JP2004292087A - Exhaust material management system and its program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an exhaust material management system for easily seizing the actual conditions of exhaust materials in a feasible manner. <P>SOLUTION: The system comprises a storage means 124 for storing an exhaust material master table T2 storing name data for the plurality of exhaust materials and an exhaust material database DB storing the name data for the exhaust materials selected from a classification box as the aggregation of the exhaust materials capable of being treated and the exhaust material master table and data for their exhaust amount in coordination, and a counting means 210 for counting the exhaust amount of the exhaust materials to be counted in the exhaust material database. The counting means 210 has a settlement/possibility determining means 216 for determining whether the classification box corresponding to the exhaust materials to be counted and the name data for the other exhaust materials are coordinated to each other or not, or whether the exhaust materials to be counted are independently treated or not, and a summing means 218 for summing the exhaust amount corresponding to the classification box as a determined value if the determination of the settlement/possibility determining means 216 is YES and for summing the exhaust amount corresponding to the classification box as a possible value if NO to find the counting of the exhaust amount for every name data for the exhaust materials. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to an emission management system and an emission management program capable of managing emissions and grasping the actual state of emission.
[0002]
[Prior art]
In recent years, the Waste Disposal Law has been revised, and thorough disposal of waste has been attempted. In this way, when entrusting the disposal of industrial waste, the waste disposal company that discharges industrial waste must sign a contract with the contractor on the location and method of final disposal, and a manifest slip ( (Industrial waste management slip) is mandatory.
[0003]
In order to achieve thorough and efficient management using such manifest slips, it has been proposed to provide an information network that manages various information related to logistics and to centrally manage waste logistics information via the information network. (For example, see Patent Document 1). In Patent Literature 1, a waste collection company uses a key to which an unlock code is assigned to enter a collection booth in which a collection bag is stored and take out the collection bag. At this time, the quantity is measured and manifest information is created on the spot.
[0004]
In addition, while waste is flowing to the waste disposal business, transportation business, intermediate treatment business, transportation business and final disposal business, and is being processed, the intermediate manifest received by the intermediate treatment business from the emission business is A waste processing system has been proposed, comprising: a linking engine for linking with an issuance manifest slip issued by an intermediate processing business operator; and a business support processing engine having a document issuing engine for supporting the issuance of the manifest slip. (For example, see Patent Document 2).
[0005]
[Patent Document 1]
JP-A-2002-288315
[Patent Document 2]
JP 2002-297758 A
[0006]
[Problems to be solved by the invention]
It is determined that the manifest slip includes the type and quantity of the industrial waste, and the type of the industrial waste is described in accordance with the law classification. However, in practice, it is often difficult to unambiguously classify the waste entrusted to the transport business or the processing business in accordance with the above-mentioned law classification. For example, in the legal classification, waste plastic and metal waste are different classifications.However, when disposing of non-separable composite products consisting of plastic materials and metal materials, how to classify and create a manifest slip This is done at the discretion of each person in charge of the emission business. Usually, it is assumed that the typical product is classified according to what it is, and if the composite product is mainly made of metal, it is classified as metal scrap, and if the composite product is mainly made of plastic, it is classified as waste plastic. Will. However, in practice, different types of materials are mixed in the emissions, and such classification is indispensable for preparing a manifest slip. It is not appropriate when trying to figure out.
[0007]
If an attempt is made to analyze the emissions based on the data obtained by the classification that determines the classification based on the representative materials as described above, an erroneous analysis that is far from the actual situation may be made.
[0008]
On the other hand, it is not realistic to strictly separate emissions that cannot be avoided by mixing and discarding them in accordance with their legal classifications, even if we try to get a more accurate and understand the actual situation of emissions. The burden is simply increased, not feasible.
[0009]
SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and an object of the present invention is to provide an emission management system and a program therefor which can easily grasp the actual state of the emission as much as possible.
