JP2002251453A - Environmental security system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To realize an environmental security system not only to simply measure various environmental data but also to rapidly cope with outbreak of an abnormality. SOLUTION: Various data of a customer site 17 are consolidated in an integrated forms and diagnosed in comparison with reference values. When the data reach to an abnormality level and a corrective action is required, candidate vendors for taking corrective measure are selected among a plurality of corrective measure-executing vendors 53 to 55 who are registered beforehand in the database by feasible correction contents, costs and delivery dates and request for proposal information is sent to them and estimate answer information is returned. Then, the corrective measure-executing vendor is selected based on the distance to the customer site 19, cost or delivery date depending on the state of the abnormality.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to air, water, soil,
The present invention relates to an environmental security system for monitoring environmental information such as waste and realizing security in the event of an abnormality, accident, disaster, or the like regarding these environmental items.

[0002]

2. Description of the Related Art Conventionally, to monitor environmental information such as air, water quality, soil, and waste, an on-line measuring instrument for pollutants is conventionally provided for air and water quality, and the measured data is constantly monitored on site. For soil and waste, it is common to collect a sample of the target on-site, analyze it under an analysis company, and notify the measurement results in a document at a later date. is there.

[0003]

However, the above-mentioned prior art has the following problems.

[0004] First, as for monitoring, for example, online data monitoring of air and water quality can monitor measured data, but cannot prevent or cope with a situation where an abnormal situation or an accident occurs. The same applies to soil contamination.For example, when small amounts of stored toxic substances such as organic solvents leak into the soil on the premises over a long period of time, the contamination is not known, and it is discovered during resale. Or the asset value is reduced. The same is true for waste, and problems are often discovered over a long period of time after landfill.
As described above, in the conventional technology, it is only necessary to individually monitor individual items, and it is difficult to comprehensively grasp what kind of risks are present in the entire environment and to secure safety.

[0005] In addition, in the case of environmental security, objects are various such as air, water, soil, waste, and the like, and abnormal events cover a wide variety of fields according to these objects, so that it is difficult to foresee them. There is a characteristic that the countermeasure technology at the time of occurrence also covers various technical fields and methods. As described above, since there is no systematic maintenance technology for environmental safety, it is not possible to uniquely determine where an abnormal event should occur and what kind of business should be requested for countermeasures. It is difficult. For example, measures to be taken differ depending on abnormalities in the monitoring status of the atmosphere, abnormalities in the soil, abnormalities in the waste, abnormalities in the water quality, and it is also difficult to predict what abnormal events will occur.

Therefore, in order to ensure environmental safety by the conventional technology, after an event such as an individual pollution accident occurs, a countermeasure against the pollution is requested for each individual event. It is difficult to foresee the target. As a result, when various abnormal events whose cause cannot be easily identified occur, it is difficult to quickly determine the type of business that should be requested for the countermeasures, and it is difficult to respond quickly, and the response is delayed. Great potential. Conversely, even if there is a company that can take measures against a certain abnormal event, if it can not be notified at the appropriate time, the situation will expand, and the measures of the company will not be able to respond There is a possibility that this has effectively lost the opportunity for action.

SUMMARY OF THE INVENTION It is an object of the present invention to realize an environmental security system which can not only measure various kinds of environmental data but also quickly take appropriate countermeasures when an abnormal situation occurs.

[0008]

In order to solve the above-mentioned problems, an environmental security system according to the present invention adversely affects the environment with respect to air, water quality, soil, waste, and the like at at least one or more customer sites. Measuring means for measuring the content or concentration of a substance that may be on-line or off-line, and a server for receiving the measurement value measured by the measuring means via the Internet, wherein the server is a When there is a request for diagnosis of the environmental condition of the customer site via the Internet, the received measurement value is compared with a preset reference value and presented on the website to the customer site.

According to the above configuration, the customer is conventionally measured separately, for example, the online measurement value of the atmosphere and the offline analysis value of the soil, and the former is a dedicated online line, and the latter is a mail that is mailed at a later date. It is possible to constantly and unifiedly grasp the data that were obtained and managed separately by using the online or offline method, or without distinguishing between measurement companies. That is, the customer simply connects to the server, for example, connects to a website that discloses measurement data on the server and information on its diagnostic results for each customer, and uses the measured values of various environmental data of his own site as a reference. It is possible to constantly grasp the value by comparing it with the value, and it is possible to always comprehensively monitor and grasp the environmental risk. In addition, the effort of the customer does not increase to grasp the environmental risk, but rather the unification of the information and the addition of the diagnostic information as described above allow the customer to monitor and grasp the environmental risk. Labor is rather reduced. In addition, information on environmental conditions that previously tended to overlook signs of abnormalities because they received information separately,
Since the measurement information can be monitored centrally, it is possible to efficiently watch.

[0010] Further, the environmental security system having the above-described configuration can provide a variety of on-line and off-line of a plurality of various customer sites to a business operator (monitoring and diagnosis business) that provides environmental monitoring / diagnosis services to customers. There is a merit that the data measured by various measuring companies and measuring devices for the environmental measurement items can be efficiently unitarily managed and comprehensively presented for each customer.

[0011] In configuring the above environmental security system, the following elements can be added. (1) The server classifies and diagnoses the environmental condition of the customer site in a stepwise manner according to the ratio between the measured value and the reference value, and presents the diagnosis result. (2) The server sets a warning level according to a ratio between the measurement value and the reference value, and when the warning level exceeds a predetermined level, a terminal provided to the customer site is To report that the environmental condition has exceeded a predetermined level. In addition, the terminal provided at the customer site is notified by e-mail. (3) An identification number is registered in advance for each customer site or each customer, and the server identifies which customer site has made the diagnosis request based on the identification number input from the customer site or the customer.

Further, the environmental security system of the present invention comprises:
At least one or more customer sites have air, water, soil,
A server that receives via the Internet information such as measured values of the content and concentration of substances that may adversely affect the environment for waste, monitoring video data at customer sites, and information on the occurrence of abnormalities at customer sites. And one or more correction execution companies that are connected to the Internet and execute the maintenance and correction of the environmental condition of the customer site, wherein the server has a database in which the correction execution companies are registered. The received measurement value exceeds a preset reference value, or when an abnormal situation is detected at the customer site by observing an abnormality in the monitoring video data, or the abnormal situation occurrence information is Upon receipt, the database is searched according to an abnormal situation at the customer site, and an executable corrective execution company is extracted. That.

