardous substances when it is regarded as a resource with a limited amount of environmentally hazardous substances that can be discharged.

N ′, unlike A ′, has no fixed name.
N ′ = 1 / A ′ (6)
Therefore, here, it is called “reciprocal of basic unit”, but of course it is not limited to this name.

  It is the same as the basic unit that the same concept can be applied not only to the amount of environmentally hazardous substances emitted but also to the amount of carbon dioxide equivalent.

  In the present embodiment, the processing shown in FIG. 11 is normalized by the management index by dividing the environmental load substance emission amount calculated by the apparatus for calculating the environmental load substance emission amount by the calculation by the management index. The environmentally hazardous substance emission amount, that is, the basic unit of the environmentally hazardous substance emission amount is calculated.

  Further, the reciprocal of the basic unit of the environmental load substance emission amount is calculated by dividing the management index by the environmental load substance discharge amount calculated by the apparatus for calculating the environmental load substance discharge amount by calculation.

  Similarly, by dividing the carbon dioxide equivalent emission calculated by the device that calculates the carbon dioxide equivalent emission by calculation by the management index, the carbon dioxide equivalent emission standardized by the management index, that is, the dioxide dioxide The basic unit of carbon equivalent emissions is calculated.

  It is also the same that the reciprocal of the basic unit of carbon dioxide equivalent emissions is calculated by dividing the management index by the carbon dioxide equivalent emissions calculated by the device that calculates the carbon dioxide equivalent emissions by calculation. .

  Furthermore, by dividing the error of the environmental impact substance emission amount calculated by the device that calculates the error of the environmental impact substance emission amount by the calculation by the error of the management index, the environmental impact substance emission standardized by the management index The error of the quantity, that is, the error of the basic unit of the environmental load substance emission amount is calculated.

  In addition, by dividing the error of the management index by the error of the environmental load substance emission calculated by the device that calculates the error of the environmental load substance by calculation, the reciprocal of the basic unit error of the environmental load substance emission Is calculated.

  Similarly, by dividing the error of the carbon dioxide equivalent emission calculated by the device that calculates the error of the carbon dioxide equivalent emission by calculation by the error of the management index, the carbon dioxide conversion normalized by the management index An error in emission, that is, an error in the basic unit of carbon dioxide equivalent emission is calculated.

  Calculate the error of the reciprocal of the basic unit of the carbon dioxide equivalent emission by dividing the error of the management index by the error of the carbon dioxide equivalent emission calculated by the device that calculates the error of the carbon dioxide equivalent emission by calculation It is also the same.

  The basic unit and its reciprocal of emissions of environmentally hazardous substances, the basic unit of carbon dioxide equivalent emission and its reciprocal, and their errors calculated by the above are respectively calculated by the device 114, the device 115, the device 117, and the device 118. Display or illustrated.

  In this embodiment, in addition to the environmentally hazardous substance emission amount and the carbon dioxide equivalent emission amount itself, other than these, more appropriate values are used, and the next process of the “PDCA cycle” is “Action: result analysis and Efficiently and accurately linked to “Improvement / Review”, the first to third embodiments are “PDCA cycle” “Check: Understanding the current status of environmentally hazardous substance emissions”. It is different from the calculation and grasping of the amount and the carbon dioxide equivalent emission amount itself, or rather, the report derived from Check, which leads to or includes the report.

  For example, in production factories where there is a strong correlation between production volume and emissions of environmentally hazardous substances, when the fluctuation in production volume is large, rather than managing environmentally hazardous substance emissions or carbon dioxide equivalent emissions themselves, The management based on the basic unit standardized by the production volume / the reciprocal thereof may be more effective for improvement / review.

  If, at this production plant, an increase in the amount of environmentally hazardous substances or carbon dioxide equivalent emissions is observed at a specific time, whether the cause is due to an increase in production, or for some reason, the production process It is not possible to determine whether this is due to the generation of more environmentally hazardous substances than usual. However, if the value obtained by dividing the environmentally hazardous substance emissions by the production volume or the carbon dioxide equivalent emissions by the production volume does not increase at the same time, the environmentally hazardous substance emissions or the carbon dioxide equivalent emissions It can be specified that the increase in itself is due to the increase in production. If the value obtained by dividing the amount of environmentally hazardous substances divided by the production amount or the value obtained by dividing the amount of carbon dioxide equivalent emissions divided by the amount of production increased, for example, more environmentally hazardous substances than usual in the production process for some reason. It is speculated that this occurred.

  If the cause can be identified using the above results as the material, it will become clearer whether improvement / review is necessary or what it is.

  Alternatively, in offices where there is a strong correlation between floor area and power usage (which results in indirect carbon dioxide emissions), floor-to-building and building-by-building power usage is managed (thus this In this example, the basic unit / standardized by the floor area rather than the amount of electricity consumed, the amount of environmentally hazardous substances calculated from this, or the amount of carbon dioxide equivalent emissions itself. Management by the reciprocal number may be more effective for improvement / review.

  In this case, for example, when the power consumption of the entire office has increased significantly, the value obtained by dividing the power consumption of each building and floor by the floor area is compared. If there is a floor or floor, it is possible to efficiently identify and improve / review the cause of the increase in power consumption of the entire office by searching for the increase factor of power consumption by focusing on the building or floor.

  According to the present embodiment, in addition to the objective / transparent environmental impact substance emissions and / or carbon dioxide equivalent emissions, the basic unit of the objective impact / transparent environmental impact substance emissions and / or its The reciprocal number and / or the basic unit of the carbon dioxide equivalent emission amount and / or the reciprocal number thereof can be grasped.

  Next, the configuration of the environmental countermeasure support system according to the fifth embodiment of the present invention will be described with reference to FIG.

  The present embodiment is the same as the first or fourth embodiment described above, the environmental load substance reduction case storage unit 201 that stores environmental load substance reduction case data, and the site information storage unit 203 that stores site information and the like. , Cost / environmental substance reduction effect estimation means 204 for estimating the cost and / or environmental impact substance reduction effect from the environmental impact substance reduction project data and site information, an estimation result storage unit 205 for storing the estimation result, and optimization Optimization condition input means 206 for inputting conditions, optimum capital investment plan generation means 207 for generating a capital investment plan that satisfies the conditions input by the optimization condition input means 206, and optimal capital investment for presenting the optimal capital investment plan The difference is that the plan presenting means 208 is added.

  In the figure, the environmental load substance emission amount calculation means 202 for calculating the environmental load substance discharge amount is the same as that in the first embodiment or the fourth embodiment.

  In the present embodiment, the environmentally hazardous substance reduction amount, the carbon dioxide equivalent emission amount, the activity amount reduction amount, and the cost (running cost) of the environmentally hazardous substance reduction measures that are accumulated in each organization or published on the web or the like. , Initial investment cost) and the like are stored in the environmental load substance reduction case storage unit 201. The storing means may be manual input or some automatic acquisition means.

  If the environmentally hazardous substance reduction amount itself cannot be obtained, after calculating the environmentally hazardous substance reduction amount from the carbon dioxide equivalent emission amount and activity reduction amount via the environmentally hazardous substance emission calculation means 202, the result is It may be stored in the load substance reduction case storage unit 201.

  If not only the reduction amount itself but also the error can be acquired, these are also stored in the environmental load substance reduction case storage unit 201.

  Site (business) information and the results of monitoring the amount of environmentally hazardous substances generated due to the facilities and business activities of the site are stored in the site information storage unit 203.

  Site (business) information is numerical values and information unique to the site (business), and is related to management indicators, environmentally hazardous substance emissions and reductions, carbon dioxide equivalent emissions and reductions. is there.

  Items related to the management index include production volume, production value, floor area, labor force, etc. at the site (office).

  Activities related to environmentally hazardous substance emissions and reductions, carbon dioxide equivalent emissions and reductions, such as activity data at the site (office), etc. (for example, time-dependent data on power consumption), existing equipment Introductory information, current energy conservation measures introduction status, etc.

  Here, the acquisition of site information and the monitoring of the amount of environmentally hazardous substances discharged may be automatic or manual.

  If the environmentally hazardous substance emission amount itself cannot be obtained, calculate the environmentally hazardous substance reduction amount from the carbon dioxide equivalent emission amount and activity reduction amount via the environmentally hazardous substance emission calculation means 202, and then send the result to the site. You may store in the information storage part 203. FIG.

  In addition, not only the discharge amount itself but also errors and error information related to equipment can be acquired, these are also stored in the site information storage unit 203.

  Next, using the data stored in the environmental load substance reduction case storage unit 201 and the site information storage unit 203, the cost / environmental load substance reduction effect estimation means 204 calculates each reduction plan at each site (office). Estimate the amount and cost of reducing environmentally hazardous substances obtained when implemented. Known techniques may be used for the estimation.

For example, with regard to specific environmental impact substance reduction measures (for example, replacement with energy-saving fluorescent lamps), the regression analysis etc., between the floor area of the establishment and the greenhouse effect reduction amount,
Reduction amount of environmentally hazardous substances = office floor area *
Environmentally hazardous substance emissions per unit of production standardized by the floor area of the business establishment (7)
If it is known that the relationship is almost established, use the amount of environmental impact reduction at a specific site (establishment) and formula (7) to estimate the amount of environmental impact reduction at another site (establishment). Is possible.

  When the amount of reduction of environmentally hazardous substances at the establishment α with the establishment floor area 100 is 30, according to the equation (7), the reduction of environmental burden substances at the establishment β with the establishment floor area of 200 is 60, and the establishment floor area At 300 offices γ, the reduction of environmentally hazardous substances can be estimated as 90 mag.

In this case, it is not always necessary to calculate the data for the reduction amount of the other site with specific numerical values of the site. For example, in the establishment δ of the establishment floor area S, the reduction amount of environmental load substances 30 * S / 100
In this way, it may be displayed by a mathematical expression having variables.

  The above estimation results may of course be numerical values or mathematical formulas, but these are stored in the estimation result storage unit 205.

  Next, based on the conditions input by the optimization condition input means 206, an optimal capital investment plan is generated by means 207 for generating an optimal capital investment plan.

  Here, the condition input by the optimization condition input unit 206 is a specific value of a variable being processed as an unknown, in addition to an upper limit value of cost, a minimum value of environmental load reduction amount, and the like.

  The result generated by the means 207 for generating the optimal capital investment plan is displayed or illustrated by the means 208 for presenting the optimal capital investment plan.

  At this time, if there are still unknown numbers, the unknown numbers may be processed as variables and displayed by, for example, mathematical formulas.

  Also, the variable may be displayed assuming one or more specific values.

  Further, the unknown may be changed within a specific range, and the change may be illustrated. As the method, a generally known method or a generally performed high-dimensional (three-dimensional or more) illustration method may be used.

  For example, for the marginal cost curve, an expression method as shown in FIGS. 13 and 14 may be used.

  The example of FIG. 13 represents that the marginal cost curve changes from a solid line to a broken line when the management index, for example, the production amount increases by a specific amount, for example, 10%.

  This may be dynamically displayed from 0% to 10% increase together with the display of the change amount of the management index.

  The example of FIG. 14 shows that when the management index, for example, the production amount increases by a specific amount, for example, 10%, the reduction amount and the reduction unit price of each measure appearing in the marginal cost curve change from a solid line to a broken line. By using vector representation, it is expressed including the direction of the change.

  In this case as well, the change amount of the management index may be displayed and the change from 0% to 10% may be dynamically displayed.

  Here, the information displayed or illustrated is not particularly limited as long as it is information that contributes to reduction planning. For example, a list of reduction plan candidates (at which site (office) the measure will be implemented), along with this, the predicted reduction amount and cost, the marginal cost curve, detailed data and screens related to the measure plan Images.

  If the display or illustration is too complicated or too fine, a specific display on the simplified display screen may be clicked to display details.

  According to the above-described embodiment, it is possible to support a plan for reducing an environmentally hazardous substance (greenhouse gas) that is optimal for a company, a local government, or the like.

  That is, the process of “PDCA cycle” following “Action: result analysis and improvement / review” is “Plan: Environmentally hazardous substance (greenhouse gas) reduction planning”.

  The Kyoto Protocol and domestic policies are ultimately aimed at reducing environmentally hazardous substances (greenhouse gas) emissions, and how companies and local governments will continue to reduce environmentally hazardous substance emissions in the future. It is strongly demanded. “Plan: Environmentally Hazardous Substance (Greenhouse Gas) Reduction Planning” is the most important process in the “PDCA cycle” because it is guaranteed. It goes without saying that the reduction planning described here includes not only setting target values but also what measures should be taken to reduce them.

  In this way, “Plan: Environmentally Hazardous Substance (Greenhouse Gas) Reduction Planning”, which is regarded as the most important, is also the most difficult to implement.

  The reduction plan is basically to make a plan to reduce the maximum environmentally hazardous substances (greenhouse gases) with the minimum investment. Optimize investment in reduction measures as a whole.

  First, grasp what kinds of reduction measures can be implemented in your organization. For that purpose, it is necessary to look at the reduction measures managed separately by the energy management department (energy-related measures) and the environmental management department (non-energy-related measures). Further, in a company having a plurality of bases such as factories, there are cases where measures are managed separately for each base. Again, a cross-cutting view is necessary.