[0010]
[Means for Solving the Problems]
In order to achieve the above object, according to the present invention, in an emission management system using a computer,
An emission master table in which multiple emission name data are stored, and emission name data selected from the emission master table in each classification box when a set of emissions that can be collectively processed is set as a classification box Storage means for storing an emission database in which the emission amount data and the emission amount data are stored in association with each other;
Counting means for counting the amount of emissions to be counted in the emission database, the counting means comprising:
Determines whether the other emission name data is associated with the classification box corresponding to the emission name data to be aggregated, or whether the emission to be aggregated has been individually processed for emission If the determination by the determination / possibility determination means and the determination by the determination / possibility determination means are YES, the emission amount corresponding to the classification box is accumulated as a determination value, and if NO, the emission amount corresponding to the classification box is determined as a possible value. And an accumulator for calculating the total amount of emissions for each emission name data.
[0011]
Further, the emission management program of the present invention, when an emission master table in which a plurality of emission name data are stored, and a set of emissions that can be collectively processed as a classification box, discharges the data into each classification box. Using a storage means for storing the emission name data selected from the object master table and the emission database storing the emission amount data in association with each other,
And functioning as a counting means for counting the amount of emissions to be counted in the emission database.
Determines whether the other emission name data is associated with the classification box corresponding to the emission name data to be aggregated, or whether the emission to be aggregated has been individually processed for emission If the determination by the determination / possibility determination means and the determination by the determination / possibility determination means are YES, the emission amount corresponding to the classification box is accumulated as a determination value, and if NO, the emission amount corresponding to the classification box is determined as a possible value. And functions as an accumulation means for calculating the total amount of emissions for each item of emission name data.
[0012]
In the present invention, a specific general name can be used as the emission name data in order to calculate the total for each emission using the emission name data stored in the emission master table. For this reason, even if the discharge is a composite product consisting of a plastic material and a metal material, the general name of the composite product can be used as the discharge name data to determine what kind of discharge is being discharged. Can be accurately grasped.
[0013]
Then, in the present invention, in the emission database, a classification box, which is a set of emissions that can be collectively discharged, is associated with the emission selected from the emission master table. Here, the classification box, which is a set of emissions that can be collectively processed, can correspond to an actual trash can. Therefore, the data to be input to the waste database conforms to the actual situation of a trash can in which a plurality of types of waste can be put into one trash can. Thus, the emission amount data associated with the classification box in the emission database is the actual emission amount of the trash box and can be easily obtained. Based on the emission database in which the data is stored in accordance with the actual situation in this way, the counting means counts the emission amount for each emission to be counted. At the time of aggregation, the determination / possibility determination means determines whether or not other emission name data is associated with the classification box corresponding to the emission to be aggregated, or the emission to be aggregated alone It is determined whether or not processing has been performed. This means, in other words, whether the waste is sorted into a garbage bin and thrown alone and processed, or whether it is mixed with another type of waste and thrown in and processed. become. In the case where the discharge box is independently input and processed, the discharge amount corresponding to the classification box is a fixed value because 100% is the discharge amount of the discharge. On the other hand, in the case of mixed input, 100% of the emissions corresponding to the classification box cannot be said to be the emissions, but 100% or less is the emissions of the emissions. Value. In this way, by accumulating the determined value and the possible value, respectively, the total of the discharge amount of the discharge is obtained. The emission amount thus aggregated includes an ambiguous value called a possible value. However, by performing a tallying process by distinguishing between a definite confirmed value and an ambiguous possible value, the emission amount becomes vague. Is the result of the aggregation.
[0014]
Here, suppose that in the case of data accumulation in the emission database, it is supposed that the classification box is uniquely associated with the emission in the same way as the type of industrial waste is uniquely determined in the manifest slip according to the law classification. Although it is possible to calculate the total amount of emissions for each emission, this results in a situation that is not actual. In order to clarify the difference between the present invention and a method for uniquely associating a classification box with an emission, the following example will be described.