According to the above configuration, not only monitoring of environmental data but also comprehensive environmental crisis management and security including measures such as maintenance and correction in the event of an abnormality can be realized. Furthermore, if the correction content and the delivery date, cost, and location information that can be handled by the correction execution company are stored in the database, the database can be searched according to the corrective action that is required according to the abnormal situation that has occurred. Thus, the customer can know a corrective execution company that can quickly and accurately respond to an abnormal situation that occurs.

In configuring the above environmental security system, the following elements can be added. (1) The server sets a warning level according to a ratio between the measured value and the reference value, and when the warning level exceeds a predetermined level, a terminal provided in the correction execution company. Is notified that the environmental status of the customer site has exceeded a predetermined level. In addition, a notification will be sent by e-mail to the terminal provided in the correction execution business operator. (2) At the same time as the report, the server requests an estimate of a method, cost, delivery date, and the like for correcting the environmental condition of the customer site. In this case, a request is made by e-mail to a terminal provided at the correction execution company.

Further, the website of the present invention measures the content, concentration, etc. of substances that may have an adverse effect on the environment, such as air, water, soil, and waste at at least one or more customer sites. Measures online or offline, the server receives the measurement result at that time via the Internet, and when a diagnosis request is made from the customer site via the Internet, the measured value at the customer site is compared with a preset reference value. And present it to the customer site.

Further, the website of the present invention provides a measured value of the content or concentration of a substance which may have an adverse effect on the environment with respect to air, water quality, soil, waste, and the like of at least one or more customer sites, and The server receives monitoring video data of the customer site via the Internet, and the received measurement value exceeds a preset reference value, or an abnormality is observed in the monitoring video data, and the monitoring video data is observed at the customer site. When the occurrence of an abnormal situation is detected or when information on the occurrence of an abnormal situation is received from the customer site, the corrective execution company that carries out the maintenance and correction of the environmental status of the customer site is set according to the abnormal situation at the customer site. Extracted and presented on the customer site.

In configuring the above website, the following elements can be added. (1) A request for estimating the occurrence of an abnormal situation at the customer site and a method, cost, delivery date, etc. for correcting the environmental status of the customer site is presented to a terminal provided at the correction execution company. . (2) Receiving the response information to the quote request from the correction execution company, and determining the correction execution company by adding the received response information to the distance between the customer site and the correction execution company. Present.

Further, the present invention is a terminal of a customer site, a terminal of a correction execution company, and a server which display the website having the above-mentioned configuration.

[0019]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 shows the overall configuration of an environmental security system according to the present invention. This system is roughly
A business site or a factory of a customer to receive the security service, such as an environmental information measurement terminal 10 or an information terminal 178 for browsing the measurement status and diagnosis results of various environmental data.
Is a measurement site that manufactures or installs and operates the customer site 19 in which is installed and the environmental data measurement terminal 10 installed in the customer site 19.
The measurement data of the measurement terminals 51 and 52 provided with the measurement site 10 and the measurement terminal 10 installed at the customer site 19 are transmitted to the communication line 62,
An environment monitoring / diagnosis system 20 that receives the data via the Internet 61 and the server 21 via the communication line 63 and diagnoses whether the level is at a level that does not cause any problem compared with the regulation value or the like. If there is a problem, select a corrective business operator to correct the situation of the problem, and promptly notify the relevant residents and related authorities, such as local residents and administrative authorities, in accordance with the procedures of various related laws and regulations according to the situation of the problem. A corrective / crisis management system 30 that formulates an external procedure such as public relations so that it can be properly notified, and an information terminal 17
3, 174, 175, connected to the Internet 61, the corrective action execution business operators 53, 54, 55, which are selected by the corrective / crisis management system 30 according to the problem event and correct the problem, and the information terminal 176. The administrative authority 56, which is provided and receives notification of the occurrence of a problem from the correction / crisis management system 30, and the operator of the correction / device management system 30 pays the cost of correcting the problem and compensation for various damages. An insurance company 57 that provides insurance services to avoid risks. The flow of information / service and payment in these overall systems will be described later with reference to FIG.

Although only one customer site 19 is shown in FIG. 1 for simplification, there are actually only the number of customer sites held by the operators of the environmental monitoring / diagnosis system 20 and the correction / crisis management system 30. . Similarly, only one measuring terminal 10 is shown, but usually a plurality of measuring terminals are provided. Similarly, measurement operators 51 and 52 and corrective action operators 53, 54 and 5
5. The number of each business / administrative entity such as the administrative authority 56 and the insurance company 57 is not limited to the number in the figure. Similarly, it is assumed that the information terminal 178 for the customer to browse the monitoring / diagnosis status of the environmental condition is located at the customer site. For example, when the customer site 19 is a remote establishment such as a mountainous landfill, the information terminal 17
8 may be located in the head office building of the site operator away from the customer site 19. Alternatively, the measurement company 51 or 52 may collect or receive a sample of soil or waste from the customer site 19 and chemically analyze and measure the amount of harmful substances contained therein.

A method for realizing comprehensive environmental security by the present system will be described below by dividing into a part relating to the environmental monitoring and diagnosis system 20 and a part relating to the correction / crisis management system 30.

The environment monitoring and diagnosis system 20 is operated and realized as follows.

At the customer site 19, a measurement terminal 10 for environmental data is installed in advance. The environmental data referred to here is, for example, online measurement data such as regulated measurement items relating to air and water quality and harmful substance concentrations. The measurement terminals 10 may be installed and maintained by the measurement companies 51 and 52 by lending them to customers, or alternatively, the measurement companies 51 and 52
May be purchased and installed by the customer. Specific examples of the measurement targets and items of the online environment data will be described later with reference to FIGS. In addition to the above-described online data, the environmental data at the customer site 19 includes offline measurement data (hereinafter, offline data) such as the concentration of regulated substances and harmful substances contained in soil, waste, amortized ash, and the like. is there. Off-line data means that for an object or item for which online measurement is difficult, a sample for analysis is collected at the customer site 19 and transported to, for example, the measurement company 51 or 52 for analysis under the measurement company. -Refers to the data to be measured. Specific examples of the measurement objects and items of the offline environment data will be described later with reference to FIGS.