  Next, in order to compare these reduction measures, it is necessary to estimate the reduction effect of each measure. What can be grasped on-site is usually “activity” such as power consumption and mileage, not environmentally hazardous substance (greenhouse gas) emissions themselves or carbon dioxide equivalent emissions. In addition, the amount of activity to be reduced generally differs depending on the location where the activity is performed. From the point of view of the site, it is also necessary to consider whether the reduction measures can be implemented at the site.

  In addition, when the emission allowance trading system is established and trading is activated, reduction measures such as “purchase allowance from outside” become common.

  There is also an option of obtaining emission allowance by CDM or the like.

  In this way, it must be taken into account that there are options for reduction measures that are not limited to direct reductions within the company, but are also required outside the company.

  It is necessary to estimate the environmentally hazardous substance (greenhouse gas) reduction value, and also the carbon dioxide equivalent reduction value based on the predicted reduction in activity. Based on these results and the expected investment amount of each measure, increase / decrease in running cost, years of depreciation, etc., the reduction unit price of each measure is determined and compared, so that the emission reduction potential within the organization, that is, the marginal cost curve Can finally grasp.

  In addition, the candidate for implementation in the order of the lowest reduction unit price, finally considering the conditions such as the budget, the amount of reduction of the environmentally hazardous substances (greenhouse gas) required, and the constraint conditions such as the impact on the original work. Final reduction plan is completed.

  As mentioned above, “Plan: Environmentally hazardous substance (greenhouse gas) reduction planning”, which is positioned as the most important in the “PDCA cycle”, is a series of work that is extremely burdensome for companies and local governments. However, according to the present embodiment, it is possible to support a plan for reducing an environmentally hazardous substance (greenhouse gas) that is optimal for a company, a local government, or the like.

  Each of the above-described embodiments is a preferred embodiment of the present invention, and various modifications can be made without departing from the scope of the present invention. For example, a process for realizing the function of each device may be performed by causing each device to read and execute a program for realizing the function of the system in each of the above embodiments. Further, the program is transmitted to another computer system by a transmission wave via a CD-ROM or a magneto-optical disk as a computer-readable recording medium, or via the Internet or a telephone line as a transmission medium. Also good.

  In each of the above-described embodiments, the system configuration in which each function is realized as one computer system has been described. However, the present invention can be applied to a configuration in which a plurality of devices are added for each function. . Furthermore, due to the characteristics of environmentally hazardous substances, etc., only environmentally hazardous substance emissions and their errors are used, and of course, carbon dioxide equivalent emissions may not be used. The function / device relating to the carbon dioxide equivalent emission amount and its error in each embodiment to be performed may not be used. In addition, when only the carbon dioxide equivalent emission amount and its error are used and the environmental load substance discharge amount etc. are not used, the function / device relating to the environmental load substance discharge amount and its error may not be used. .

1 is a schematic configuration diagram of an environment countermeasure support system according to a first embodiment of the present invention. It is a figure which shows the processing operation in the 1st Embodiment of this invention. It is a figure which shows the polynomial which calculates environmental impact substance discharge | emission amount etc. FIG. It is a schematic block diagram of the environment countermeasure assistance system in the 2nd Embodiment of this invention. It is a figure which shows the processing operation in the 2nd Embodiment of this invention. It is a schematic block diagram of the environment countermeasure assistance system in the 3rd Embodiment of this invention. It is a figure which shows the processing operation in the 3rd Embodiment of this invention. It is a figure which shows the example of a display of the simulation result in the 3rd Embodiment of this invention. It is a figure which shows the example of a display of the reduction plan in the 3rd Embodiment of this invention. It is a schematic block diagram of the environment countermeasure assistance system in the 4th Embodiment of this invention. It is a figure which shows the processing operation in the 4th Embodiment of this invention. It is a figure which shows the processing operation in the 5th Embodiment of this invention. It is a figure which shows an example of the marginal cost curve in the 5th Embodiment of this invention. It is a figure which shows an example of the marginal cost curve in the 5th Embodiment of this invention.

Explanation of symbols

1 A device that obtains at least one of activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients 2 A device that stores an equation for calculating the amount of environmental load emissions 3 Calculates CO2 equivalent emissions 4 A device that refers to the formula for calculating the amount of environmentally hazardous substances 5 A device that calculates the amount of environmentally hazardous substances by calculation 6 A device that refers to the formula for calculating the carbon dioxide equivalent emissions 7 Carbon dioxide equivalent A device that calculates emissions by calculation 8 A device that obtains at least one error among activity, emission coefficient, unit calorific value, global warming coefficient, and other coefficients 9 An expression that calculates the error of environmental load substance emissions Device for storing 10 Device for storing an equation for calculating an error of carbon dioxide equivalent emission 11 Device for referring to an equation for calculating an error of environmentally hazardous substance emission 12 Environmentally hazardous material A device that calculates the error in emissions 13 A device that refers to the equation that calculates the error in carbon dioxide equivalent emissions 14 A device that calculates the error in carbon dioxide equivalent emissions 15 Calculate the calculated environmentally hazardous substance emissions Device for displaying 16 Device for displaying calculated carbon dioxide equivalent emissions 17 Device for displaying error of calculated environmentally hazardous substance emissions 18 Device for displaying error of calculated carbon dioxide equivalent emissions 19 Calculated A device that illustrates the amount of environmentally hazardous substances 20 A device that illustrates the calculated emissions equivalent to carbon dioxide 21 A device that illustrates the errors of calculated emissions of environmentally hazardous materials 22 An error of the calculated emissions equivalent to carbon dioxide is illustrated To do

Claims (177)