[0015]
For example, it is assumed that the wastes a, b, and c that have been put into the trash can A are changed from a certain month so that the wastes a and c and the waste b are put into the trash can B from a certain month. In the method of uniquely associating the classification box with the emission, before the change, the classification box A corresponds to the representative emission a, and after the change, the classification box A corresponds to the representative emission a. B corresponds to the representative discharge b. When statistical analysis is performed by performing the aggregation process, the emission amount of the discharge b that did not exist before the change newly appears after the change, and the discharge b is discharged for the first time. Clearly, however, this analysis does not reflect the reality. Before the change, the trash can A is associated with the representative waste b, after the change, the classification box A is associated with the representative waste a, and the same applies when the classification box B is associated with the representative waste b. Although the discharge a was not discharged at all before the change, the discharge a is discharged for the first time after the change, which is different from the actual situation.
[0016]
On the other hand, in the present invention, the classification boxes A correspond to the discharges a, b, and c, but the classification boxes A correspond to the discharges a and c, and the classification box B corresponds to the discharge b from a certain month. In addition, the data is accumulated in the emission database, and is counted for each emission. Before the change, the emission amount of the emission b was counted as a possible value, but after the change, it is counted as a confirmed value. However, consistent statistical processing is possible before and after the change. No contradiction.
[0017]
As another example, suppose that a certain business establishment A inputs wastes a and b to a trash can A, and another business establishment B inputs wastes a and b to a trash can B. In the method of uniquely associating the classification box with the waste, the business place A associates the trash can A with the representative waste a, and the business place B associates the waste bin B with the representative waste b. When the tabulation processing is performed over the places, the discharge of the discharge b from the workplace A is not considered at all, and the discharge of the discharge a from the workplace B is not considered at all. However, this is also different from the actual situation. .
[0018]
On the other hand, in the present invention, the emissions a and b are associated with the classification box A and the emissions a and b are associated with the classification box B, and the total is calculated for each emission. Although possible, each emission is given and is more accurate.
[0019]
Further, as another example, at a certain business establishment A, waste a is input to a trash can A, and at another business establishment B, the waste a is input to a trash can B. It is assumed that the business establishment A associates the discharge box a1 with the classification box A, and the business establishment B associates the discharge box a2 with the classification box A. When the tabulation process is performed, the discharge a1 and the discharge a2 are treated as separate items and are totaled, though the discharges a are originally the same, which is different from the actual situation.
[0020]
On the other hand, in the present invention, by using the emission name data selected from the emission master table, since the emission name data is unified with the same a, such data input variation is prevented. Is done.
[0021]
On the other hand, when accumulating data in the emissions database, the contents of each trash can are all classified by type of emissions, the amount of emissions for each emission is strictly calculated, and data is input. It is accurate to ask for the total of emissions. However, for example, when the discharges a, b, and c are put into the trash can A, it is very difficult to obtain the discharge amount of each discharge, which is not realistic.
[0022]
On the other hand, in the present invention, if the emission amount for each trash can is known, the data of the emission database can be input, and the total of the emission amount for each emission can be obtained. Can be grasped as easily as possible.
[0023]
The classification box may be a set of emissions that can be collectively processed by one emission processing company. As a result, when outsourcing to a waste disposal contractor, the amount of emissions is naturally clarified, so that the emissions data can be used as data in the emissions database, and the data stored in the emissions database can be stored. There is no need to measure the trash output just for the sake of. If the emissions are industrial wastes that require the creation of a manifest slip, the quantity data of the emissions to be described in the manifest slip can be used.
[0024]
The emission database may store, in association with each classification box, a unit of emission amount and a conversion rate for converting the unit into a basic unit. Depending on the trash box corresponding to the classification box, the unit of the discharge amount may vary depending on the actual situation of the processing. In order to make it easier to collect data in the emission database, a flexible unit system can be adopted according to the actual situation when processing trash cans. For example, it can be matched with the actual situation of the measurement performed in the case of a transaction with an emission processing company.