The various online / offline environmental data thus measured for each customer site are sent to the server 21 in the environmental monitoring and diagnosis system 20 via the communication line 62, the Internet 61, and the communication line 63. Specific communication paths and data formats for data communication for achieving this will be described later with reference to FIGS. The data received by the server 21 is stored in a monitoring data history database (hereinafter referred to as DB) 23 as a history of monitoring data. Such a method of organizing the history of monitoring data will be described later with reference to FIG. In the environmental data diagnosis / abnormality detection step 22, while monitoring the environmental data received by the server 21 as described above, the value of each item is compared with a regulation value or the like to diagnose the situation and detect the presence / absence of an abnormality. And consider if there are immediate actions that can be taken against abnormal situations with simple alternatives. The above-mentioned regulation values and the like need not be limited to regulation values, but are broadly defined such as environmental standard values, governmental guideline values, or target values voluntarily set for each customer site (hereinafter collectively referred to as appropriate). May be referred to as a reference value). Regulation value / Environmental standard value D
In B24, these reference values are stored for each customer and for each item. For example, by registering items in the form of fields and customer sites in the form of records, the reference values are referred to according to the customer sites. I can do it. The above simple alternative means, for example, in the case of a factory, operation of a parallel backup line that is inactive, closing of a gas discharge valve to the atmosphere, switching of external drainage paths, internal circulation and storage of wastewater, etc. As described above, various method plans that can be countermeasures mainly by controlling the inside of the customer site are described in the alternative method DB 25.
Is stored in The monitoring / diagnosis information thus made is disclosed for each customer.

An example of the above monitoring and diagnosis will be described later with reference to FIG.
This will be described with reference to FIG. Although the present embodiment has been described on the assumption that the environmental monitoring and diagnosis system 20 is operated by one business entity, for example, as described later in FIG. There are several combinations, and the environmental monitoring and diagnosis system 20
It is operated as an independent business only by data acquisition / monitoring by the server 21 shown in the figure and accumulation of data in the monitoring data history DB 23. The environmental data diagnosis / abnormality detection process 22 and related regulation values / environmental standards The operation of the value DB 24 and the alternative method DB 25 may be operated by the business entity of the correction / crisis management system 30 described below. In this case, the environmental data diagnosis / abnormality detection step 22, the regulated value / environmental reference value DB 24 connected thereto, and the alternative method D
B25 is the server 31 in the correction / crisis management system 30
It is connected to the.

The correction / crisis management system 30 is operated and realized as follows.

If there is a problem with the diagnosis result of the environment monitoring and diagnosis system 20, information indicating that there is an abnormality is sent to the server 21.
Is transmitted to the server 31 via the communication line 63, the Internet 61, and the communication line 64. As a communication form for this, the server 31 may be connected to the server 21 at all times and share the information of the diagnosis result or the information of the monitoring data, or the server 21 may switch the server to the server when a problem is found in the diagnosis result. FTP to notify 31
Or information such as e-mail is transmitted, and upon receiving this information, access to the server 21 from the server 31 that has been notified may be started.

As described above, in the correction / crisis management system 30 that has received the information on the abnormality of the diagnosis result in the server 31, a business operator to execute a corrective action for improving the problem situation in which the abnormality has occurred is selected ( Correction business selection process 3
Along with 2), we investigate the cause of this problem (cause event identification process step 35), infer the potential damage to surrounding areas and the degree of damage to the customer (damage inference process 36), and also examine the local residents and authorities in charge of administration. Planning and supporting actions to be taken by the customer business, such as notification to the public (public relations and other external action planning step 40). Hereinafter, each will be described.

In the corrective action execution business selection step 32, corrective actions such as physical repair and countermeasure construction are performed to improve or solve the situation of the problem occurring at the customer site 19. The corrective action provider is selected. In this selection, information of the treatment method DB 33 and the corrective action business operator DB 34 is used. Treatment method DB33
Stores possible treatment methods for each event. The treatment method here is constantly updated with reference to information registered in advance from each correction execution company as described later. The corrective action operator DB 34 stores information on what kind of event can be dealt with by each corrective action operator and what kind of treatment method, and how much the standard cost and delivery date are, as described later. The information registered from is listed and registered. An example of the DB format will be described later with reference to FIG.
The information processing procedure regarding such a corrective action execution business operator selection 32 will be described later with reference to FIG.

In the cause event identification step 35, a cause estimation DB
Investigation of the cause of the abnormal event that is occurring with the help of 37 is performed. The cause estimation DB 37 stores a determination procedure for specifying a cause event for each abnormal event. As an example, an IF-THEN-type determination procedure for specifying the cause for each occurrence event may be registered in advance with a customer. Some parts of this decision process are customer specific,
Some parts are common regardless of customers. Also, what is performed in the cause event identification step 35 is not only inference of the cause event, but also
It is even better to include a situation estimate of what is happening now.

In the damage inference step 36, damage inference indicating the degree of the abnormal event is performed based on the result of specifying the cause of the abnormal event and the result of estimating the current situation, and by referring to the past accident case DB 38 and the related laws DB 39. Past accident example DB3
The system of 8
At least the above-mentioned cause events, abnormal events, and information on the business overview and damage level of the accident case site are registered.For example, these are stored as a relational database, and the cause events, abnormal events, and business overview are registered. Using the search key as a search key, information on the degree of damage can be searched. The law DB39 contains the causes and abnormal events assumed as described above, and the laws of the relevant countries and local governments, as well as the reporting obligations, procedures, countermeasures, etc. defined by each type of business on the customer site. The action to be taken is registered. This database provides reference information for the above-mentioned damage inference according to the cause event and the abnormal event of the abnormal situation caused thereby, and also causes the cause event as described in the public relations etc. external action planning process 40 next. It is possible to automatically extract information on a coping procedure that is required according to a combination of events and abnormal events.

The public relations etc. external treatment planning process 40 is performed by referring to the past accident case DB 38 and the related laws DB 39 described above.
In accordance with the situation of the problem, we will formulate a procedure to be taken by the customer so that we can promptly and accurately notify the relevant people, such as local residents and administrative authorities, in accordance with the procedures of various related laws and regulations.
In addition, the action content here broadly includes action instructions such as evacuation or provisional action to be taken by the manager of the customer business operator for the company employee.