Means for calculating the amount of environmentally hazardous substances by calculation from the amount of activity acquired and stored in a predetermined storage unit and the coefficient required for calculating the amount of environmentally hazardous substances discharged;
Means for calculating an environmental load substance emission error by calculation from an error of a coefficient required for calculating the environmental load substance discharge amount acquired and stored in a predetermined storage unit;
Means for outputting the environmentally hazardous substance emissions calculated by the means for calculating the emissions;
Means for outputting an error of the environmentally hazardous substance emission amount calculated by the means for calculating the error,
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, and the error is an absolute error and / or a relative error of the amount or the like. Necessary for calculating the amount of activity acquired and stored in the predetermined storage unit, and the emission coefficient, unit calorific value, global warming coefficient, environmental load substance emission amount or carbon dioxide equivalent emission amount stored in the predetermined storage unit Means for calculating environmentally hazardous substance emissions from at least one of the following factors:
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Means for calculating an error in carbon equivalent emissions by calculation;
Means for outputting the environmentally hazardous substance emissions calculated by the means for calculating the emissions;
Means for outputting an error of the environmentally hazardous substance emission amount calculated by the means for calculating the error,
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number that expresses the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support system characterized by being an absolute error and / or a relative error of the amount or the like. Means for calculating a carbon dioxide equivalent emission by calculation from an amount of activity acquired and stored in a predetermined storage unit and a coefficient required for calculating the carbon dioxide equivalent emission;
Means for calculating an error in the carbon dioxide equivalent emission amount from an error in the activity amount acquired and stored in a predetermined storage unit, and an error in the carbon dioxide equivalent emission amount;
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the carbon dioxide equivalent emission;
Means for outputting an error in the carbon dioxide equivalent emission calculated by the means for calculating the error,
The activity amount is a variable representing the magnitude of the carbon dioxide emission activity, and the error is an absolute error and / or a relative error of the amount or the like. The amount of activity acquired and stored in the predetermined storage unit, and at least of the coefficient required for calculating the emission coefficient, unit calorific value, global warming coefficient, carbon dioxide equivalent emission stored in the predetermined storage unit Means for calculating carbon dioxide equivalent emissions from one by calculation;
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Means for calculating an error in carbon equivalent emissions by calculation;
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the emission;
Means for outputting an error in the carbon dioxide equivalent emission calculated by the means for calculating the error,
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number that expresses the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support system characterized by being an absolute error and / or a relative error of the amount or the like. The means for calculating the error of the environmental impact substance emission amount and / or the error of the carbon dioxide equivalent emission amount is an activity amount used for the calculation of the environmental impact substance emission amount and / or the carbon dioxide equivalent emission amount, One of the largest relative errors is regarded as a number having an error, an amount of activity other than the amount of activity, the emission coefficient, the unit calorific value, and the other coefficients as numbers having no error,
A number obtained by multiplying the relative error of the number that may contain an error by the product of the number that may contain an error and the number that does not contain an error when calculating the error of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount The numerical value obtained by dividing the numerical value by adding all the products of the number that may include an error and the number that does not have an error to the numerical value of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount. The environmental countermeasure support system according to any one of claims 1 to 4, wherein the system is regarded as a relative error.   The environmental countermeasure support according to any one of claims 1 to 5, further comprising means for simultaneously outputting the environmentally hazardous substance emission amount and its error and / or the carbon dioxide equivalent emission amount and its error. system. From the amount of activity acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient required for calculating the amount of environmental load emission, and / or Means for calculating the basic unit of environmentally hazardous substance emissions and / or the reciprocal thereof by calculation;
From the error in the coefficient required for calculating the environmentally hazardous substance emission amount acquired and stored in a predetermined storage unit, the environmentally hazardous substance emission amount and / or the basic unit of the environmentally hazardous substance emission amount and / or the reciprocal error thereof are calculated. Means for calculating by calculation;
Means for outputting the environmentally hazardous substance emission amount calculated by the means for calculating the emission amount and / or the basic unit of the environmentally hazardous substance emission amount and / or the inverse thereof;
Means for outputting the environmental impact substance emission amount calculated by the means for calculating the error and / or the basic unit of the environmental impact material emission amount and / or the error of the reciprocal thereof,
The amount of activity is a variable representing the magnitude of the environmental load substance emission activity, and the management index is the environment such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. An environmental countermeasure support system, which is an index that can be used to standardize a load substance discharge amount, and wherein the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, environmental load stored in the predetermined storage unit Means for calculating the environmentally hazardous substance emissions and / or the basic unit of the environmentally hazardous substance emissions and / or the reciprocal thereof from at least one of the coefficients required for calculating the substance emissions or carbon dioxide equivalent emissions When,
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Means for calculating an error of carbon dioxide equivalent emissions and / or basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof from at least one of them,
Means for outputting the environmentally hazardous substance emission amount calculated by the means for calculating the emission amount and / or the basic unit of the environmentally hazardous substance emission amount and / or the inverse thereof;
Means for outputting the environmental impact substance emission amount calculated by the means for calculating the error and / or the basic unit of the environmental impact material emission amount and / or the error of the reciprocal thereof,
The amount of activity is a variable representing the magnitude of the environmental load substance emission activity, and the management index is the environment such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to normalize the load substance emission amount or the carbon dioxide equivalent emission amount, and the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number representing the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, The environmental measure support system, wherein the error is an absolute error and / or a relative error such as the amount. From the activity amount acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient necessary for calculating the carbon dioxide conversion emission amount and / or Means for calculating by calculation the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof;
An error of the activity amount acquired and stored in a predetermined storage unit, an error of the management index, an error of the carbon dioxide equivalent emission amount and / or a basic unit of the carbon dioxide equivalent emission amount and / or Means for calculating the reciprocal error by calculation,
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof;
Means for outputting an error of the carbon dioxide equivalent emission calculated by the means for calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof,
The amount of activity is a variable representing the magnitude of the carbon dioxide emission activity, and the management index is the environmental load such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. An environmental countermeasure support system, which is an index that can be used to standardize a substance discharge amount, and wherein the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, carbon dioxide stored in the predetermined storage unit Means for calculating by calculation the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof from at least one of the coefficients required for calculating the equivalent emissions;
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Means for calculating an error of carbon dioxide equivalent emissions and / or basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof from at least one of them,
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the emission and / or the basic unit of carbon dioxide equivalent emission and / or the reciprocal thereof;
A means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the environmental load substance emission activity, and the management index is the environment such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to normalize the load substance emission amount or the carbon dioxide equivalent emission amount, and the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number representing the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, The environmental measure support system, wherein the error is an absolute error and / or a relative error such as the amount. Means for calculating the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the basic unit of carbon dioxide equivalent emission and / or the reciprocal thereof,
Of the amount of activity used to calculate the amount of environmentally hazardous substance emission and / or the amount of carbon dioxide equivalent emission, one of the largest relative errors may include an error, the amount of activity other than the amount of activity, and the emission coefficient The unit calorific value and other coefficients are regarded as numbers having no error,
A number obtained by multiplying the relative error of the number that may contain an error by the product of the number that may contain an error and the number that does not contain an error when calculating the error of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount The numerical value obtained by dividing the numerical value by adding all the products of the number that may include an error and the number that does not have an error to the numerical value of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount. The environmental countermeasure support system according to any one of claims 7 to 10, wherein the environmental countermeasure support system is regarded as a relative error.   The environmental impact substance emissions and / or the basic unit of environmental impact substance emissions and / or their reciprocals and their respective errors, the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or their reciprocals. The environmental countermeasure support system according to any one of claims 7 to 11, further comprising means for simultaneously outputting the error and the error. Means for inputting conditions such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Means for determining whether an error of the environmentally hazardous substance emission amount and / or an error of the carbon dioxide equivalent emission amount is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the conditions such as a threshold value have occurred. The environmental measure support system according to any one of claims 1 to 6. Means for inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for determining whether or not the environmentally hazardous substance emission amount and / or error thereof and / or the carbon dioxide equivalent emission amount and / or error thereof is the same as or exceeded a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the conditions such as a threshold value have occurred. The environmental measure support system according to any one of claims 1 to 6. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Means for inputting conditions such as an error threshold;
An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Means for determining whether or not the error is equal to or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold have occurred. The environmental measure support system according to any one of claims 7 to 12. The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or a means for inputting conditions such as a reciprocal thereof and / or a threshold value of errors thereof;
The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Means for determining whether or not the reciprocal thereof and / or the error thereof is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold have occurred. The environmental measure support system according to any one of claims 7 to 12. Means for inputting conditions such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Pseudo error of the activity amount, pseudo error of the emission coefficient, pseudo error of the unit calorific value, and the earth A means for displaying a pseudo error of a warming coefficient and other pseudo errors of the coefficient,
The environment countermeasure support system according to any one of claims 1 to 16, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Means for inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Pseudo error of the activity amount, pseudo error of the emission coefficient, pseudo error of the unit calorific value, and the earth A means for displaying a pseudo error of a warming coefficient and other pseudo errors of the coefficient,
The environment countermeasure support system according to any one of claims 1 to 16, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Means for storing at least one of the activity, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients;
Means for storing at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient;
A means to predict future environmentally hazardous substance emissions and / or future carbon dioxide equivalent emissions from past activity and other data;
Means for predicting an error in the future environmentally hazardous substance emission amount and / or an error in the future carbon dioxide equivalent emission amount;
The environmental measure according to any one of claims 1 to 18, further comprising means for outputting an error in the future environmental load substance emission amount and / or an error in the future carbon dioxide equivalent emission amount. Support system. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Means for inputting conditions such as an error threshold;
Pseudo error of the activity amount, pseudo error of the basic unit of the environmental load substance emission amount, pseudo error of the basic unit of the carbon dioxide equivalent emission amount, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Means for arbitrarily generating at least one of a pseudo error of quantity, a pseudo error of the global warming coefficient, and other pseudo errors of the coefficient;
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the basic unit of the environmentally hazardous substance emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Error of global warming coefficient, other error of the coefficient, error of the environmental load substance emission amount and / or error of the carbon dioxide equivalent emission amount, pseudo error of the activity amount, source of the environmental load substance emission amount Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Means for comparing the pseudo error of the coefficient, the pseudo error of the environmental load substance emission amount and / or the pseudo error of the carbon dioxide equivalent emission amount,
Pseudo error of the activity amount, error of the basic unit of the environmental load substance emission amount, and carbon dioxide conversion Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Means and
15. The environmental countermeasure support system according to claim 7, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or a means for inputting conditions such as a reciprocal thereof and / or a threshold value of errors thereof;
Pseudo error of the activity amount, pseudo error of the basic unit of the environmental load substance emission amount, pseudo error of the basic unit of the carbon dioxide equivalent emission amount, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Means for arbitrarily generating at least one of a pseudo error of quantity, a pseudo error of the global warming coefficient, and other pseudo errors of the coefficient;
Pseudo-error of the environmental impact substance emissions and / or environmental impact substance emissions and / or the inverse thereof and / or the carbon dioxide equivalent emissions and / or the carbon dioxide equivalent emissions and / or the inverse thereof Means for generating a pseudo error of
Error in the activity amount, error in the basic unit of the environmentally hazardous substance emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Error of global warming coefficient, other error of the coefficient, error of the environmental load substance emission amount and / or error of the carbon dioxide equivalent emission amount, pseudo error of the activity amount, source of the environmental load substance emission amount Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Means for comparing the pseudo error of the coefficient, the pseudo error of the environmental load substance emission amount and / or the pseudo error of the carbon dioxide equivalent emission amount,
Pseudo error of the activity amount, error of the basic unit of the environmental load substance emission amount, and carbon dioxide conversion Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Means and
The environmental countermeasure support system according to claim 7, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Of the activity amount, the basic unit of the environmentally hazardous substance emission amount, the basic unit of the carbon dioxide equivalent emission amount, the management index, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients Means for storing at least one;
Error in the activity amount, error in the basic unit of the environmentally hazardous substance emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Means for storing at least one of an error of the global warming coefficient and other errors of the coefficient;
Based on past activity data and other data, future environmentally hazardous substance emissions and / or basic units of environmentally hazardous substance emissions and / or their reciprocals and / or future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions Means for predicting the basic unit and / or the reciprocal thereof,
One or more errors and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions of the future environmental impact substance emissions and / or the basic unit and / or reciprocal of the environmental impact substance emissions. Means for predicting one or more errors of any one of the basic unit and / or the reciprocal thereof,
One or more errors and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions of the future environmental impact substance emissions and / or the basic unit and / or reciprocal of the environmental impact substance emissions. The environmental measure support system according to any one of claims 7 to 16, further comprising: means for outputting one or more errors of any one of the basic unit and / or the reciprocal thereof. Means for inputting conditions such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Means for determining whether an error of the future environmental load substance emission amount and / or an error of the future carbon dioxide equivalent emission amount is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental countermeasure support system according to any one of claims 17 to 22, characterized in that: Means for inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for determining whether or not the future environmentally hazardous substance emission amount and / or its error and / or the future carbon dioxide equivalent emission amount and / or its error is the same as or exceeded a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental countermeasure support system according to any one of claims 17 to 22, characterized in that: An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Means for inputting conditions such as an error threshold;
Of the future environmental impact substance emissions and / or the error in the basic unit and / or the inverse of the future environmental impact material emissions and / or the future carbon dioxide equivalent emissions and / or the future carbon dioxide equivalent emissions Means for determining whether or not the error of the basic unit and / or the reciprocal thereof is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental countermeasure support system according to any one of claims 17 to 22, characterized in that: The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or a means for inputting conditions such as a reciprocal thereof and / or a threshold value of errors thereof;
Units and / or reciprocals and / or errors of the future environmental impact substance emissions and / or future environmental impact substance emissions and / or the future carbon dioxide equivalent emissions and / or future carbon dioxide Means for determining whether the basic unit of the converted emission amount and / or the reciprocal thereof and / or the error thereof is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental countermeasure support system according to any one of claims 17 to 22, characterized in that: Means for inputting conditions such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 1 to 26, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 1 to 26, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Means for inputting conditions such as an error threshold;