[0025]
In addition, the quantity data managed in the emission database can include not only the emission data but also the recycling data (recycling and thermal recycling). Then, the accumulating means accumulates the recycle amount corresponding to the classification box as a confirmed value when the determination by the confirmation / possibility determination means is YES, and accumulates the recycle amount corresponding to the classification box as a possible value when NO. Then, it is preferable to calculate the total amount of recycling for each emission name data. This makes it possible to analyze the actual state of recycling and its future direction based on the result of totalizing the emission amount and the recycling amount while distinguishing between the determined value and the possible value. In addition, the quantity data managed in the emission database may be, in addition to the above, monetary data such as cost and profit, and the accumulating means corresponds to the classification box when the determination by the determination / possibility determining means is YES. It is preferable to accumulate the amount of money as a fixed value, and in the case of no, accumulate the amount of money corresponding to the classification box as a possible value, and obtain the sum of the amount of money for each emission name data. As a result, it is possible to analyze the actual state of the cost or profit and its future direction based on the results of totaling the amounts by distinguishing between the fixed value and the possible value.
[0026]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to the drawings. Note that the present invention is not limited to the embodiments described in the specification, and various modifications can be made within the scope of the claims.
[0027]
FIG. 1 is an explanatory diagram showing an example of the configuration of the entire organization for grasping the actual state of the waste using the waste management system of the present invention. In this example, the entire organization includes a head office, a factory, a research institute, a business office, and the like. The emission management system comprehensively manages data on the emissions emitted from each head office, factory, research institute, business establishment, etc. (hereinafter, these are referred to as business establishments). For this purpose, each terminal 10 in the business establishment is connected to the server 12 via a network, and the server 12 implements the emission management system 20 of the present invention.
[0028]
The server 12 has an input / output control circuit 120 for controlling input / output of data, and a control circuit for transferring, calculating, temporarily storing data, and storing a main program, including a CPU, a ROM, and a RAM. And a storage device 124 for storing data.
[0029]
The storage device 124 of the server 12 operates as a storage unit of the emission management system 20. However, the storage means of the emission management system 20 may not be a storage device physically integrated with the server 12, but may be a storage device provided in a device accessible from a control circuit of the server 12. It may be a device.
[0030]
The storage device 124 is provided with various master tables and databases, and includes a business site master table T1, an emission master table T2, a classification master table T3, a division master table T4, a unit master table T5, a person in charge master table, and an emission database. DB and the like are stored.
[0031]
The business establishment master table T1 stores business establishment codes, business establishment names, and the like. As shown in FIG. 3, the discharge master table T2 stores discharge codes, discharge names, classification codes, classification names, division codes, and division names. The emission name is a specific name of the emission actually put into an actual trash box corresponding to a classification box described later. The classification code and the classification name are the legal classifications corresponding to the emission. In the law classification, a classification code and a classification name are associated with each other by a classification master table T3 as shown in FIG. When the discharge is a composite product composed of a plurality of materials, representative materials are associated as classifications. The classification distinguishes general waste, industrial waste or special industrial waste, and the classification code and the classification name (general, industrial waste, special pipe) are associated with each other by the classification master table T4 shown in FIG. ing.
[0032]
As shown in FIG. 6, the emission database DB includes a classification box, an emission name, a classification name, a division name, a manifest issuing flag, an emission amount, a unit, a unit equivalent weight, an emission amount (reference unit), and recycling. Items such as rate, recycling amount, thermal recycling rate, thermal recycling amount, transportation cost, processing cost, sales amount, valuable / unvalued flag, valuable weight value, transportation company name, primary treatment company name, etc. are provided. .
[0033]
Various programs are stored in the storage device 124 of the server 12, and the management processing according to the present invention is executed based on the emission management program therein, thereby realizing an emission management system. The emission management program that executes this processing causes the computer, which is the server 12, to function roughly as a data registration unit 200 and a tallying unit 210.
[0034]
The data registering means 200 periodically receives data related to the emission from each terminal 10 and registers the data in the emission database DB.
[0035]
The tallying unit 210 includes a tallying condition receiving unit 212 that receives a tallying condition, a tallying target extraction unit 214 that extracts a tallying target in the emission database DB based on the condition set by the tallying condition receiving unit 212, The determination / possibility determination means 216 for determining whether or not is processed independently, and the accumulation means 218 for performing the accumulation based on the determination / possibility determination means 216 to obtain the final value and the possible value.