The corrective action execution companies 53, 54, 55
It is selected by the correction / crisis management system 30 according to the problem event, and corrects the problem. The administrative authority 56 is notified from the correction / crisis management system 30 that a problem event has occurred. The insurance company 57 provides the insurance company 57 with an insurance service for hedging the management risk of the business operator of the correction / crisis management system 30. The operator of the correction / crisis management system 30 pays the insurance premium or reserve to the insurance company 57, and pays the insurance money when an abnormal event occurs and the financial expenditure exceeds a predetermined range. Apply to insurance company. The insurance company 57 receives the application, examines it, and pays the insurance company 57 an insurance money.
These contents will be described later with reference to FIG.

In the present environmental security system, whether or not the correction has been completed based on the contract is determined by the operator of the correction and crisis management system 30 by the diagnosis result of the abnormal state of the environmental data and the estimation result of the cause event. In addition, a site survey of the results of measures taken by the corrective execution company or a record survey of the execution process of whether or not the correction was carried out according to a schedule set within the contract delivery date are carried out for examination.

Further, in the present embodiment, it has been described that the operating entity of the correction / crisis management system 30 is operated by one business entity. However, in practice, it is similar to the environmental monitoring / diagnosing system 20 already described. , This system 30
Does not correspond to one business entity.
As such an example, the minimum requirements of the corrective / crisis management system 30 include a server 31, a corrective execution company selection process 32, a treatment method DB 33 and a corrective action company DB 34 related thereto, and the server 31 Server 21
It is sufficient if the user has an access right to the monitoring / diagnosis data of the environmental data diagnosis / abnormality detection step 22. In this case, the operation of the corrective / crisis management system 30 is limited to monitoring and diagnosing data and selecting a corrective action execution company when an abnormality occurs. Although various other forms are conceivable, it can be generally said that the server 31 in the present embodiment desirably has an access right to the server 21 as a client. This is important for selecting corrective action providers and communicating the correct situation after the selection.

Next, a specific method from the measurement of various data to the aggregation and diagnosis for each customer and the disclosure to the customer for realizing the above-mentioned environment monitoring and diagnosis system 20 will be described with reference to FIGS. It will be described using FIG.

FIG. 2 shows a path for measuring various online and offline environment data in the environment monitoring and diagnosis system 20 and transmitting the measured data to the server 21. Hereinafter, these will be described for each of online and offline measurement data items.

The collection route of the online data is basically a plurality of measurement terminals 11 to 14 installed in the customer site 19 for measuring each data item, and a measurement terminal 11.
Communication line 91 connected to .about.14 and transmitting measurement data
From the server 18 for transmitting the measurement data from the customer site 19, the communication line 92 for transmitting the measurement data transmitted from the server 18, the Internet 61 and the communication line 63, and the server 21 for receiving the data. Become. When measuring terminals such as the measuring terminals 15 and 16 are separated from the laying range of the communication lines, the terminals may be directly connected directly to the Internet using the communication lines 93 and 94 as shown in the figure. In this case, the measuring terminal 15,
16 is provided with transmission means such as a modem and a wireless portable terminal, and measurement data is transmitted by these. Communication lines 93 and 94 are telephone lines and wireless communication lines.

As specific items of the online data measured here, for example, regarding water quality, BOD
(Biological oxygen demand), COD (chemical oxygen demand), SS (suspendable solids), dissolved oxygen, etc., nitrogen oxides, sulfur oxides, soot concentrations in the atmosphere, groundwater in the soil There are weights for waste, such as the dissolved oxygen concentration. A specific configuration method in the customer site 19 depends on the type of the measurement terminal and the communication line.
There are several methods, such as using N, using RS232C, and using GPIB. In the case of using a LAN, the data measurement terminals 11 to 14 are provided with a transmission unit using a LAN connection adapter, and the communication line 91 is connected to the H if necessary.
The server 18 is an Internet connection server provided with a LAN connection adapter, and is specifically configured as, for example, a personal computer or a workstation. When the RS232C is used, the data measurement terminals 11 to 14 are data measurement terminals provided with an RS232C data transmission port, and the server 18 is the measurement terminals 11 to
14 for receiving the data of each of the plurality of RS232
It is a personal computer or a workstation provided with a C port, and a data communication path 91 from the measuring terminals 11 to 14 to the server 18 is different from the case of the LAN cable described above.
One-to-one connection from each port of measurement terminals 11 to 14 to server 18
It is formed by an RS232C cable connected to each port provided correspondingly. When GPIB is used, the data measuring terminals 11 to 14 are data measuring terminals provided with input and output ports for daisy-connecting GPIB cables, and the server 18 is a data measuring terminal for receiving data from the measuring terminals 11 to 14.
A data communication path from the measuring terminals 11 to 14 to the server 18 is different from the case of the LAN cable or the RS232C cable described above, and is different from the measuring terminals 11 to 14 and the server 18.
Are formed by, for example, GPIB cables connected in series from the server 18 to the measurement terminals 13 to 14, respectively. Further, the communication line 92 is specifically a communication line for connecting to the Internet such as an optical fiber, but this may be a telephone line. In this case, the server 18 has a modem for transmitting data to the Internet, This will be done. In this way, the online measurement data at the measurement terminals 11 to 14 is transmitted to the server 21.

The offline data collection path is as follows. The offline data referred to here is customer site 1
9 means data that is collected and analyzed and measured by a measurement company because an analysis sample (for example, soil or waste) is collected because online measurement is not possible. The measured data is input / transmitted at the measurement operator terminal 17 and transmitted to the server 21 via the communication line 95, the Internet 61 and the communication line 63. Specific measurement items of the offline data include, for example, cadmium, cyanide, organic phosphorus compounds, lead, hexavalent chromium, arsenic, organic mercury, inorganic mercury, PCB (polychlorinated biphenyl), trichloroethylene, tetrachloroethylene, and ammonia nitrogen for water quality. , The number of coliforms, the concentration or content of regulated substances and unregulated substances such as environmental hormones such as n-hexane extractable substances, fluorine, selenium and phthalate, and the concentration of various volatile organic compounds and dioxins for the atmosphere, For soil, the content of trichlorethylene and tetrachloroethylene, cadmium, lead, mercury, etc., and for waste, cadmium, lead, all chromium, arsenic, all mercury,
Examples include the content of organochlorine compounds such as copper, trichloroethylene, and tetrachloroethylene, and their dissolution test values.