Pseudo error of the activity amount, the basic unit of the environmental load substance emission amount or a pseudo error of the inverse thereof, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, etc. Means for arbitrarily generating at least one of the pseudo errors of the coefficients of
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 1 to 26, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as a threshold value of the environmentally hazardous substance emission amount and / or error thereof and / or the carbon dioxide equivalent emission amount and / or error thereof and / or the basic unit and / or the inverse error thereof;
At least one of the pseudo-error of the activity amount, the pseudo-error of the management index, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient Means for arbitrarily generating,
Means for generating a pseudo error of the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or a basic unit thereof and / or a pseudo error of the reciprocal thereof,
Error in activity amount, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or Or the carbon dioxide equivalent emission error and the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the global warming coefficient pseudo error, etc. Means for comparing the pseudo error of the coefficient, the pseudo error of the environmental load substance emission amount and / or the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or reduction unit data of these basic units and / or the reciprocal thereof;
From the result inputted by the means for inputting the condition and the reduction measure data stored in the storing means, the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount and / or their basic unit and / or Or means for generating a reduction plan of the reciprocal thereof,
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means and / or their basic units and / or their reciprocals, and
The environment countermeasure support system according to any one of claims 1 to 26, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Means for acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the site information acquired and stored in the predetermined storage unit and the activity amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
31. The environmental countermeasure support system according to claim 1, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Means for inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the site information acquired and stored in the predetermined storage unit and the activity amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
31. The environmental countermeasure support system according to claim 1, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Means for inputting conditions such as an error threshold;
Pseudo error of the activity amount, the basic unit of the environmental load substance emission amount or a pseudo error of the inverse thereof, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, etc. Means for arbitrarily generating at least one of the pseudo errors of the coefficients of
Means for acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Means for generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the site information acquired and stored in the predetermined storage unit and the activity amount;
Error in the activity amount, error in the emission coefficient, error in the unit calorific value, error in the global warming coefficient, error in other coefficient, error in the environmental load substance emission amount and / or emission in terms of carbon dioxide Error of quantity, pseudo error of activity amount, pseudo error of emission coefficient, pseudo error of unit calorific value, pseudo error of global warming coefficient, pseudo error of other coefficients, emission amount of environmental load substances And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
31. The environmental countermeasure support system according to claim 1, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Means for inputting conditions such as a threshold value of the environmentally hazardous substance emission amount and / or error thereof and / or the carbon dioxide equivalent emission amount and / or error thereof and / or the basic unit and / or the inverse error thereof;
Means for acquiring site information acquired and stored in a predetermined storage unit, the amount of activity, and the management index;
From the site information acquired and stored in the predetermined storage unit and the activity amount, the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the earth Means for arbitrarily generating at least one of a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient;
Means for generating a pseudo error of the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or a basic unit thereof and / or a pseudo error of the reciprocal thereof,
Error in activity amount, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or Alternatively, the carbon dioxide equivalent emission amount and / or the error of the basic unit and / or the inverse thereof, the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo Errors, pseudo-errors of the global warming coefficient, pseudo-errors of the other coefficients, pseudo-errors of the environmentally hazardous substance emissions and / or carbon dioxide equivalent emissions and / or their basic units and / or their reciprocals. Means for comparing pseudo errors;
Means for storing the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or reduction unit data of these basic units and / or the reciprocal thereof;
From the result inputted by the means for inputting the condition and the reduction measure data stored in the storing means, the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount and / or their basic unit and / or Or means for generating a reduction plan of the reciprocal thereof,
A means for outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating means and / or their basic units and / or their reciprocals, and
31. The environmental countermeasure support system according to claim 1, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error.   The means for acquiring the site information acquired and stored in the predetermined storage unit includes the environmental impact substance emission amount itself and / or the environmental impact substance emission amount calculated from the carbon dioxide equivalent emission amount and the activity reduction amount and / or 35. The environmental countermeasure support system according to any one of claims 31 to 34, wherein at least one of those errors is acquired. Verification evidence that is the basis for acquiring the amount of activity, verification evidence that is the source for acquiring the emission factor, verification evidence that is the source for acquiring the unit calorific value, and verification evidence that is the source of acquiring the global warming potential Managing any one or more of the verification evidences that are the basis for obtaining the other coefficients, and linking each of them with the amount of activity, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients. Means to attach,
Means for storing the result of tying by the tying means;
36. An environment countermeasure support system according to any one of claims 1 to 35, comprising means for referring to and outputting the stored linking result. Means for storing a report template such as a report on the calculation of environmentally hazardous substances;
Means for referring to the linking result;
Means for referring to the environmentally hazardous substance emission amount and its error and / or the carbon dioxide equivalent emission amount and its error;
A means for creating an electronic file of a report such as a calculation report of the environmentally hazardous substance from the template, the linking result, the environmentally hazardous substance emission amount and its error and / or carbon dioxide equivalent emission amount and its error; The environmental measure support system according to any one of claims 1 to 36, further comprising: Means for storing a report template such as a report on the calculation of environmentally hazardous substances;
Means for referring to the linking result;
The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or its Means to reference the reciprocals and their errors;
A means for creating an electronic file of a report such as a calculation report of the environmentally hazardous substance from the template, the linking result, the environmentally hazardous substance emission amount and its error and / or carbon dioxide equivalent emission amount and its error; The environmental measure support system according to any one of claims 1 to 36, further comprising:   The environmental measure support system according to claim 37 or 38, further comprising means for printing a calculation report of the environmental load substance.   40. The apparatus according to any one of claims 1 to 39, further comprising means for performing verification / authentication based on the environmental load substance emission amount and its error and / or carbon dioxide equivalent emission amount and its error. Environmental support system.   The environmental measure support system according to any one of claims 1 to 40, further comprising means for performing emission trading.   The environment countermeasure support system according to any one of claims 1 to 41, wherein the output data is displayed and / or illustrated as a result of the output.   43. The environmental measure support system according to claim 42, wherein when the reduction plan is clicked, information on the reduction plan and / or image information is displayed.   43. The environmental countermeasure support system according to claim 42, wherein when the graph is clicked, information related to the graph and / or image information is displayed. Means for calculating greenhouse gas emissions by calculation from the amount of activity acquired and stored in a predetermined storage unit and the coefficient required for calculating greenhouse gas emissions;
Means for calculating an error in greenhouse gas emissions by calculation from an error in coefficients required for calculating the greenhouse gas emissions acquired and stored in a predetermined storage unit;
Means for outputting the greenhouse gas emissions calculated by the means for calculating the emissions;
Means for outputting an error of the greenhouse gas emission calculated by the means for calculating the error, and
The activity amount is a variable representing the magnitude of the greenhouse gas emission activity, and the error is an absolute error and / or a relative error of the amount or the like. Necessary for calculating the amount of activity acquired and stored in a predetermined storage unit, and the emission coefficient, unit calorific value, global warming coefficient, greenhouse gas emission or carbon dioxide equivalent emission stored in the predetermined storage unit Means for calculating greenhouse gas emissions by calculation from at least one of the following factors:
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Means for calculating an error in carbon equivalent emissions by calculation;
Means for outputting the greenhouse gas emissions calculated by the means for calculating the emissions;
Means for outputting an error of the greenhouse gas emission calculated by the means for calculating the error, and
The activity amount is a variable representing the magnitude of the greenhouse gas emission activity, the emission coefficient is a coefficient representing the greenhouse gas emission amount per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number representing the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support system characterized by being an absolute error and / or a relative error of the amount or the like. Means for calculating a carbon dioxide equivalent emission by calculation from an amount of activity acquired and stored in a predetermined storage unit and a coefficient required for calculating the carbon dioxide equivalent emission;
Means for calculating an error in the carbon dioxide equivalent emission amount from an error in the activity amount acquired and stored in a predetermined storage unit, and an error in the carbon dioxide equivalent emission amount;
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the carbon dioxide equivalent emission;
Means for outputting an error in the carbon dioxide equivalent emission calculated by the means for calculating the error,
The activity amount is a variable representing the magnitude of the carbon dioxide emission activity, and the error is an absolute error and / or a relative error of the amount or the like. The amount of activity acquired and stored in the predetermined storage unit, and at least of the coefficient required for calculating the emission coefficient, unit calorific value, global warming coefficient, carbon dioxide equivalent emission stored in the predetermined storage unit Means for calculating carbon dioxide equivalent emissions from one by calculation;
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Means for calculating an error in carbon equivalent emissions by calculation;
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the emission;
Means for outputting an error in the carbon dioxide equivalent emission calculated by the means for calculating the error,
The activity amount is a variable representing the magnitude of the greenhouse gas emission activity, the emission coefficient is a coefficient representing the greenhouse gas emission amount per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number representing the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support system characterized by being an absolute error and / or a relative error of the amount or the like. In the means for calculating the error of the greenhouse gas emissions and / or the error of the carbon dioxide equivalent emissions, among the activity amounts used for the calculation of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions, One of the largest relative errors is regarded as a number having an error, an amount of activity other than the amount of activity, the emission coefficient, the unit calorific value, and the other coefficients as numbers having no error,
When calculating the error of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions, a number obtained by multiplying the relative error of the number that may contain an error by the product of the number that can contain the error and the number that does not contain the error The numerical value obtained by dividing the numerical value by adding all the products of the number that can include an error and the number that does not have an error to the numerical value obtained above is the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount 49. The environmental countermeasure support system according to any one of claims 45 to 48, wherein the environmental countermeasure support system is regarded as a relative error.   The environmental countermeasure support according to any one of claims 45 to 49, further comprising means for simultaneously outputting the greenhouse gas emission amount and its error and / or the carbon dioxide equivalent emission amount and its error. system. The amount of greenhouse gas emissions and / or the activity amount acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient required for calculating the greenhouse gas emission amount Means for calculating the basic unit of greenhouse gas emissions and / or the inverse thereof by calculation;
Calculate the greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error from the error of the coefficient required for calculating the greenhouse gas emissions acquired and stored in the predetermined storage unit. Means for calculating by calculation;
Means for outputting the greenhouse gas emission amount calculated by the means for calculating the emission amount and / or the basic unit of the greenhouse gas emission amount and / or the inverse thereof;
Means for outputting an error of the greenhouse gas emission amount calculated by the means for calculating the error and / or the basic unit of the greenhouse gas emission amount and / or the reciprocal thereof,
The amount of activity is a variable representing the magnitude of the greenhouse gas emission activity, and the management index is the greenhouse such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. An environmental measure support system, which is an index that can be used to normalize an amount of effect gas emission, and wherein the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, greenhouse effect stored in the predetermined storage unit Means for calculating the greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof from at least one of the coefficients required for calculating the gas emissions or the carbon dioxide equivalent emissions When,
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Means for calculating an error of carbon dioxide equivalent emissions and / or basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof from at least one of them,
Means for outputting the greenhouse gas emission amount calculated by the means for calculating the emission amount and / or the basic unit of the greenhouse gas emission amount and / or the inverse thereof;
Means for outputting an error of the greenhouse gas emission amount calculated by the means for calculating the error and / or the basic unit of the greenhouse gas emission amount and / or the reciprocal thereof,
The amount of activity is a variable representing the magnitude of the greenhouse gas emission activity, and the management index is the greenhouse such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to normalize effect gas emissions or carbon dioxide equivalent emissions, and the emission coefficient is a coefficient that represents greenhouse gas emissions per unit activity, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number that represents the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, The environmental measure support system, wherein the error is an absolute error and / or a relative error such as the amount. From the activity amount acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient required for calculating the carbon dioxide conversion emission amount and / or Means for calculating by calculation the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof;
An error of the activity amount acquired and stored in a predetermined storage unit, an error of the management index, an error of the carbon dioxide equivalent emission amount and / or a basic unit of the carbon dioxide equivalent emission amount and / or Means for calculating the reciprocal error by calculation,
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof;
A means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the carbon dioxide emission activity, and the management index is the greenhouse effect such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. An environmental countermeasure support system, which is an index that can be used to standardize a gas emission amount, and the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, carbon dioxide stored in the predetermined storage unit Means for calculating by calculation the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof from at least one of the coefficients required for calculating the equivalent emissions;
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Means for calculating an error of carbon dioxide equivalent emissions and / or basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof from at least one of them,
Means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the emission and / or the basic unit of carbon dioxide equivalent emission and / or the reciprocal thereof;
A means for outputting the carbon dioxide equivalent emission calculated by the means for calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the greenhouse gas emission activity, and the management index is the greenhouse such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to normalize effect gas emissions or carbon dioxide equivalent emissions, and the emission coefficient is a coefficient that represents greenhouse gas emissions per unit activity, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number that represents the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, The environmental measure support system, wherein the error is an absolute error and / or a relative error such as the amount. Means for calculating the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof,
Among the activity amounts used for calculating the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount, one of the largest relative errors may include an error, the activity amount other than the activity amount, and the emission coefficient The unit calorific value and other coefficients are regarded as numbers having no error,
When calculating the error of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions, a number obtained by multiplying the relative error of the number that may contain an error by the product of the number that can contain the error and the number that does not contain the error The numerical value obtained by dividing the numerical value by adding all the products of the number that may contain an error and the number that has no error to the numerical value of the greenhouse gas emission and / or the carbon dioxide equivalent emission 55. The environmental countermeasure support system according to any one of claims 51 to 54, which is regarded as a relative error.   The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or their reciprocals and their respective errors, the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof The environment countermeasure support system according to any one of claims 51 to 55, further comprising means for simultaneously outputting the error and its error. Means for inputting a condition such as an error of the greenhouse gas emission and / or a threshold of an error of the carbon dioxide equivalent emission;
Means for determining whether an error in the greenhouse gas emission amount and / or an error in the carbon dioxide equivalent emission amount is the same as or exceeded a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the conditions such as a threshold have occurred in the determining means. The environmental countermeasure support system according to any one of claims 45 to 50, wherein: Means for inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for determining whether the greenhouse gas emissions and / or errors thereof and / or the carbon dioxide equivalent emissions and / or errors thereof are the same as or exceeded a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold have occurred. The environmental countermeasure support system according to any one of claims 45 to 50, wherein: The above-mentioned greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Means for inputting conditions such as an error threshold;