[0036]
The terminal 10 can be configured by a general-purpose computer, and has an input / output control circuit for controlling input / output of data, a CPU, a ROM, a RAM, and the like. , A control circuit for storing a main program, a storage device for storing data, data input means such as a keyboard, a mouse, and a numeric keypad, and a display device such as an LCD and a CRT.
[0037]
Hereinafter, the processing of the emission management system 20 will be described.
[0038]
1. Registration of emissions
At each business establishment, the person in charge uses the terminal 10 to periodically (eg, monthly) register data on the emissions discharged at the business establishment.
[0039]
First, the terminal 10 accesses the server 12 via the network to authenticate a person in charge of operating the terminal 10, and then, corresponding to the person in charge, displays on the display device of the terminal 10 as shown in FIG. The previously selected establishment is displayed with a menu. If the business person to be input by the person in charge is different, an appropriate business place is selected in a drop-down format.
[0040]
Next, when the data input menu is selected, the input screen example shown in FIG. 8 is displayed on the display device of the terminal 10. Here, registration is performed for each classification box. The “classification box” corresponds to a trash can at the business site, and an appropriate name is assigned to the trash can. Usually, trash cans are provided in units that can be collectively processed by a waste disposal company. The waste disposal company is a carrier or a primary (or final) disposal company, and corresponds to a trash can provided to the extent that the waste disposal company can collectively collect, that is, collectively collect the waste in a mixed state. Is registered. Some trash cans receive only a single waste, while others receive multiple wastes. When a plurality of emissions are input, a plurality of records having different "emission names" are created corresponding to the same "classification box". In this case, records having the same “classification box” have the same data for items other than the “discharge name” and “classification”.
[0041]
“Effluent name” is configured to display a list of exhaust names registered in the emission master table T2 in a drop-down format, and is selected from the list. In this way, the “emissions name” is limited to those previously registered in the emission master table T2, and the degree of freedom of registration is limited. As a result, variation in input for each business site is prevented. Here, the emission name is a specific name of the emission that is actually put into the trash can, and it is important that the emission name be given in accordance with the actual situation. New emission names that are not in the emission master table T2 are registered in the emission master table T2. When an emission name is input, a classification name and a division name associated with the emission name are automatically input to the emission database DB by the emission master table T2.
[0042]
The “manifest issuance flag” is checked by checking a check box when a manifest slip is issued, and discrimination is made that no issuance is made without check.
[0043]
"Emissions" means that when a carrier collects waste from each trash bin, the emissions from that trash bin must always be measured, either to create a manifest slip or to close the transaction. Yes, and therefore, in many cases, it is considered that the information on the emission amount is established, and the value is input. However, the unit of measurement may vary depending on the discharge. “Unit” is a unit registered in the unit master table T5, for example, kg, ton, m ³ , L, individual, book, bag, car, etc. can be input in a drop-down format. In order to perform unified processing, a reference unit is required. When a certain unit (eg, kg) is used as a reference unit, for a unit other than the reference unit, the unit equivalent weight (conversion rate) is input. , Converted to the standard unit. That is, the calculation of unit weight × discharge amount = discharge amount (reference unit) is automatically performed by the data registration unit 200. In FIG. 8, the discharge amount (reference unit) is referred to as “weight value”.
[0044]
Other items, a recycling rate, a thermal recycling rate, a transportation cost, a processing cost, a valuable / unvalued flag, a valuable weight value, a transportation company name, and a primary processing company name are input.
[0045]
When the emission is registered and the “Save and Exit” button in FIG. 8 is selected, the data is registered in the emission database DB of the storage device of the center server 12 by the data registration unit 200.
[0046]
Note that the classification boxes corresponding to the trash cans installed at the above-mentioned business establishments do not vary greatly each time an entry is made. It is preferable that the previously input data is called out for the discharge corresponding thereto.
[0047]
2. Aggregation processing
The data registered in the emission database DB is subjected to tabulation processing, and is used for grasping and managing the emission.