Note that the offline data referred to here is
As described above, it does not install online measurement terminals at customer sites, but rather collects samples for analysis from customer sites and transports them. The above also includes the case where the measurement device under the measurement service provider is connected to the Internet online.

In the above description, the communication lines 92 and 9
3, 94, 95, and 63 are described separately from 61, which represents the trunk line of the Internet, for the sake of convenience in explaining various types of connection to the Internet. However, these actually constitute a part of the Internet 61 in a broad sense. However, this does not mean that these lines are separate from the Internet.

As described above, various online and offline data are measured, and are monitored as server data by the server 21.
Is transmitted to Up to this point, one customer site has been described as an example, but in the present system, such various measurement terminals are installed at each customer site, and various measurement data of various customer sites measured at various time intervals are stored in the server 21. Has been gathered together.

In the environment monitoring and diagnosis system 20 (see FIG. 1), these are collected for each site for each measurement item, made into a list, monitored, diagnosed, and presented to the customer. Hereinafter, a data format for realizing this will be described with reference to FIG. 3, and a diagnosis and presentation to a customer will be described with reference to FIG.

FIG. 3 shows various sites such as various online measurement data transmitted from various customer sites as shown in FIG. 2 and offline measurement data obtained by measuring a sample collected from the customer site. , Items and times are shown in the data format for the server 21 to collect and organize the data.

The data communicated here, regardless of the online measurement value or the offline measurement value, is basically at least the site ID 8 as shown in the figure, as shown in the figure.
1, it is desirable to include each information of a measurement date and time 82, an item 83, and a measurement value 84. In addition, protocol information for information communication, a source address, a destination address (in this case, a network address of the server 21) ) And network information 85 including encryption information.
Here, for the sake of explanation, each of 81 to 84 is simplified and represented by one delimiter. However, actually, when data is hierarchized for each of these items 81 to 84, the data is further divided according to the hierarchy. Needless to say, As such an example, for example, the measured value 84 is a maximum value, a minimum value,
The item 83 may be hierarchized, including the time average value or the like, and the item 83 may be classified including the measurement category, the target, and the classification of each item as shown in FIG. 5 described later.

In the present system, each time various data for online or offline measurement is generated, or each time a part of the data is collected as transmission data at fixed time intervals,
The measurement data is collected and transmitted in a unified format as described above, and is collectively received by the server 21 specified as the transmission destination address as described above. These data include the ID 81 for identifying the site and the measurement item 8 as described above.
3. Since the server 21 has the information on the date and time 82, the server 21 can process the data and distribute the data according to the classification as necessary, such as the site and the target period. As a standard method, the data may be classified by site ID, and then arranged in chronological order by item, and the result is in a format as shown in FIG. In the figure, reference numeral 181 denotes various items of data related to a site A arranged in chronological order by item;
Reference numerals 2183 depict the same data for Site B and Site C, respectively. Item X in the figure
1, X2, X3,... Are, specifically, items as shown in FIG. 2 described above or FIG. 5 described later. As described above, the measurement data arranged in chronological order by item for each customer site is stored in the monitoring data history DB 23 shown in FIG. 1 described above.

As described above, in this system, various online and offline environment data of various measurement dates and times, customer sites, measurement items, and measurers are collectively received on the Internet by one server 21, Each item can be managed separately in chronological order by item.

These information can be accessed and browsed from the customer site, and the security business operator who operates the correction / crisis management system 30 also has access rights. That is, as shown in FIG. 1 described above, the customer can access the server 21 via the communication line 65, the Internet 61 and the communication line 63 by using the information terminal 178 provided at the site 19 of the customer.・
The operator of the crisis management system 30 can also access the server 21 via the communication line 64, the Internet 61, and the communication line 63 using the server 31 device as a client. At this time, since there are a plurality of customers who can access the server 21, these are authenticated by a user ID and a password predetermined for each customer or each information terminal on the customer side, and the above-described one corresponding to each customer is authenticated.
81, 182, 183, etc. are disclosed. The information terminal 178 at the customer site may be constantly connected to the server 21.

FIG. 5 shows an example of the result of monitoring and diagnosing the environmental condition of the customer site in the environment monitoring and diagnosis system 20. This is disclosed for each customer on a website provided in the server 21. The information terminal 178 on the customer side accesses the server 21 via the communication line 65, the Internet 61 and the communication line 63, and is authenticated and identified by a user ID and a password given to each customer in advance. Receive disclosure. This connection form may be either continuous connection monitoring by the customer or browsing as needed.

The monitoring data includes air, water,
Exhaust gas, exhaust gas, air around the site, drainage, river water near the site, groundwater around the site, soil on site, waste A, waste B by category such as soil, waste, and others
(Where A and B represent types)
Monitoring data of measurement items such as dust, NOx, BOD, TCE (tetrachloroethylene), mercury, and chromium are displayed, and are shown in comparison with the reference values described above. The reference values stored in the regulation value / environmental reference value DB 24 shown in FIG. 1 are extracted and displayed.

As a diagnostic method for each of these measurement data,
For example, as shown in the figure, for each target such as exhaust gas related to the atmosphere, air around the site, drainage related to water, river water near the site, groundwater around the site, a weighting coefficient that is set in advance for each item to the ratio of the measured value of each item to the reference value , And then summing them for quantitative evaluation, or multiplying them by a predetermined weighting factor for each object and summing them to perform quantitative evaluation for each category. This is an example of the quantitative evaluation method, but the method is not limited to this, and it is basically sufficient if the calculation is based on the measured value of each item and the reference value.

Further, these reference values are not limited to one value for each item, but may be provided in a plurality of stages depending on the degree. For example, depending on the degree of an abnormal event, a warning is issued, but correction is unnecessary. It is more preferable to set a value according to each stage, such as a level that requires correction, a level that needs to be notified to the surroundings in a serious situation, and the like.

Depending on the item and the customer site, the measured data is not the measured value itself, but the average value over a certain period of time,
Needless to say, the minimum value and the maximum value may be used. It is desirable to take the above-mentioned average value especially when there is a fluctuation in the measured value such as atmospheric data, and especially for substances that have a large effect when released to the environment such as toxic substances, the minimum value is also shown. Better. These can be realized by accumulating data for a certain period of time and calculating an average value or detecting a maximum value or a minimum value.