The above-mentioned greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Means for determining whether or not the error is equal to or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold have occurred. 57. The environmental countermeasure support system according to any one of claims 51 to 56. The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or a means for inputting conditions such as a reciprocal thereof and / or a threshold value of errors thereof;
The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or means for determining whether the reciprocal and / or error thereof is the same as or exceeds a condition such as a threshold value,
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold have occurred. 57. The environmental countermeasure support system according to any one of claims 51 to 56. Means for inputting a condition such as an error of the greenhouse gas emission and / or a threshold of an error of the carbon dioxide equivalent emission;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
The error of the greenhouse gas emission and / or the error of the carbon dioxide equivalent emission is within a threshold value or the like, the pseudo error of the activity amount, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the earth A means for displaying a pseudo error of a warming coefficient and other pseudo errors of the coefficient,
The environmental countermeasure support system according to any one of claims 45 to 60, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
The error of the greenhouse gas emission and / or the error of the carbon dioxide equivalent emission is within a threshold value or the like, the pseudo error of the activity amount, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the earth A means for displaying a pseudo error of a warming coefficient and other pseudo errors of the coefficient,
The environmental countermeasure support system according to any one of claims 45 to 60, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for storing at least one of the activity, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients;
Means for storing at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient;
A means of predicting future greenhouse gas emissions and / or future carbon dioxide equivalent emissions from past activity and other data;
Means for predicting errors in the future greenhouse gas emissions and / or errors in the future carbon dioxide equivalent emissions;
The environmental measure according to any one of claims 45 to 62, further comprising: means for outputting an error of the future greenhouse gas emission amount and / or an error of the future carbon dioxide equivalent emission amount. Support system. The above-mentioned greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Means for inputting conditions such as an error threshold;
Pseudo error of the activity amount, pseudo error of the basic unit of the greenhouse gas emission amount, pseudo error of the basic unit of the carbon dioxide equivalent emission amount, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Means for arbitrarily generating at least one of a pseudo error of quantity, a pseudo error of the global warming coefficient, and other pseudo errors of the coefficient;
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the basic unit of the greenhouse gas emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Errors in global warming coefficient, errors in other coefficients, errors in greenhouse gas emissions and / or errors in carbon dioxide equivalent emissions, pseudo errors in activity, and sources of greenhouse gas emissions Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Means for comparing the pseudo error of the coefficient, the pseudo error of the greenhouse gas emissions and / or the pseudo error of the carbon dioxide equivalent emissions,
Pseudo error in the activity amount that the error in the greenhouse gas emission amount and / or the error in the carbon dioxide conversion emission amount falls within a threshold condition, the pseudo error in the basic unit of the greenhouse gas emission amount, the carbon dioxide conversion Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Means and
59. The environmental countermeasure support system according to any one of claims 51 to 58, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or a means for inputting conditions such as a reciprocal thereof and / or a threshold value of errors thereof;
Pseudo error of the activity amount, pseudo error of the basic unit of the greenhouse gas emission amount, pseudo error of the basic unit of the carbon dioxide equivalent emission amount, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Means for arbitrarily generating at least one of a pseudo error of quantity, a pseudo error of the global warming coefficient, and other pseudo errors of the coefficient;
The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the pseudo error of the reciprocal thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Means for generating a pseudo error of
Error in the activity amount, error in the basic unit of the greenhouse gas emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Errors in global warming coefficient, errors in other coefficients, errors in greenhouse gas emissions and / or errors in carbon dioxide equivalent emissions, pseudo errors in activity, and sources of greenhouse gas emissions Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Means for comparing the pseudo error of the coefficient, the pseudo error of the greenhouse gas emissions and / or the pseudo error of the carbon dioxide equivalent emissions,
Pseudo error in the activity amount that the error in the greenhouse gas emission amount and / or the error in the carbon dioxide conversion emission amount falls within a threshold condition, the pseudo error in the basic unit of the greenhouse gas emission amount, the carbon dioxide conversion Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Means and
The environmental countermeasure support system according to any one of claims 51 to 59, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Of the activity amount, the basic unit of the greenhouse gas emission amount, the basic unit of the carbon dioxide equivalent emission amount, the management index, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients Means for storing at least one;
Error in the activity amount, error in the basic unit of the greenhouse gas emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Means for storing at least one of an error of the global warming coefficient and other errors of the coefficient;
Based on past activity and other data, future greenhouse gas emissions and / or basic units of greenhouse gas emissions and / or their reciprocals and / or future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions Means for predicting the basic unit and / or the reciprocal thereof,
The future greenhouse gas emissions and / or the basic unit of the greenhouse gas emissions and / or the reciprocal thereof, one or more errors and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions Means for predicting one or more errors of any one of the basic unit and / or the reciprocal thereof,
The future greenhouse gas emissions and / or the basic unit of the greenhouse gas emissions and / or the reciprocal thereof, and / or one or more errors thereof and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions The environmental measure support system according to any one of claims 51 to 60, further comprising: means for outputting one or more errors of any one of the basic unit and / or the reciprocal thereof. Means for inputting a condition such as an error of the greenhouse gas emission and / or a threshold of an error of the carbon dioxide equivalent emission;
Means for determining whether an error in the future greenhouse gas emissions and / or an error in the future carbon dioxide equivalent emissions is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental measure support system according to any one of claims 61 to 66, wherein: Means for inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for determining whether the future greenhouse gas emissions and / or errors thereof and / or the future carbon dioxide equivalent emissions and / or errors thereof are the same as or exceeding a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental measure support system according to any one of claims 61 to 66, wherein: The above-mentioned greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Means for inputting conditions such as an error threshold;
The future greenhouse gas emissions and / or the error in the basic unit and / or the inverse of the future greenhouse gas emissions and / or the future carbon dioxide equivalent emissions and / or the future carbon dioxide equivalent emissions Means for determining whether or not the error of the basic unit and / or the reciprocal thereof is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental measure support system according to any one of claims 61 to 66, wherein: The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or a means for inputting conditions such as a reciprocal thereof and / or a threshold value of errors thereof;
Units of future greenhouse gas emissions and / or future greenhouse gas emissions and / or their reciprocals and / or their errors and / or future carbon dioxide equivalent emissions and / or future carbon dioxide Means for determining whether the basic unit of the converted emission amount and / or the reciprocal thereof and / or the error thereof is the same as or exceeds a condition such as a threshold;
A means for notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. The environmental measure support system according to any one of claims 61 to 66, wherein: Means for inputting a condition such as an error of the greenhouse gas emission and / or a threshold of an error of the carbon dioxide equivalent emission;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
Means for outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 45 to 70, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
Means for outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 45 to 70, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. The above-mentioned greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Means for inputting conditions such as an error threshold;
Pseudo error of the activity amount, the basic unit of the greenhouse gas emission amount or the pseudo error of the inverse thereof, the pseudo error of the emission factor, the pseudo error of the unit calorific value, the pseudo error of the global warming factor, etc. Means for arbitrarily generating at least one of the pseudo errors of the coefficients of
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
Means for outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 45 to 70, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as threshold values for the greenhouse gas emissions and / or errors thereof and / or the carbon dioxide equivalent emissions and / or errors thereof and / or their basic units and / or their reciprocal errors;
At least one of the pseudo-error of the activity amount, the pseudo-error of the management index, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient Means for arbitrarily generating,
Means for generating a pseudo error of the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount and / or a basic unit thereof and / or a reciprocal thereof.
Error in activity, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or Or the carbon dioxide equivalent emission error and the activity amount pseudo error, the management indicator pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the global warming coefficient pseudo error, etc. Means for comparing the pseudo error of the coefficient, the pseudo error of the greenhouse gas emissions and / or the pseudo error of the carbon dioxide equivalent emissions,
Means for storing the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or reduction unit data of these basic units and / or the inverse thereof;
From the results input by the means for inputting the conditions and the reduction measure data stored in the storing means, the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or their basic units and / or Or a means for generating a reduction plan of the reciprocal thereof,
A means for outputting the greenhouse gas emissions generated by the generating means and / or the carbon dioxide equivalent emissions and / or a reduction plan of these basic units and / or the reciprocal thereof,
The environment countermeasure support system according to any one of claims 45 to 70, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting a condition such as an error of the greenhouse gas emission and / or a threshold of an error of the carbon dioxide equivalent emission;
Means for acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the acquired site information and the activity amount stored in the predetermined storage unit;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
Means for outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 45 to 74, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Means for acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Means for arbitrarily generating at least one of the pseudo error of the activity, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient; ,
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the acquired site information and the activity amount stored in the predetermined storage unit;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
Means for outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 45 to 74, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. The above-mentioned greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Means for inputting conditions such as an error threshold;
Pseudo error of the activity amount, the basic unit of the greenhouse gas emission amount or the pseudo error of the inverse thereof, the pseudo error of the emission factor, the pseudo error of the unit calorific value, the pseudo error of the global warming factor, etc. Means for arbitrarily generating at least one of the pseudo errors of the coefficients of
Means for acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Means for generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the acquired site information and the activity amount stored in the predetermined storage unit;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions And / or means for comparing the pseudo error of the carbon dioxide equivalent emission amount,
Means for storing reduction measure data of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Means for generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the means for inputting the condition and the reduction measure data stored in the storage unit;
Means for outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating means,
The environment countermeasure support system according to any one of claims 45 to 74, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Means for inputting conditions such as threshold values for the greenhouse gas emissions and / or errors thereof and / or the carbon dioxide equivalent emissions and / or errors thereof and / or their basic units and / or their reciprocal errors;
Means for acquiring site information acquired and stored in a predetermined storage unit, the amount of activity, and the management index;
From the site information acquired and stored in the predetermined storage unit and the activity amount, the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the earth Means for arbitrarily generating at least one of a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient;
Means for generating a pseudo error of the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount and / or a basic unit thereof and / or a reciprocal thereof.
Error in activity, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or Or the carbon dioxide equivalent emission amount and / or the error of the basic unit and / or the inverse thereof, the pseudo error of the activity, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo of the unit calorific value Errors, pseudo-errors of the global warming coefficient, pseudo-errors of the other coefficients, pseudo-errors of the greenhouse gas emissions and / or carbon dioxide equivalent emissions and / or their basic units and / or their reciprocals. Means for comparing pseudo errors;
Means for storing the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or reduction unit data of these basic units and / or the inverse thereof;
From the results input by the means for inputting the conditions and the reduction measure data stored in the storing means, the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or their basic units and / or Or a means for generating a reduction plan of the reciprocal thereof,
A means for outputting the greenhouse gas emissions generated by the generating means and / or the carbon dioxide equivalent emissions and / or a reduction plan of these basic units and / or the reciprocal thereof,
The environment countermeasure support system according to any one of claims 45 to 74, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error.   The means for acquiring the site information acquired and stored in the predetermined storage unit includes the greenhouse gas emission itself and / or the greenhouse gas emission amount calculated from the carbon dioxide equivalent emission amount and the activity reduction amount and / or The environmental countermeasure support system according to any one of claims 75 to 78, wherein at least one of those errors is acquired. Verification evidence that is the basis for acquiring the amount of activity, verification evidence that is the source for acquiring the emission factor, verification evidence that is the source for acquiring the unit calorific value, and verification evidence that is the source of acquiring the global warming potential Managing any one or more of the verification evidences that are the basis for obtaining the other coefficients, and linking each of them with the amount of activity, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients. Means to attach,
Means for storing the result of tying by the tying means;
The environment countermeasure support system according to any one of claims 45 to 79, further comprising: a unit that refers to and outputs the stored association result. Means for storing a report template, such as a greenhouse gas accounting report;
Means for referring to the linking result;
Means for referring to the greenhouse gas emission and its error and / or the carbon dioxide equivalent emission and its error;
Means for creating an electronic file of a report such as a calculation report of the greenhouse gas from the template, the linking result, the greenhouse gas emission amount and its error and / or carbon dioxide equivalent emission amount and its error; The environmental countermeasure support system according to any one of claims 45 to 80, further comprising: Means for storing a report template, such as a greenhouse gas accounting report;
Means for referring to the linking result;
The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or their reciprocal and their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or its Means to reference the reciprocals and their errors;
Means for creating an electronic file of a report such as a calculation report of the greenhouse gas from the template, the linking result, the greenhouse gas emission amount and its error and / or carbon dioxide equivalent emission amount and its error; The environmental countermeasure support system according to any one of claims 45 to 80, further comprising:   83. The environmental countermeasure support system according to claim 81 or 82, further comprising means for printing the greenhouse gas calculation report.   84. The apparatus according to any one of claims 45 to 83, further comprising means for performing verification / authentication based on the greenhouse gas emission amount and its error and / or carbon dioxide equivalent emission amount and its error. Environmental support system.   85. The environmental measure support system according to any one of claims 45 to 84, further comprising means for performing emission trading.   The environmental countermeasure support system according to any one of claims 45 to 85, wherein the output data is displayed and / or illustrated as a result of the output.   87. The environmental measure support system according to claim 86, wherein when the reduction plan is clicked, information on the reduction plan and / or image information is displayed.   87. The environmental measure support system according to claim 86, wherein when the graph is clicked, information related to the graph and / or image information is displayed. A step of calculating an environmental impact substance emission amount from an activity amount acquired and stored in a predetermined storage unit and a coefficient necessary for calculating the environmental impact substance emission amount;
Calculating an environmental load substance emission error by calculation from an error of a coefficient required for calculating the environmental load substance discharge amount acquired and stored in a predetermined storage unit; and
Outputting the environmentally hazardous substance emissions calculated by the step of calculating the emissions;
Outputting the error of the environmentally hazardous substance emission amount calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, and the error is an absolute error and / or a relative error of the amount or the like. Necessary for calculating the amount of activity acquired and stored in the predetermined storage unit, and the emission coefficient, unit calorific value, global warming coefficient, environmental load substance emission amount or carbon dioxide equivalent emission amount stored in the predetermined storage unit Calculating an environmentally hazardous substance emission amount from at least one of the following factors:
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Calculating an error in carbon-equivalent emissions by calculation;
Outputting the environmentally hazardous substance emissions calculated by the step of calculating the emissions;
Outputting the error of the environmentally hazardous substance emission amount calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number that expresses the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support method characterized by being an absolute error and / or a relative error of the amount or the like. A step of calculating a carbon dioxide equivalent emission by calculation from an activity amount acquired and stored in a predetermined storage unit and a coefficient required for calculating the carbon dioxide equivalent emission;
Calculating an error of the carbon dioxide equivalent emission amount from the error of the activity amount acquired and stored in the predetermined storage unit, the error of the carbon dioxide equivalent emission amount, and
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the carbon dioxide equivalent emission; and
Outputting the error of the carbon dioxide equivalent emission calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the carbon dioxide emission activity, and the error is an absolute error and / or a relative error of the amount or the like. At least of the amount of activity acquired and stored in the predetermined storage unit, and the coefficient required for calculating the emission coefficient, unit calorific value, global warming coefficient, carbon dioxide equivalent emission stored in the predetermined storage unit Calculating a carbon dioxide equivalent emission amount from one by calculation;