[0048]
FIG. 9 is a tallying condition selection screen when tallying data creation is selected in the management menu. An aggregation unit can be selected. As the aggregation condition selection, an aggregation unit, an organization, a period, and a display item can be selected. As the counting unit, counting can be performed for each emission and each classification, and further, a fixed value, a fixed value, and a possible value can be designated. As described above, the determined value is a certain number as the quantity of the emission, and the possible value is a number that is possible as the quantity of the emission.
[0049]
When a desired tally condition is selected and a “tally” button is selected, the tally unit 210 is activated to perform tally processing. With reference to the flowchart shown in FIG. 10, a description will be given of a process in a case where each emission is specified as a total unit.
[0050]
First, the tallying condition accepting unit 212 fetches the input tallying condition (step S02), and then the tallying target extracting unit 214 sequentially reads the records Rj (j = 1,... M) of the emission database DB (step S02). S04), it is determined whether or not the read record Rj is to be counted. The determination as to whether or not the data is to be aggregated is made by determining whether the organization corresponds to the organization selected in the aggregation condition, the period specified in the period, or whether the period falls under the aggregation period (step S06). It is determined whether or not the discharge corresponds to the discharge i (i = 1,..., N) selected in the tabulation unit of the condition selection (step S08).
[0051]
If the record is to be counted, the determination / possibility determination unit 216 further determines whether or not the classification box of the record also exists in another record (step S10). This determination means that it is determined whether the emission i of interest at present is sorted by itself or discarded in the same trash box together with other emission. The determination as to whether or not the emission i of interest is separated by itself is provided by separately providing a code for identifying the presence or absence of separation, and by the value of this code, the determination / possibility determination means 216 makes a determination. Is also good. The input of the code may be performed by the person in charge, or may be automatically determined and calculated by the data registration unit 200.
[0052]
If the determination by the determination / possibility determination unit 216 is yes, the emission amount corresponding to the classification box of the record Rj is Aj, the emission value of the emission i is Di, the determined value and the possible value are Pi, and the cumulative value is Pi. Means 218 is
[0053]
(Equation 1)
Confirmed value Di = Di + Aj
Confirmed value and possible value Pi = Pi + Aj
(Step S12). Note that the initial values of Di and Pi are 0.
[0054]
On the other hand, if the determination by the determination / possibility determination means 216 is no, the emission is discarded together with the other emission, and the emission amount Aj of the record Rj is the emission amount of the emission i of interest. Is uncertain and it is possible. In that case, the accumulation means 218
[0055]
(Equation 2)
Confirmed value Di = Di
Confirmed value and possible value Pi = Pi + Aj
Is performed, and only the determined value and the possible value are added (step S14).
[0056]
The above procedure is repeated for the selected discharge i (i = 1,... N) (steps S16, S17), and further for all records Rj (j = 1,... M) (step S18, 19) The finalized value Di, the finalized value, and the possible value Pi, which are the obtained total results, are output.
[0057]
When the category is specified as the totaling unit, the process is the same as the process in the flowchart of FIG. 10. The determination / possibility determining unit 216 determines whether the classification box of the record also exists in another record. In the case of tallying for each classification, it is also possible to obtain a subtotal for different classifications in the same classification.
[0058]
In addition, in a case where the unit other than the emission or the classification is used as the aggregation unit, after determining whether each record of the emission database DB corresponds to the organization of the aggregation condition selection, the target organization selected in the period, and the target period. Calculate the emissions in the specified counting unit. If items such as recycling amount (recycling amount, thermal recycling amount), transportation cost, processing cost, and sale amount other than the emission amount are selected as display items, these items are similarly determined. Aggregate values and possible values.
[0059]
FIGS. 11 and 12 show a specific example of the above aggregation process. FIG. 11 shows an example of input data of a certain business place in a certain year and month. As shown in FIG. 11, in the classification box “Industrial waste acid / alkali”, “waste acid (industrial waste)” and “waste alkali in general (industrial waste)” are associated as emissions, and these emissions are Collectively, the processing is requested to the trader A, and “Waste acid in general (special pipe)” is associated with the classification box “special acid” as a discharge. I have. In this example, special industrial waste and non-special industrial waste, even if they belong to the same waste acid classification, are not treated by the same contractor but by different contractors. The waste acid corresponding to special industrial waste is separated separately and requested to the supplier B, and the waste acid and waste alkali corresponding to industrial waste are neutralized as much as possible. It is assumed that both are mixed and requested by the trader A. These circumstances usually depend on arrangements with the vendor.