As a method of diagnosis, since the property value of land changes depending on, for example, the concentration of harmful substances in soil, the degree of influence may be quantified. As a method of quantification, data on the real estate value of many lands without considering the content of harmful substances and data on the extent of decline when pollution is actually found are accumulated, and the degree of pollution and the estimation are calculated. It is advisable to formulate the relationship between the asset value decline rates recursively.

The monitoring / diagnosis data is organized and stored for each customer site in the server 21 shown in FIG. 1 or the monitoring data history DB 23 connected thereto. The server 21 is provided with a web server in order to make only the data of the site public. The disclosure of these data to each customer is realized on the above-mentioned website as a home page that provides data for each customer by authenticating a user ID and a password.

The correction / crisis management system 30 shown in FIG.
How the corrective action execution business is selected in the above will be described below with reference to FIGS. 6 and 7. FIG.

FIG. 6 shows that when the corrective action for the problem at the customer site 19 is required by the diagnosis by the environmental monitoring and diagnostic system 20, the security business operator who operates the corrective / crisis management system 30 performs the corrective action. FIG. 5 is a flowchart showing a mechanism for selecting a business operator that performs the actual correction from a plurality of correction business operators. In each of the steps shown in the figure, those surrounded by rounded corners indicate the work processes such as data input by hand, and those surrounded by the squares indicate the information processing steps automatically executed by the aforementioned server or information terminal. Represent. The security operator side terminal shown in the figure corresponds to the server 31 installed under the operator of the correction / crisis management system 30. Similarly, the corrective action execution company side terminals correspond to the information terminals 173 to 175 of the corrective action execution companies 53 to 55 shown in FIG. Therefore, the information exchange described below is performed between the server 31 and the information terminal 17.
Internet 61 and communication line 64 between 3 and 175
It is done through. The procedure will be described below with reference to the drawings.

In step 101, the information on the classification / item in charge of the company, the delivery date, and the price is input in advance at each corrective action execution business operator side terminal. Here, the classification / item in charge is shown in FIG.
And actions to correct the abnormalities in the measurement items shown in Fig. 2 and Fig. 2, for example, repair work on contaminated soil, identification and repair of leaking locations of leaking piping systems such as sewage, and discharge around the site This includes, for example, performing recovery of collected recoverable pollutants (eg, heavy oil, ash, etc.). In step 102, the information input in step 101 is transmitted from the corrective action execution operator side terminal to the security operator side terminal and transmitted. In step 103, step 1 received in step 102
The information of the remediation company provided in 01 is stored in a database for each classification / item or for each site at the security operator side terminal and registered.

FIG. 7 shows an example of this database. Here, based on the information input in advance in step 101, the location, the availability of each correction item A1, A2,... Costs and delivery dates are registered where possible. Here, the items exemplified as A1, A2,... Specifically refer to the treatment execution contents as described in step 101. The contents of the cost vary depending on the contents of the treatment. For example, in the case of FIG. 7, A1 indicates a problem such as a leaking place identification cost by inspecting an underground pipe per abnormal event, and A2 indicates a land contamination. Assuming things like the cost per unit weight in the case of repair, etc., if a unit price per unit is shown in this way, the magnitude of the cost according to the degree of abnormal event will be described later. It is preferable to be able to roughly estimate the degree. Here, the item is A
1, A2,... Are expressed in a one-dimensional manner, but in fact, as shown in FIG. 5, for example, they are hierarchically arranged for each category or object such as water quality, air, soil, and waste. May be shown. The database of FIG. 7 as described above is stored in the corrective action business operator DB 34 shown in FIG.

In step 104 of FIG. 6, when correction is required, at least one or more correction companies corresponding to the target classification / item are extracted from the registered businesses, and estimate request information is generated. Here, the time when the correction is necessary is a time when it is determined that the correction is necessary based on the diagnosis of the monitoring situation shown in FIGS. 1 and 5.
Is transmitted to the server 31. In addition, the extraction of the company corresponding to the target classification / item is performed, for example, by collating the corresponding item of each company registered in the corrective action business operator DB 34 in accordance with the format of FIG. 7 with the execution contents necessary for correcting the abnormal event. To judge. Here, the execution contents required for the correction are extracted in the correction execution company selection process 32 with reference to the treatment method DB 33 shown in FIG.

In step 105, the estimate request information generated in step 104 is transmitted from the security operator side terminal to at least one or more corrective action execution operator side terminals extracted and transmitted. In step 106, upon receiving the quote request information, the corrective action execution terminal of each company's corrective action execution company
Estimated response information such as delivery date and cost is input. Step 10
In step 7, this response information is returned from each corrective action execution operator side terminal to the security operator side terminal. In step 108, the security company terminal receiving the response information determines the execution of the corrective action based on the delivery date, cost, and the like indicated in the response information. The selection method and criteria at this time are basically determined by the delivery date, the cost, the credit of the corrective action execution company, and the distance to the problem customer site.
The priority in this case is preferably, for example, in the order of delivery date, distance, credit or performance, and cost. In addition, if a hearing is included as needed, it will be a great reference for judging reliability. In addition to these, the customer's intention may be considered. In step 109, the correction execution request information is transmitted from the security operator side terminal to the outsourcee of the correction execution determined in step 108 and notified. Further, the information on which correction execution company has been determined as the trustee is also notified to the other correction execution companies that have transmitted the estimation response information in step 107. In the above description, it was assumed that each time an abnormal event occurs, a business operator is selected by bidding by multiple corrective execution business operators.
A corrective action execution company may be determined in advance for each assumed abnormal event. For example, there may be only one corrective action provider that can carry out remediation of soil contamination by a specific pollutant in the location area of the customer site.In such a case, a specific corrective action provider is determined in advance. If this is done, it is possible to quickly start dealing with an abnormality.

FIG. 8 shows the customer, the measurement business, the business operator of the environmental monitoring / diagnosis system and the corrective / crisis management system, the corrective action execution business, and the insurance business in the present embodiment described above. , Local authorities, etc.
It summarizes the relationship between goods, services, information, and payment flows among business entities.