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Calculating an error in carbon-equivalent emissions by calculation;
Outputting the carbon dioxide equivalent emission calculated by calculating the emission; and
Outputting the error of the carbon dioxide equivalent emission calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the environmental load substance emission activity, the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number that expresses the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support method characterized by being an absolute error and / or a relative error of the amount or the like. The step of calculating an error of the environmentally hazardous substance emission amount and / or an error of the carbon dioxide equivalent emission amount is an activity amount used for calculation of the environmental impact substance emission amount and / or the carbon dioxide equivalent emission amount, One of the largest relative errors is regarded as a number having an error, an amount of activity other than the amount of activity, the emission coefficient, the unit calorific value, and the other coefficients as numbers having no error,
A number obtained by multiplying the relative error of the number that may include an error by the product of the number that may include an error and the number that does not have an error when calculating the error of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount The numerical value obtained by dividing the numerical value by adding all the products of the number that may include an error and the number that has no error to the numerical value of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount The environmental countermeasure support method according to any one of claims 89 to 92, which is regarded as a relative error.   The environmental countermeasure support according to any one of claims 89 to 93, further comprising a step of outputting the environmental load substance emission amount and its error and / or the carbon dioxide equivalent emission amount and its error simultaneously. Method. From the amount of activity acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient required for calculating the amount of environmental load emission, and / or Calculating the basic unit of environmentally hazardous substance emissions and / or its reciprocal by calculation,
From the error in the coefficient required for calculating the amount of environmentally hazardous substance emission obtained and stored in a predetermined storage unit, the environmentally hazardous substance emission amount and / or the basic unit of the environmentally hazardous substance emission amount and / or the reciprocal error thereof are calculated. A step of calculating by calculation;
Outputting the environmental load substance emission amount calculated by the step of calculating the emission amount and / or the basic unit of the environmental load material discharge amount and / or the inverse thereof;
Outputting the environmentally hazardous substance emission amount calculated by the step of calculating the error and / or the basic unit of the environmentally hazardous substance emission amount and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the environmental load substance emission activity, and the management index is the environment such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. A method for supporting environmental measures, which is an index that can be used to normalize a load substance discharge amount, and wherein the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, environmental load stored in the predetermined storage unit A step of calculating the environmentally hazardous substance emissions and / or the basic unit of the environmentally hazardous substance emissions and / or the reciprocal thereof from at least one of the coefficients required for calculating the substance emissions or the carbon dioxide equivalent emissions. When,
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Calculating a carbon dioxide equivalent emission from at least one of them and / or an error of the basic unit of carbon dioxide equivalent emission and / or its reciprocal by calculation,
Outputting the environmental load substance emission amount calculated by the step of calculating the emission amount and / or the basic unit of the environmental load material discharge amount and / or the inverse thereof;
Outputting the environmentally hazardous substance emission amount calculated by the step of calculating the error and / or the basic unit of the environmentally hazardous substance emission amount and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the environmental load substance emission activity, and the management index is the environment such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to standardize the load substance emission amount or the carbon dioxide equivalent emission amount, and the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity amount, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number that represents the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, The method for supporting environmental measures, wherein the error is an absolute error and / or a relative error such as the amount. From the activity amount acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient required for calculating the carbon dioxide conversion emission amount and / or Calculating the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof by calculation;
An error of the activity amount acquired and stored in a predetermined storage unit, an error of the management index, an error of the carbon dioxide equivalent emission amount and / or a basic unit of the carbon dioxide equivalent emission amount and / or Calculating a reciprocal error by calculation; and
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the inverse thereof;
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the error of the reciprocal thereof, and
The activity amount is a variable representing the magnitude of the carbon dioxide emission activity, and the management index is the environmental load such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. A method for supporting environmental measures, which is an index that can be used to standardize a substance emission amount, and wherein the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, carbon dioxide stored in the predetermined storage unit Calculating the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof from at least one of the coefficients necessary for calculating the equivalent emissions;
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Calculating a carbon dioxide equivalent emission from at least one of them and / or an error of the basic unit of carbon dioxide equivalent emission and / or its reciprocal by calculation,
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the emission and / or the basic unit of carbon dioxide equivalent emission and / or the inverse thereof;
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the environmental load substance emission activity, and the management index is the environment such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to standardize the load substance emission amount or the carbon dioxide equivalent emission amount, and the emission coefficient is a coefficient representing the discharge amount of the environmental load substance per unit activity amount, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number that represents the ratio of the greenhouse effect of the environmentally hazardous substance as a ratio to the greenhouse effect of carbon dioxide, The method for supporting environmental measures, wherein the error is an absolute error and / or a relative error such as the amount. The step of calculating the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the basic unit of carbon dioxide equivalent emission and / or the reciprocal thereof,
Of the amount of activity used to calculate the amount of environmentally hazardous substance emission and / or the amount of carbon dioxide equivalent emission, one of the largest relative errors may include an error, the amount of activity other than the amount of activity, and the emission coefficient The unit calorific value and other coefficients are regarded as numbers having no error,
A number obtained by multiplying the relative error of the number that may contain an error by the product of the number that may contain an error and the number that does not contain an error when calculating the error of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount The numerical value obtained by dividing the numerical value by adding all the products of the number that may include an error and the number that does not have an error to the numerical value of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount. 99. The environmental measure support method according to any one of claims 95 to 98, which is regarded as a relative error.   The environmental impact substance emissions and / or the basic unit of environmental impact substance emissions and / or their reciprocals and their respective errors, the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or their reciprocals. The method for supporting environmental measures according to any one of claims 95 to 99, further comprising the step of simultaneously outputting the error and its error. Inputting a condition such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Determining whether the error of the environmental load substance emission amount and / or the error of the carbon dioxide equivalent emission amount is the same as or exceeds a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold have occurred. The environmental measure support method according to any one of claims 89 to 94, wherein: Inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Determining whether the environmentally hazardous substance emission amount and / or error thereof and / or the carbon dioxide equivalent emission amount and / or error thereof is the same as or exceeded a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold have occurred. The environmental measure support method according to any one of claims 89 to 94, wherein: An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Inputting a condition such as an error threshold;
An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Determining whether the error is equal to or exceeds a condition such as a threshold;
A step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the threshold conditions are generated. The environmental measure support method according to any one of claims 95 to 100, wherein: The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or entering conditions such as their reciprocal and / or their error thresholds;
The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or determining whether the reciprocal thereof and / or the error thereof is the same as or exceeds a condition such as a threshold;
A step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the threshold conditions are generated. The environmental measure support method according to any one of claims 95 to 100, wherein: Inputting a condition such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Pseudo error of the activity amount, pseudo error of the emission coefficient, pseudo error of the unit calorific value, the earth error in which the environmental load substance emission error and / or the carbon dioxide equivalent emission error falls within a threshold or the like Displaying a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient,
The environmental countermeasure support method according to any one of claims 89 to 104, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Pseudo error of the activity amount, pseudo error of the emission coefficient, pseudo error of the unit calorific value, the earth error in which the environmental load substance emission error and / or the carbon dioxide equivalent emission error falls within a threshold or the like Displaying a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient,
The environmental countermeasure support method according to any one of claims 89 to 104, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Storing at least one of the activity amount, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients;
Storing at least one of an error of the activity amount, an error of the emission coefficient, an error of the unit calorific value, an error of the global warming coefficient, and an error of the other coefficient;
Predicting future environmentally hazardous substance emissions and / or future carbon dioxide equivalent emissions from past activity and other data;
Predicting an error in the future environmentally hazardous substance emissions and / or an error in the future carbon dioxide equivalent emissions;
The environmental countermeasure according to any one of claims 89 to 106, further comprising: outputting an error of the future environmentally hazardous substance emission amount and / or an error of the future carbon dioxide equivalent emission amount. Support method. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Inputting a condition such as an error threshold;
Pseudo error of the activity amount, pseudo error of the basic unit of the environmental load substance emission amount, pseudo error of the basic unit of the carbon dioxide equivalent emission amount, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Optionally generating at least one of a pseudo-quantity error, a pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient;
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in the activity amount, error in the basic unit of the environmentally hazardous substance emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Error of global warming coefficient, other error of the coefficient, error of the environmental load substance discharge amount and / or error of the carbon dioxide equivalent discharge amount, pseudo error of the activity amount, source of the environmental load substance discharge amount Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Comparing the pseudo error of the coefficient, the pseudo error of the environmental load substance emission amount and / or the pseudo error of the carbon dioxide equivalent emission amount,
Pseudo error of activity amount, error of basic load of environmental load substance emission amount, error of carbon dioxide equivalent emission error, and / or carbon dioxide equivalent Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Steps and
The environmental countermeasure support method according to any one of claims 95 to 102, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or entering conditions such as their reciprocal and / or their error thresholds;
Pseudo error of the activity amount, pseudo error of the basic unit of the environmental load substance emission amount, pseudo error of the basic unit of the carbon dioxide equivalent emission amount, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Optionally generating at least one of a pseudo-quantity error, a pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient;
Pseudo-error of the environmental impact substance emissions and / or environmental impact substance emissions and / or the inverse thereof and / or the carbon dioxide equivalent emissions and / or the carbon dioxide equivalent emissions and / or the inverse thereof Generating a pseudo error of
Error in the activity amount, error in the basic unit of the environmentally hazardous substance emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Error of global warming coefficient, other error of the coefficient, error of the environmental load substance discharge amount and / or error of the carbon dioxide equivalent discharge amount, pseudo error of the activity amount, source of the environmental load substance discharge amount Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Comparing the pseudo error of the coefficient, the pseudo error of the environmental load substance emission amount and / or the pseudo error of the carbon dioxide equivalent emission amount,
Pseudo error of activity amount, error of basic load of environmental load substance emission amount, error of carbon dioxide equivalent emission error, and / or carbon dioxide equivalent Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Steps and
The environmental countermeasure support method according to any one of claims 95 to 103, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Of the activity amount, the basic unit of the environmentally hazardous substance emission amount, the basic unit of the carbon dioxide equivalent emission amount, the management index, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients Storing at least one;
Error in the activity amount, error in the basic unit of the environmentally hazardous substance emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Storing at least one of an error of the global warming coefficient and other errors of the coefficient;
Based on past activity data and other data, future environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or the reciprocal thereof and / or future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions Predicting the basic unit and / or reciprocal of
One or more errors of the future environmentally hazardous substance emissions and / or the basic unit of the environmentally hazardous substance emissions and / or its reciprocal and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions. Predicting one or more errors of any of the basic unit and / or reciprocal thereof,
One or more errors of the future environmentally hazardous substance emissions and / or the basic unit of the environmentally hazardous substance emissions and / or its reciprocal and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions. 105. The environmental measure support method according to any one of claims 95 to 104, further comprising: outputting one or more errors of any one of the basic unit and / or the inverse thereof. Inputting a condition such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Determining whether the error of the future environmentally hazardous substance emission amount and / or the error of the future carbon dioxide equivalent emission amount is the same as or exceeds a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. 111. The environmental countermeasure support method according to any one of claims 105 to 110. Inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Determining whether the future environmentally hazardous substance emission amount and / or its error and / or the future carbon dioxide equivalent emission amount and / or its error is the same as or exceeded a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. 111. The environmental countermeasure support method according to any one of claims 105 to 110. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Inputting a condition such as an error threshold;
Of the future environmental impact substance emissions and / or the basic unit of the future environmental impact substance emissions and / or the error of the reciprocal and / or the future carbon dioxide equivalent emissions and / or the future carbon dioxide equivalent emissions Determining whether an error in the basic unit and / or the reciprocal thereof is the same as or exceeds a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. 111. The environmental countermeasure support method according to any one of claims 105 to 110. The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and / or their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or entering conditions such as their reciprocal and / or their error thresholds;
Units and / or reciprocals and / or errors of the future environmental impact substance emissions and / or future environmental impact substance emissions and / or the future carbon dioxide equivalent emissions and / or future carbon dioxide Determining whether or not the basic unit of the converted emission and / or the reciprocal thereof and / or the error thereof is the same as or exceeds a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the condition such as a threshold value occurs. 111. The environmental countermeasure support method according to any one of claims 105 to 110. Inputting a condition such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount;
Generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
The environmental countermeasure support method according to any one of claims 89 to 114, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount;
Generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
The environmental countermeasure support method according to any one of claims 89 to 114, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Inputting a condition such as an error threshold;
Pseudo error of the activity amount, the basic unit of the environmental load substance emission amount or a pseudo error of the inverse thereof, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, etc. Optionally generating at least one of the pseudo errors of the coefficients of
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount;
Generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
The environmental countermeasure support method according to any one of claims 89 to 114, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting a condition such as a threshold value of the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error and / or the basic unit and / or its reciprocal error;
At least one of the pseudo-error of the activity amount, the pseudo-error of the management index, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient Optionally generating
Generating a pseudo error of the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or a basic unit thereof and / or a pseudo error of the reciprocal thereof, and
Error in activity amount, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or Or the carbon dioxide equivalent emission error and the activity amount pseudo error, the management indicator pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the global warming coefficient pseudo error, etc. Comparing the pseudo error of the coefficient, the pseudo error of the environmental load substance emission amount and / or the pseudo error of the carbon dioxide equivalent emission amount,
Storing the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or the reduction unit data of these basic units and / or the inverse thereof;
From the result input in the step of inputting the condition and the reduction measure data stored in the storing step, the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount and / or the basic unit and / or Or generating a reciprocal reduction plan, and
Outputting the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount generated by the generating step and / or a reduction plan of these basic units and / or the reciprocal thereof, and