[0060]
In the example of FIG. 11, assuming that there is no “waste acid (general waste)” and “waste alkali (general waste)” in records other than those shown in the figures, when the tabulation process is performed, the total for each discharge is calculated. 12 (a) is obtained. In the table of FIG. 12A, the upper row of each emission unit indicates a fixed value, and the lower row indicates a fixed value and a possible value.
[0061]
Since waste acid corresponding to special industrial waste is separated separately, a final value of 0.500 kg is obtained, whereas waste acid corresponding to industrial waste is not separated separately. It can be seen that the final value is 0 kg and the final value and the possible value are 8.625 kg. Similarly, since the waste alkali corresponding to the industrial waste is not separately classified, the final value is 0 kg, and the final value and the possible value are 8.625 kg.
[0062]
Further, an output result shown in FIG. 12B is obtained as a total for each classification. In the table of FIG. 12B, the upper part of each classification unit represents a definite value, and the lower part represents a definite value and a possible value. The waste acid corresponding to the industrial waste and the waste acid corresponding to the special industrial waste are subtotaled, and the final value is 0.500 kg, and the final value and the possible value are 9.125 kg.
[0063]
In the tabulation results according to this embodiment, since the results are obtained in the form of the determined value and the possible value, respectively, it can be seen that the result of the total emission amount represented by the confirmed value and the possible value includes ambiguity. However, it is definitively derived that the emission of a certain emission is equal to or less than the total of the determined value and the possible value.
[0064]
For example, when the fixed value: the fixed value and the possible value = 9: 1, it indicates that 90% of the emissions are separately sorted and processed, and 10% are mixed and processed. I have. In this case, it can be predicted that even if the emission amount is only the determined value, it has considerable accuracy. In addition, it is derived that, for such a classification that has been advanced, the remaining 10% should be separately classified as in the other classification boxes.
[0065]
As described above, the progress of the classification process can be grasped from the ratio of the fixed value: the fixed value and the possible value, and the directionality can be derived. In addition, the actual state of recycling and a recycling plan can be made from the determined and possible values of the amount of recycling such as the amount of recycling and the amount of thermal recycling. Further, it becomes possible to derive a direction such as which cost should be reduced or how profit should be increased from the fixed value and the possible value of the amount such as cost and profit.
[0066]
Since the corresponding processing company differs in each business site, the method of inputting the classification box is various. Therefore, counting by the classification box is difficult and often does not make sense. However, in this embodiment, since the emission name data is selected from the emission master, even if there are various ways of inputting into the classification box, the aggregation for each emission name data is performed by a plurality of items. The data can be uniformly treated as statistical data across business sites.
[0067]
Further, at a certain business establishment, a certain waste was put into a classification box A together with another discharge until a certain month, but from the next month, only the discharge is put into another classification box B. When the classification box A is inserted, the time aggregation of the classification box A does not make sense, but the aggregation for each emission name data can be unified as statistical data before and after the change of the classification box.
[0068]
【The invention's effect】
As described above, according to the emission management system or the emission management program according to the present invention, the actual state of the emission can be easily grasped as much as possible.
[Brief description of the drawings]
FIG. 1 is an explanatory diagram showing a configuration of an aggregate that intends to grasp the actual state of an emission using the emission management system of the present invention.
FIG. 2 is a block diagram of a server on which the emission management system is realized.
FIG. 3 is a configuration example of a discharge master table.
FIG. 4 is a configuration example of a classification master table.
FIG. 5 is a configuration example of a section master table.
FIG. 6 is a configuration example of an emission database.
FIG. 7 is an example of a discharge registration menu screen.
FIG. 8 is an example of an emission data input screen.