Although the operation of each business entity in FIG. 1 has been described so far as being operated by different business entities, in practice, for example, a certain measurement business is operated by an environmental monitoring and diagnosis system. 20 may be operated collectively, and similarly, a corrective action execution company may operate the corrective / crisis management system 30 as a managing company, and similarly, an insurance company may execute the corrective / crisis management system 30. Or an environmental monitoring / diagnosis system 20 and a correction / crisis management system 30
May be operated by the same company without having to be operated separately. Here, for simplicity, each business entity is basically operated independently. However, an example is shown in which the environmental monitoring and diagnosis system 20 and the correction / crisis management system 30 are managed by the same business entity. Even when there are various variations, the flow of information, services, and payments is formed in accordance with the variations. In the case of this example, the server 2
1 and the server 31 do not need to be separated. For example, the server function is concentrated on the server 21 and the information flow when there is an abnormality in the diagnosis of the environmental data diagnosis / abnormality detection step 22 includes a corrective execution company selection step 32, What is necessary is just to be able to flow to each of the causal event identification process 35 and the public information etc. external treatment planning process 40. The following description is based on such an assumption, and the server 21 and the server 31 in the text may be considered to be basically the same.

In step 120, at least one or more corrective action execution companies provide corrective action execution contents that can be provided by the company as shown in step 101 in FIG. Business server 3
Register to 1. In the process 121, the measuring companies 51 and 52 as shown in FIG.
6 (see FIG. 2) is installed at the customer site 19. However, the measurement business here may be any measurement business not connected to the Internet as described above. In step 122, the online measurement data acquired by the measurement terminal installed in step 121 is transmitted and received by the server 21 installed under the environmental security operator.
In step 123, an analysis sample for collecting offline data as described with reference to FIG. 2 is collected.
It is carried to a measurement business as shown in FIG. Step 12
In step 4, the data of the measurement result of the offline measurement sample carried to the measurement business in step 123 is transmitted from the measurement business terminal 17 and received by the server 21 under the environmental security business. You.

Note that there is no particular context between the acquisition of the online data in step 122 and the acquisition of the offline data in steps 123 to 124 so far. In step 125,
The various online / offline measurement data collected in the server 21 in the steps 122 and 124 are classified according to the customer site, and the result of diagnosing the environmental condition indicated by the measurement data for any problem is sent to the customer side. Disclosed. FIG. 4 shows the classification of the various measurement data by customer, and the diagnosis of the monitoring data is as described with reference to FIG. The information terminal 178 shown in FIG. 1 is used to browse these disclosure data on the customer side.

In step 126, the environmental monitoring and diagnosis system 2
In the environmental data diagnosis / abnormality detection step 22 of FIG.
In the case where the diagnosis result made as shown in (1) exceeds, for example, the above-mentioned reference value, warning information is transmitted to the customer site 29 side. This is transmitted from the server 21 of the environmental security company to the information terminal 178 of the customer site, but it goes without saying that means such as a telephone may be used if necessary. The warning here also includes a case of an abnormal state that does not require correction, and in this case, the warning information as described above is transmitted to the customer site side,
No information is basically sent to the contractor when the corrective action is executed. In step 127, particularly when the result of the diagnosis of the abnormal state in step 126 exceeds a predetermined level that requires correction, information similar to that in step 126 is transmitted from the server 31 of the environmental security company to FIG. It is transmitted to the plurality of corrective action execution companies extracted as in step 104.
This may use a means such as a telephone if necessary as in the step 126. In the step 128, similarly to the step 127, if the diagnosis result of the abnormal state in the step 126 exceeds a predetermined correction required level, the step 104, FIG.
As shown at 105, the corrective action estimation request information is transmitted from the environmental security provider server 31 to the registered servers of the plurality of providers (for example, 173, 174, and 175 in FIG. 1). You. Steps 126 and 128 described above
In FIG. 1, the cause event identification step 3 shown in FIG.
It is preferable that the abnormal cause estimated in 5 and the related information of similar past cases extracted from the past accident case DB 38 be provided.

In step 129, steps 106 and 10 in FIG.
As shown in FIG. 7, a plurality of corrective action execution companies that have received the estimate request information, corrective action methods to be taken for the problem at that time, and estimate information such as delivery date and budget are stored in the terminal 173 of FIG. , 174, 175, etc., which are transmitted and received by the server 31 of the environmental security company. In step 130, as shown in steps 108 and 109 in FIG. 6, a business entity to which corrective action is requested is determined and notified. This information is transmitted from the server 31 of the correction / crisis management system 30 shown in FIG. 1, and is received by the information terminals 173 to 175 of the correction execution company via the communication line 64, the Internet 61, and the communication line 63. Further information is provided to the determined corrective action provider. When selecting a business operator as described above, not only automatic mediation as described in FIG.
The environmental security company that operates the crisis management system 30 also conducts hearings with the corrective action execution company, and evaluates the hearing results, for example, and selects from among businesses with a certain rating or higher. It may be used for selection in a form that makes it difficult to do so.

In step 140, the corrective action execution company determined in step 130 executes countermeasures such as improvement / repair of the problem situation at the customer site. This is basically performed by the corrective action execution company at the customer site, but the action may be executed by remote control. For example, if a large amount of toxic substances or radiation is supposed to be released in an abnormal event assumed at a certain customer site, a specific process or specific facility in the site for such assumed event is closed by remote control. This is the case when the system is introduced. As for such a supposed event, the corrective action execution business operator is not selected for each occurrence of the event as described above, but is determined in advance.

The relationship of payment between the business entities for the flow of these things, information and services is as follows. In FIG. 1, details of the following payment operations are omitted in order to avoid complications. Specifically, in the following steps 141 to 146, a payment is made from the financial institution account of the business entity of the payment side. Electronic payment is made to the financial institution account of the receiving business entity. The business entity on the paying side and the business entity on the receiving side differ depending on the process, but as described above, the business entity described in FIG. 1 is a business operator of the customer site 19 and an environmental security business operator. Is the correction / crisis management system 30 or the environmental monitoring / diagnosis system 20 or a combination thereof.
1, 52, the corrective action execution business operator is 53, 54, 5
5. The insurance company is the aforementioned 177.

In step 141, the customer pays a comprehensive contract fee to the environmental security company. This comprehensive contract fee is defined as steps 122, 123, 124, 12
Provision of measurement / diagnosis data as in step 5 and steps 126 and 1
27, 128, 129, 130, and 140, the customer pays in advance based on the contract for dealing with and providing corrective actions in the event of an abnormal situation in the environment as described in 27, 128, 129, 130, and 140, and pays the contract at regular intervals. You pay for each renewal. In step 142, the environmental security company pays the measurement company the cost of the measurement performed in steps 122, 123, and 124 and the related sample transportation. In step 143, the corrective action provider pays a registration fee to the environmental security provider. This registration fee is a treatment method DB 33 (FIG. 1) in which the corrective action execution company connects the information such as the range of the corrective action business, the delivery date, the cost, etc. to the server 31 of the environmental security company as shown in FIG. ) To increase the opportunities for receiving orders for quotes according to the range from the security provider to the treatment business and the distance to the local customer site when an event requiring correction occurs. Participation fee for things.