The environmental countermeasure support method according to any one of claims 89 to 114, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting a condition such as an error of the environmental load substance emission amount and / or a threshold value of an error of the carbon dioxide equivalent emission amount;
Acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the acquired site information and the activity amount stored in the predetermined storage unit;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount;
Generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
119. The environmental countermeasure support method according to any one of claims 89 to 118, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting conditions such as the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the acquired site information and the activity amount stored in the predetermined storage unit;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount;
Generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
119. The environmental countermeasure support method according to any one of claims 89 to 118, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. An error of the environmentally hazardous substance emission and / or the basic unit of the environmentally hazardous substance emission and / or its reciprocal and / or the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the reciprocal thereof. Inputting a condition such as an error threshold;
Pseudo error of the activity amount, the basic unit of the environmental load substance emission amount or a pseudo error of the inverse thereof, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, etc. Optionally generating at least one of the pseudo errors of the coefficients of
Acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Generating a pseudo error of the environmental load substance emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the acquired site information and the activity amount stored in the predetermined storage unit;
Error in activity amount, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or emissions in terms of carbon dioxide Error in quantity, pseudo error in activity amount, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, emissions of environmentally hazardous substances Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount;
Generating a reduction plan of the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the environmentally hazardous substance emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
119. The environmental countermeasure support method according to any one of claims 89 to 118, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting a condition such as a threshold value of the environmentally hazardous substance emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error and / or the basic unit and / or its reciprocal error;
Acquiring the site information acquired and stored in a predetermined storage unit, the activity amount, and the management index;
From the site information acquired and stored in the predetermined storage unit and the activity amount, the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the earth Optionally generating at least one of a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient;
Generating a pseudo error of the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or a basic unit thereof and / or a pseudo error of the reciprocal thereof, and
Error in activity amount, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficient, error in emissions of environmentally hazardous substances and / or Alternatively, the carbon dioxide equivalent emission amount and / or the error of the basic unit and / or the inverse thereof, the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo Errors, pseudo-errors of the global warming coefficient, pseudo-errors of the other coefficients, pseudo-errors of the environmentally hazardous substance emissions and / or carbon dioxide equivalent emissions and / or their basic units and / or their reciprocals. Comparing pseudo errors;
Storing the environmental load substance emission amount and / or the carbon dioxide equivalent emission amount and / or the reduction unit data of these basic units and / or the inverse thereof;
From the result input in the step of inputting the condition and the reduction measure data stored in the storing step, the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount and / or the basic unit and / or Or generating a reciprocal reduction plan, and
Outputting the environmentally hazardous substance emission amount and / or the carbon dioxide equivalent emission amount generated by the generating step and / or a reduction plan of these basic units and / or the reciprocal thereof, and
119. The environmental countermeasure support method according to any one of claims 89 to 118, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error.   The step of acquiring the site information acquired and stored in the predetermined storage unit includes the environmental impact substance emission amount itself and / or the environmental impact substance emission amount calculated from the carbon dioxide equivalent emission amount and the activity reduction amount and / or The method for supporting environmental measures according to any one of claims 119 to 122, wherein at least one of these errors is acquired. Verification evidence that is the basis for obtaining the amount of activity, verification evidence that is the basis for obtaining the emission coefficient, verification evidence that is the basis for obtaining the unit calorific value, and verification evidence that is the basis for obtaining the global warming coefficient Managing any one or more of the verification evidences that are the basis for obtaining the other coefficients, and linking each of them with the amount of activity, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients. A step to attach,
Storing the result of tying in the tying step;
124. The environmental countermeasure support method according to any one of claims 89 to 123, further comprising: a step of referring to and outputting the stored linking result. Storing a template for a report such as a calculation report for environmentally hazardous substances;
Referring to the linking result;
Referring to the environmentally hazardous substance emission amount and its error and / or the carbon dioxide equivalent emission amount and its error;
Creating an electronic file of a report such as a calculation report of the environmentally hazardous substance from the template, the linking result, the environmentally hazardous substance emission amount and its error and / or carbon dioxide equivalent emission amount and its error; 126. The environmental countermeasure support method according to any one of claims 89 to 125, characterized by comprising: Storing a template for a report such as a calculation report for environmentally hazardous substances;
Referring to the linking result;
The environmentally hazardous substance emissions and / or the basic unit of environmentally hazardous substance emissions and / or their reciprocals and their errors and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or its Referencing the reciprocals and their errors;
Creating an electronic file of a report such as a calculation report of the environmentally hazardous substance from the template, the linking result, the environmentally hazardous substance emission amount and its error and / or carbon dioxide equivalent emission amount and its error; 126. The environmental countermeasure support method according to any one of claims 89 to 125, characterized by comprising:   127. The environmental countermeasure support method according to claim 125 or 126, further comprising a step of printing a calculation report of the environmental load substance.   128. The method according to any one of claims 89 to 127, further comprising a step of performing verification / authentication based on the environmentally hazardous substance emission amount and its error and / or carbon dioxide equivalent emission amount and its error. Environmental measures support method.   The method for supporting environmental measures according to any one of claims 89 to 128, further comprising a step of performing emission trading.   131. The environmental countermeasure support method according to any one of claims 89 to 129, wherein as a result of the output, the output data is displayed and / or illustrated.   131. The environmental measure support method according to claim 130, wherein when the reduction plan is clicked, information on the reduction plan and / or image information is displayed.   131. The environmental measure support method according to claim 130, wherein when the graph is clicked, information related to the graph and / or image information is displayed. Calculating the greenhouse gas emission by calculation from the amount of activity acquired and stored in a predetermined storage unit and the coefficient required for calculating the greenhouse gas emission; and
Calculating a greenhouse gas emission error by calculation from an error of a coefficient required for calculating the greenhouse gas emission obtained and stored in a predetermined storage unit;
Outputting the greenhouse gas emissions calculated by the step of calculating the emissions;
Outputting the error of the greenhouse gas emission calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the greenhouse gas emission activity, and the error is an absolute error and / or a relative error of the amount or the like. Necessary for calculating the amount of activity acquired and stored in the predetermined storage unit, and the emission coefficient, unit calorific value, global warming coefficient, greenhouse gas emissions or carbon dioxide equivalent emissions stored in the predetermined storage unit Calculating a greenhouse gas emission by calculation from at least one of the following factors:
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Calculating an error in carbon-equivalent emissions by calculation;
Outputting the greenhouse gas emissions calculated by the step of calculating the emissions;
Outputting the error of the greenhouse gas emission calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the greenhouse gas emission activity, the emission coefficient is a coefficient representing the greenhouse gas emission amount per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number representing the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support method characterized by being an absolute error and / or a relative error of the amount or the like. A step of calculating a carbon dioxide equivalent emission by calculation from an activity amount acquired and stored in a predetermined storage unit and a coefficient required for calculating the carbon dioxide equivalent emission;
Calculating an error of the carbon dioxide equivalent emission amount from the error of the activity amount acquired and stored in the predetermined storage unit, the error of the carbon dioxide equivalent emission amount, and
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the carbon dioxide equivalent emission; and
Outputting the error of the carbon dioxide equivalent emission calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the carbon dioxide emission activity, and the error is an absolute error and / or a relative error of the amount or the like. At least of the amount of activity acquired and stored in the predetermined storage unit, and the coefficient required for calculating the emission coefficient, unit calorific value, global warming coefficient, carbon dioxide equivalent emission stored in the predetermined storage unit Calculating a carbon dioxide equivalent emission amount from one by calculation;
CO2 from at least one of the error of the activity amount, the error of the emission coefficient, the error of the unit calorific value, the error of the global warming coefficient, and the other error of the coefficient acquired and stored in the predetermined storage unit Calculating an error in carbon-equivalent emissions by calculation;
Outputting the carbon dioxide equivalent emission calculated by calculating the emission; and
Outputting the error of the carbon dioxide equivalent emission calculated by the step of calculating the error, and
The activity amount is a variable representing the magnitude of the greenhouse gas emission activity, the emission coefficient is a coefficient representing the greenhouse gas emission amount per unit activity amount, and the unit calorific value is the fuel The global warming potential is a dimensionless number representing the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, and the error is An environmental countermeasure support method characterized by being an absolute error and / or a relative error of the amount or the like. In the step of calculating the error of the greenhouse gas emissions and / or the error of the carbon dioxide equivalent emissions, among the activity amounts used for the calculation of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions, One of the largest relative errors is regarded as a number having an error, an amount of activity other than the amount of activity, the emission coefficient, the unit calorific value, and the other coefficients as numbers having no error,
When calculating the error of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions, a number obtained by multiplying the relative error of the number that may contain an error by the product of the number that can contain the error and the number that does not contain the error The numerical value obtained by dividing the numerical value by adding all the products of the number that may include an error and the number that does not have an error to the numerical value obtained as described above is the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount The environmental countermeasure support method according to any one of claims 133 to 136, wherein the environmental countermeasure support method is regarded as a relative error of.   The environmental countermeasure support according to any one of claims 133 to 137, further comprising a step of simultaneously outputting the greenhouse gas emission amount and its error and / or the carbon dioxide equivalent emission amount and its error. Method. The amount of greenhouse gas emissions and / or the activity amount acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient required for calculating the greenhouse gas emission amount Calculating the basic unit of greenhouse gas emissions and / or the inverse thereof by calculation;
Calculate the greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error from the error of the coefficient required for calculating the greenhouse gas emissions acquired and stored in the predetermined storage unit. A step of calculating by calculation;
Outputting the greenhouse gas emission amount calculated by the step of calculating the emission amount and / or the basic unit of the greenhouse gas emission amount and / or the inverse thereof;
Outputting the greenhouse gas emission amount calculated by the step of calculating the error and / or the basic unit of the greenhouse gas emission amount and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the greenhouse gas emission activity, and the management index is the greenhouse such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. A method for supporting environmental measures, which is an index that can be used to normalize an effect gas emission amount, and wherein the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, greenhouse effect stored in the predetermined storage unit Calculating the greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof from at least one of the coefficients required for calculating the gas emissions or the carbon dioxide equivalent emissions When,
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Calculating a carbon dioxide equivalent emission from at least one of them and / or an error of the basic unit of carbon dioxide equivalent emission and / or its reciprocal by calculation,
Outputting the greenhouse gas emission amount calculated by the step of calculating the emission amount and / or the basic unit of the greenhouse gas emission amount and / or the inverse thereof;
Outputting the greenhouse gas emission amount calculated by the step of calculating the error and / or the basic unit of the greenhouse gas emission amount and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the greenhouse gas emission activity, and the management index is the greenhouse such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to normalize effect gas emissions or carbon dioxide equivalent emissions, and the emission coefficient is a coefficient that represents greenhouse gas emissions per unit activity, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number that represents the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, The method for supporting environmental measures, wherein the error is an absolute error and / or a relative error such as the amount. From the activity amount acquired and stored in the predetermined storage unit, the management index acquired and stored in the predetermined storage unit, and the coefficient required for calculating the carbon dioxide conversion emission amount and / or Calculating the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof by calculation;
An error of the activity amount acquired and stored in a predetermined storage unit, an error of the management index, an error of the carbon dioxide equivalent emission amount and / or a basic unit of the carbon dioxide equivalent emission amount and / or Calculating a reciprocal error by calculation; and
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the carbon dioxide equivalent emission and / or the basic unit of the carbon dioxide equivalent emission and / or the inverse thereof;
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the carbon dioxide emission activity, and the management index is the greenhouse effect such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. An environmental measure support method, which is an index that can be used to standardize a gas emission amount, and wherein the error is an absolute error and / or a relative error of the amount or the like. Activity amount acquired and stored in a predetermined storage unit, management index acquired and stored in the predetermined storage unit, emission coefficient, unit calorific value, global warming coefficient, carbon dioxide stored in the predetermined storage unit Calculating the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof from at least one of the coefficients necessary for calculating the equivalent emissions;
Error of the activity amount acquired and stored in a predetermined storage unit, error of the management index, error of the emission coefficient, error of the unit calorific value, error of the global warming coefficient, error of the other coefficient Calculating a carbon dioxide equivalent emission from at least one of them and / or an error of the basic unit of carbon dioxide equivalent emission and / or its reciprocal by calculation,
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the emission and / or the basic unit of carbon dioxide equivalent emission and / or the inverse thereof;
Outputting the carbon dioxide equivalent emission calculated by the step of calculating the error and / or the basic unit of the carbon dioxide equivalent emission and / or the error of the reciprocal thereof, and
The amount of activity is a variable representing the magnitude of the greenhouse gas emission activity, and the management index is the greenhouse such as production amount, production value, working hours, overtime hours, labor amount, floor area, floor volume, etc. It is an index that can be used to normalize effect gas emissions or carbon dioxide equivalent emissions, and the emission coefficient is a coefficient that represents greenhouse gas emissions per unit activity, and the unit calorific value Is the calorific value at the time of combustion per unit amount of the fuel, and the global warming potential is a dimensionless number that represents the ratio of the greenhouse effect of the greenhouse gas as a ratio to the greenhouse effect of carbon dioxide, The method for supporting environmental measures, wherein the error is an absolute error and / or a relative error such as the amount. The step of calculating the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof,
Among the activity amounts used for calculating the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount, one of the largest relative errors may include an error, the activity amount other than the activity amount, and the emission coefficient The unit calorific value and other coefficients are regarded as numbers having no error,
When calculating the error of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions, a number obtained by multiplying the relative error of the number that may contain an error by the product of the number that can contain the error and the number that does not contain the error The numerical value obtained by dividing the numerical value by adding all the products of the number that can include an error and the number that has no error to the numerical value of the greenhouse gas emissions and / or the carbon dioxide equivalent emissions The environmental measure support method according to any one of claims 139 to 142, wherein the environmental measure support method is regarded as a relative error.   The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or their reciprocals and their respective errors, the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof 144. The environmental countermeasure support method according to any one of claims 139 to 143, further comprising the step of simultaneously outputting the error and its error. Inputting a condition such as a threshold value of an error of the greenhouse gas emission amount and / or an error of the carbon dioxide equivalent emission amount;
Determining whether an error in the greenhouse gas emission amount and / or an error in the carbon dioxide equivalent emission amount is the same as or exceeds a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeding, or less than the threshold conditions are generated in the determining step. 139. The environmental countermeasure support method according to any one of claims 133 to 138. Inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Determining whether the greenhouse gas emissions and / or errors thereof and / or the carbon dioxide equivalent emissions and / or errors thereof are equal to or exceeding a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold value have occurred. 139. The environmental countermeasure support method according to any one of claims 133 to 138. The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof Inputting a condition such as an error threshold;
The above-mentioned greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Determining whether the error is equal to or exceeds a condition such as a threshold;
A step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the threshold conditions are generated. 145. The environmental countermeasure support method according to any one of claims 139 to 144, wherein: The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or entering conditions such as their reciprocal and / or their error thresholds;