FIG. 9 is an example of an aggregation condition selection screen.
FIG. 10 is a flowchart of an aggregation process for each emission.
FIG. 11 is an example of input data representing an example of a tallying process.
12A is a tabulated result for each emission, and FIG. 12B is a tabulated result for each classification based on the input data example of FIG.
[Explanation of symbols]
12 server (computer)
124 storage
20 Emission management system
210 Aggregation means
216 Confirmation / possibility determination means
218 Cumulative means

Claims (10)

In the emission management system using a computer,
An emission master table in which multiple emission name data are stored, and emission name data selected from the emission master table in each classification box when a set of emissions that can be collectively processed is set as a classification box Storage means for storing an emission database in which emission data is stored in association with the emission data;
Counting means for counting the amount of emissions to be counted in the emission database, the counting means comprising:
Determines whether the other emission name data is associated with the classification box corresponding to the emission name data to be aggregated, or whether the emission to be aggregated has been individually processed for emission If the determination by the determination / possibility determination means and the determination by the determination / possibility determination means are YES, the emission amount corresponding to the classification box is accumulated as a determination value, and if NO, the emission amount corresponding to the classification box is determined as a possible value. An emission management system, comprising: an accumulation means for accumulating the total amount of emissions and calculating the total amount of emissions for each emission name data. The emission management system according to claim 1, wherein the classification box is a set of emissions that can be collectively processed by one emission processing company. 3. The emission database according to claim 1, wherein a unit of the emission amount and a conversion rate for converting the unit into a basic unit are stored in association with each classification box. Emission management system. In the emission database, recycling amount data is stored in association with each classification box, and the accumulating means calculates the recycling amount corresponding to the classification box when the determination by the determination / possibility determination means is YES. 4. The method according to claim 1, wherein the total is calculated as a fixed value, and in the case of no, the recycling amount corresponding to the classification box is totaled as a possible value, and a total of the recycling amount for each emission name data is obtained. 2. The emission management system according to claim 1. In the emission database, amount data is stored in association with each classification box, and the accumulating means determines the amount corresponding to the classification box when the determination by the determination / possibility determination means is YES, as a fixed value. 5. The method according to any one of claims 1 to 4, wherein if no, the amount corresponding to the classification box is accumulated as a possible value, and the total amount for each emission name data is calculated. Emission management system as described. An emission master table in which multiple emission name data are stored, and emission name data selected from the emission master table in each classification box when a set of emissions that can be collectively processed is set as a classification box And a discharge database to which the discharge amount data is associated, using a storage means for storing,
And functioning as a counting means for counting the amount of emissions to be counted in the emission database.
It is determined whether or not other emission name data is associated with the classification box corresponding to the emission name data to be aggregated, or whether the emission to be aggregated is processed alone. If the determination by the determinable / possible determination means and the determination by the determinable / possible determination means are YES, the emission amount corresponding to the classification box is accumulated as a determined value, and if NO, the emission amount corresponding to the classification box is determined as a possible value. An emission management program, which functions as an accumulation means for accumulating and calculating the total amount of emissions for each emission name data. The emission management program according to claim 6, wherein the classification box is a set of emissions that can be collectively processed by one emission processing company. 8. The emission database according to claim 6, wherein a unit of the emission amount and a conversion rate for converting the unit into a basic unit are stored in association with each classification box. Emission management program. In the emission database, recycling amount data is stored in association with each classification box, and the accumulating means calculates the recycling amount corresponding to the classification box when the determination by the determination / possibility determination means is YES. 9. The method according to claim 6, further comprising: accumulating a total as a fixed value, and in the case of no, accumulating a recycle amount corresponding to the classification box as a possible value to calculate a total of the recycle amount for each emission name data. 2. The emission management program according to claim 1. In the emission database, amount data is stored in association with each classification box, and the accumulating means determines the amount corresponding to the classification box when the determination by the determination / possibility determination means is YES, as a fixed value. 10. In the case of no, the amount corresponding to the classification box is accumulated as a possible value, and the sum of the amount for each emission name data is obtained. Emission management program as described.

Images