The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or determining whether the reciprocal thereof and / or the error thereof is the same as or exceeds a condition such as a threshold;
And a step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold value have occurred. 145. The environmental countermeasure support method according to any one of claims 139 to 144, wherein: Inputting a condition such as a threshold value of an error of the greenhouse gas emission amount and / or an error of the carbon dioxide equivalent emission amount;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the greenhouse gas emissions and / or a pseudo error of the carbon dioxide equivalent emissions;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
The error of the greenhouse gas emission and / or the error of the carbon dioxide equivalent emission is within a threshold value or the like, the pseudo error of the activity amount, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the earth Displaying a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient,
153. The environmental countermeasure support method according to any one of claims 133 to 148, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the greenhouse gas emissions and / or a pseudo error of the carbon dioxide equivalent emissions;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
The error of the greenhouse gas emission and / or the error of the carbon dioxide equivalent emission is within a threshold value or the like, the pseudo error of the activity amount, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the earth Displaying a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient,
153. The environmental countermeasure support method according to any one of claims 133 to 148, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Storing at least one of the activity amount, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients;
Storing at least one of an error of the activity amount, an error of the emission coefficient, an error of the unit calorific value, an error of the global warming coefficient, and an error of the other coefficient;
Predicting future greenhouse gas emissions and / or future carbon dioxide equivalent emissions from past activity and other data;
Predicting an error in the future greenhouse gas emissions and / or an error in the future carbon dioxide equivalent emissions;
The environmental measure according to any one of claims 133 to 150, further comprising: outputting an error of the future greenhouse gas emission amount and / or an error of the future carbon dioxide equivalent emission amount. Support method. The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof Inputting a condition such as an error threshold;
Pseudo error of the activity amount, pseudo error of the basic unit of the greenhouse gas emission, pseudo error of the basic unit of the carbon dioxide equivalent emission, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Optionally generating at least one of a pseudo-quantity error, a pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient;
Generating a pseudo error of the greenhouse gas emissions and / or a pseudo error of the carbon dioxide equivalent emissions;
Error in the activity amount, error in the basic unit of the greenhouse gas emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Errors in global warming coefficient, errors in other coefficients, errors in greenhouse gas emissions and / or errors in carbon dioxide equivalent emissions, pseudo errors in activity, and sources of greenhouse gas emissions Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Comparing the pseudo error of the coefficient, the pseudo error of the greenhouse gas emissions and / or the pseudo error of the carbon dioxide equivalent emissions,
Pseudo error in the activity amount that the error in the greenhouse gas emission amount and / or the error in the carbon dioxide conversion emission amount falls within a threshold condition, the pseudo error in the basic unit of the greenhouse gas emission amount, the carbon dioxide conversion Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Steps and
150. The environmental countermeasure support method according to any one of claims 139 to 150, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or entering conditions such as their reciprocal and / or their error thresholds;
Pseudo error of the activity amount, pseudo error of the basic unit of the greenhouse gas emission, pseudo error of the basic unit of the carbon dioxide equivalent emission, pseudo error of the management index, pseudo error of the emission coefficient, the unit heat generation Optionally generating at least one of a pseudo-quantity error, a pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient;
The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the pseudo error of the reciprocal thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the inverse thereof Generating a pseudo error of
Error in the activity amount, error in the basic unit of the greenhouse gas emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Errors in global warming coefficient, errors in other coefficients, errors in greenhouse gas emissions and / or errors in carbon dioxide equivalent emissions, pseudo errors in activity, and sources of greenhouse gas emissions Pseudo error in unit, pseudo error in basic unit of carbon dioxide equivalent emission, pseudo error in management index, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, etc. Comparing the pseudo error of the coefficient, the pseudo error of the greenhouse gas emissions and / or the pseudo error of the carbon dioxide equivalent emissions,
Pseudo error in the activity amount that the error in the greenhouse gas emission amount and / or the error in the carbon dioxide conversion emission amount falls within a threshold condition, the pseudo error in the basic unit of the greenhouse gas emission amount, the carbon dioxide conversion Displays the pseudo unit error of emission, the pseudo error of the management index, the pseudo error of the emission coefficient, the pseudo error of the unit calorific value, the pseudo error of the global warming coefficient, and other pseudo errors of the coefficient Steps and
The environmental countermeasure support method according to any one of claims 139 to 147, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Of the activity amount, the basic unit of the greenhouse gas emission amount, the basic unit of the carbon dioxide equivalent emission amount, the management index, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients Storing at least one;
Error in the activity amount, error in the basic unit of the greenhouse gas emission amount, error in the basic unit of the carbon dioxide equivalent emission amount, error in the management index, error in the emission coefficient, error in the unit calorific value, Storing at least one of an error of the global warming coefficient and other errors of the coefficient;
Based on past activity and other data, future greenhouse gas emissions and / or basic units of greenhouse gas emissions and / or their reciprocals and / or future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions Predicting the basic unit and / or the inverse thereof;
The future greenhouse gas emissions and / or the basic unit of the greenhouse gas emissions and / or the reciprocal thereof, one or more errors and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions Predicting one or more errors of any of the basic unit and / or reciprocal thereof,
The future greenhouse gas emissions and / or the basic unit of the greenhouse gas emissions and / or the reciprocal thereof, one or more errors and / or the future carbon dioxide equivalent emissions and / or carbon dioxide equivalent emissions The method for supporting environmental measures according to any one of claims 139 to 148, further comprising: outputting one or more errors of any one of the basic unit and / or the inverse thereof. Inputting a condition such as a threshold value of an error of the greenhouse gas emission amount and / or an error of the carbon dioxide equivalent emission amount;
Determining whether the error in the future greenhouse gas emissions and / or the error in the future carbon dioxide equivalent emissions is the same as or exceeds a condition such as a threshold;
A step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold value occur. The environmental measure support method according to any one of claims 149 to 154, wherein: Inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Determining whether the future greenhouse gas emissions and / or errors thereof and / or the future carbon dioxide equivalent emissions and / or errors thereof are equal to or exceeding a condition such as a threshold;
A step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold value occur. The environmental measure support method according to any one of claims 149 to 154, wherein: The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof Inputting a condition such as an error threshold;
The future greenhouse gas emissions and / or the error in the basic unit and / or the inverse of the future greenhouse gas emissions and / or the future carbon dioxide equivalent emissions and / or the future carbon dioxide equivalent emissions Determining whether the error in the basic unit and / or the inverse thereof is the same as or exceeds a condition such as a threshold;
A step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold value occur. The environmental measure support method according to any one of claims 149 to 154, wherein: The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal thereof and / or their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or Or entering conditions such as their reciprocal and / or their error thresholds;
Units of future greenhouse gas emissions and / or future greenhouse gas emissions and / or their reciprocals and / or their errors and / or future carbon dioxide equivalent emissions and / or future carbon dioxide Determining whether the basic unit of the converted emission and / or the reciprocal thereof and / or the error thereof is the same as or exceeds a condition such as a threshold;
A step of notifying each of the warnings when it is determined that any one or more of the events that are the same as, exceeded, or less than the conditions such as a threshold value occur. The environmental measure support method according to any one of claims 149 to 154, wherein: Inputting a condition such as a threshold value of an error of the greenhouse gas emission amount and / or an error of the carbon dioxide equivalent emission amount;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the greenhouse gas emissions and / or a pseudo error of the carbon dioxide equivalent emissions;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
159. The environmental countermeasure support method according to any one of claims 133 to 158, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the greenhouse gas emissions and / or a pseudo error of the carbon dioxide equivalent emissions;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
159. The environmental countermeasure support method according to any one of claims 133 to 158, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof Inputting a condition such as an error threshold;
Pseudo error of the activity amount, the basic unit of the greenhouse gas emission amount or the pseudo error of the inverse thereof, the pseudo error of the emission factor, the pseudo error of the unit calorific value, the pseudo error of the global warming factor, etc. Optionally generating at least one of the pseudo errors of the coefficients of
Generating a pseudo error of the greenhouse gas emissions and / or a pseudo error of the carbon dioxide equivalent emissions;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
159. The environmental countermeasure support method according to any one of claims 133 to 158, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting conditions such as threshold values for the greenhouse gas emissions and / or errors thereof and / or the carbon dioxide equivalent emissions and / or errors thereof and / or their basic units and / or their reciprocal errors;
At least one of the pseudo-error of the activity amount, the pseudo-error of the management index, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient Optionally generating
Generating a pseudo error of the greenhouse gas emission and / or the carbon dioxide equivalent emission and / or a basic unit thereof and / or a pseudo error of the inverse thereof;
Error in activity, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or Or the carbon dioxide equivalent emission error and the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the global warming coefficient pseudo error, etc. Comparing the pseudo error of the coefficient, the pseudo error of the greenhouse gas emissions and / or the pseudo error of the carbon dioxide equivalent emissions,
Storing the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or reduction unit data of these basic units and / or the inverse thereof;
Based on the result input in the step of inputting the condition and the reduction measure data stored in the storing step, the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or their basic units and / or Or generating a reciprocal reduction plan, and
Outputting the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step and / or a reduction plan of these basic units and / or the reciprocal thereof, and
159. The environmental countermeasure support method according to any one of claims 133 to 158, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to an error in order to perform a simulation related to the error. Inputting a condition such as a threshold value of an error of the greenhouse gas emission amount and / or an error of the carbon dioxide equivalent emission amount;
Acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the site information and the activity amount acquired and stored in the predetermined storage unit;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
The environmental countermeasure support method according to any one of claims 133 to 162, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Inputting conditions such as the greenhouse gas emission amount and / or its error and / or the carbon dioxide equivalent emission amount and / or its error threshold;
Acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Arbitrarily generating at least one of the pseudo-error of the activity amount, the pseudo-error of the emission coefficient, the pseudo-error of the unit calorific value, the pseudo-error of the global warming coefficient, and other pseudo-errors of the coefficient; ,
Generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the site information and the activity amount acquired and stored in the predetermined storage unit;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
The environmental countermeasure support method according to any one of claims 133 to 162, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or the reciprocal error thereof and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or the reciprocal thereof Inputting a condition such as an error threshold;
Pseudo error of the activity amount, the basic unit of the greenhouse gas emission amount or the pseudo error of the inverse thereof, the pseudo error of the emission factor, the pseudo error of the unit calorific value, the pseudo error of the global warming factor, etc. Optionally generating at least one of the pseudo errors of the coefficients of
Acquiring the site information and the amount of activity acquired and stored in a predetermined storage unit;
Generating a pseudo error of the greenhouse gas emission amount and / or a pseudo error of the carbon dioxide equivalent emission amount from the site information and the activity amount acquired and stored in the predetermined storage unit;
Error in activity, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or carbon dioxide equivalent emission Error in quantity, pseudo error in activity, pseudo error in emission coefficient, pseudo error in unit calorific value, pseudo error in global warming coefficient, pseudo error in other coefficients, greenhouse gas emissions Comparing the pseudo error and / or the pseudo error of the carbon dioxide equivalent emission amount;
Storing reduction measure data for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions;
Generating a reduction plan for the greenhouse gas emission amount and / or the carbon dioxide equivalent emission amount from the result input by the step of inputting the condition and the reduction measure data stored in the storing step;
Outputting a reduction plan for the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step, and
The environmental countermeasure support method according to any one of claims 133 to 162, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error. Inputting conditions such as threshold values for the greenhouse gas emissions and / or errors thereof and / or the carbon dioxide equivalent emissions and / or errors thereof and / or their basic units and / or their reciprocal errors;
Acquiring the site information acquired and stored in a predetermined storage unit, the activity amount, and the management index;
From the site information acquired and stored in the predetermined storage unit and the activity amount, the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo error, the earth Optionally generating at least one of a pseudo-error of a warming coefficient and other pseudo-errors of the coefficient;
Generating a pseudo error of the greenhouse gas emission and / or the carbon dioxide equivalent emission and / or a basic unit thereof and / or a pseudo error of the inverse thereof;
Error in activity, error in management index, error in emission coefficient, error in unit calorific value, error in global warming coefficient, error in other coefficients, error in greenhouse gas emissions and / or Alternatively, the carbon dioxide equivalent emission amount and / or the error of the basic unit and / or the inverse thereof, the activity amount pseudo error, the management index pseudo error, the emission coefficient pseudo error, the unit calorific value pseudo Errors, pseudo-errors of the global warming coefficient, pseudo-errors of the other coefficients, pseudo-errors of the greenhouse gas emissions and / or carbon dioxide equivalent emissions and / or their basic units and / or their reciprocals. Comparing pseudo errors;
Storing the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or reduction unit data of these basic units and / or the inverse thereof;
Based on the result input in the step of inputting the condition and the reduction measure data stored in the storing step, the greenhouse gas emissions and / or the carbon dioxide equivalent emissions and / or their basic units and / or Or generating a reciprocal reduction plan, and
Outputting the greenhouse gas emissions and / or the carbon dioxide equivalent emissions generated by the generating step and / or a reduction plan of these basic units and / or the reciprocal thereof, and
The environmental countermeasure support method according to any one of claims 133 to 162, wherein the pseudo error is a relative value or an absolute value generated in a manner similar to the error in order to perform a simulation related to the error.   The step of acquiring the site information acquired and stored in the predetermined storage unit includes the greenhouse gas emission itself and / or the greenhouse gas emission amount calculated from the carbon dioxide equivalent emission amount and the activity reduction amount and / or The environmental countermeasure support method according to any one of claims 163 to 166, wherein at least one of the errors is acquired. Verification evidence that is the basis for obtaining the amount of activity, verification evidence that is the basis for obtaining the emission coefficient, verification evidence that is the basis for obtaining the unit calorific value, and verification evidence that is the basis for obtaining the global warming coefficient Managing any one or more of the verification evidences that are the basis for obtaining the other coefficients, and linking each of them with the amount of activity, the emission coefficient, the unit calorific value, the global warming coefficient, and the other coefficients. A step to attach,
Storing the result of tying in the tying step;
The environmental countermeasure support method according to any one of claims 133 to 167, further comprising a step of referring to and outputting the stored association result. Storing a report template, such as a greenhouse gas accounting report;
Referring to the linking result;
Referring to the greenhouse gas emissions and their errors and / or the carbon dioxide equivalent emissions and their errors;
Creating an electronic file of a report such as a calculation report of the greenhouse gas from the template, the linking result, the greenhouse gas emission and its error and / or carbon dioxide equivalent emission and the error; 169. The environmental measure support method according to any one of claims 133 to 168, comprising: Storing a report template, such as a greenhouse gas accounting report;
Referring to the linking result;
The greenhouse gas emissions and / or the basic unit of greenhouse gas emissions and / or their reciprocal and their error and / or the carbon dioxide equivalent emissions and / or the basic unit of carbon dioxide equivalent emissions and / or its Referencing the reciprocals and their errors;
Creating an electronic file of a report such as a calculation report of the greenhouse gas from the template, the linking result, the greenhouse gas emission and its error and / or carbon dioxide equivalent emission and the error; 169. The environmental measure support method according to any one of claims 133 to 168, comprising:   The environmental measure support method according to claim 169 or 170, further comprising a step of printing the calculation report of the greenhouse gas.   172. The method according to claim 133, further comprising a step of performing verification / authentication based on the greenhouse gas emission amount and its error and / or carbon dioxide equivalent emission amount and its error. Environmental measures support method.   173. The environmental countermeasure support method according to any one of claims 133 to 172, further comprising a step of performing an emission trading.   174. The environmental countermeasure support method according to any one of claims 133 to 173, wherein the output data is displayed and / or illustrated as a result of the output.   175. The environmental measure support method according to claim 174, wherein when the reduction plan is clicked, information on the reduction plan and / or image information is displayed.   175. The environmental countermeasure support method according to claim 174, wherein when the graph is clicked, information and / or image information relating to the graph is displayed.   90. A program that causes a computer to function as each means according to any one of claims 1 to 88.

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