In step 144, the environmental security company pays the insurance company a business insurance premium. This premium is paid by the corrective action execution business when the corrective action is executed when an abnormal event requiring corrective action occurs as a result of the diagnosis during the operation of the environmental security business. 145
The amount of the corrective action cost charged as described above is the total contract fee (141) received from the customer as described above,
Registration fees received from multiple corrective action providers (14
3) In the event that the total amount of income greatly exceeds the total amount of income, the insurance premium or reserve is used to receive a guarantee for part or all of the income, or to compensate for various damages caused by the problem. is there. In step 145, the corrective action execution business transmits to the environmental security business the billing information of the cost required to execute the corrective action in step 130. The cost billing information includes at least billing amount information and information of the bank account of the transfer destination. The transmission of the cost billing information is performed, for example, in a case where the correction is executed by the corrective action execution company 53 in FIG.
, Transmitted via the Internet 61 and the communication line 64, and received by the server 31.

In step 146, the environmental security company pays corrective action costs to the corrective action execution company based on the cost claim information in step 145. The environmental security business conducts an examination of the cost claim information from the corrective action business, including the results of the corrective action, based on certain criteria and confirms that the criteria are satisfied. It is more preferable to transmit the settlement instruction information to the information terminal (not shown) of the operating company of the financial institution account of the company. In step 147, the insurance company pays an insurance money to the environmental security company. This is because if the cost of the corrective action in step 144 is high, or if there is a need for damages, etc., when the environmental security operator applies for the insurance, Insurers conduct screening based on certain criteria, and pay insurance claims based on the contract to environmental security operators.

It is to be noted that the insurance premium or reserve for the above items may be paid by the customer instead of the environmental security company. Note that the customer may pay a rental fee to the measurement company or the environmental security company for the online measurement device installed in the step 121. In particular, when paying to the latter, this is equivalent to the total contract fee of step 141. Although not shown in the figure, if there is a problem that needs to be corrected in the environment from the results of environmental monitoring and diagnosis as described above, information on this abnormal situation is notified to the administrative authority 56 as described in FIG. Is done. This is transmitted by the server 31 of FIG.
4 and the Internet 61
At the information terminal 176. The term "administrative authority" as used herein refers to a department that is responsible for environmental safety and disaster prevention at the local government in charge of each customer site.

[0076]

As described above, according to the present invention,
Regarding the safety of a wide range of environmental items such as air, water quality, soil, and waste, we don't just measure environmental data,
Comprehensive security can be guaranteed, including corrective actions.

That is, for monitoring, the data of a plurality of customers can be centrally managed in an integrated manner regardless of the difference between online and offline, data measurement intervals, and measurement providers, which is efficient. In addition, for corrections, the corrective action vendor, the correctable action details that can be handled, the cost, the delivery date, etc. are registered and stored in a database, and the business operator is searched and estimated based on the correctable action details that can be handled when necessary. Submit a request,
Receiving the response information, it is possible to select a suitable business operator according to the situation such as cost, delivery date, distance to the customer site, etc., so that countermeasures can be taken quickly and accurately.

[Brief description of the drawings]

FIG. 1 is an overall configuration diagram of an environmental security system according to the present invention.

FIG. 2 is a configuration diagram of a path for measuring various online and offline environment data and transmitting the measured data to a server.

FIG. 3 is a diagram showing a unified data format for integrating and organizing measurement data transmitted from a customer site into a server.

FIG. 4 is a diagram showing an example in which item-specific data for each customer site are arranged in chronological order.

FIG. 5 is a diagram showing an example of environmental monitoring data and a diagnosis result disclosed to a customer.

FIG. 6 is a flow chart showing a mechanism in which a security operator selects an operator who actually performs the execution from a plurality of corrective execution operators.

FIG. 7 is a diagram illustrating an example of a database of a correction execution company used by a security company to extract a business entity that performs actual correction from a plurality of correction execution companies.

[Figure 8] Each entity (business entity) such as a customer, a measurement operator, an operator of an environmental monitoring / diagnosis system and a corrective / crisis management system, an operator performing corrective actions, an insurance operator, and a local government authority
FIG. 4 is a diagram showing the relationship between goods, services / information, and payment flows among them.

[Explanation of symbols]

 10-16 Measuring terminal 17 Measuring company terminal 18 Customer site side server 19 Customer site 20 Environmental monitoring / diagnosis system 21 Server 22 Environmental data diagnosis / abnormality detection process 23 Monitoring data history DB 24 Regulation value / environmental reference value DB 25 Alternative method DB 30 Correction / crisis management system 31 Server 32 Correction execution business operator selection process 33 Treatment method DB 34 Corrective action business operator DB 35 Cause event identification process 36 Damage inference process 37 Cause estimation DB 38 Past accident case DB 39 Law DB 40 Public relations etc. Treatment planning process 51,52 Measurement business operator 53-55 Corrective action execution business operator (correction execution business operator) 56 Administrative authority 57 Insurance business operator 61 Environmental security network (Internet) 62-65,91-94 Communication line 171-178 Information processing terminal

Continued on the front page (72) Inventor Miyuki Kawada 7-2-1, Omika-cho, Hitachi City, Ibaraki Prefecture Inside Electric Power and Electric Development Laboratory, Hitachi, Ltd. (72) Inventor Fumio Maruhashi 7-chome, Omika-cho, Hitachi City, Ibaraki Prefecture No. 1 Hitachi, Ltd. Power and Electricity Development Laboratory (72) Inventor Masahide Nomura 7-2, Omika-cho, Hitachi City, Ibaraki Pref. Hitachi, Ltd. Power and Electricity Development Laboratory

Claims (15)

[Claims] 1. A measuring means for measuring, on-line or off-line, a content or a concentration of a substance which may have an adverse effect on the environment with respect to air, water quality, soil, waste, etc. of at least one or more customer sites. A server that receives the measurement value measured by the measurement means via the Internet, wherein the server receives the request from the customer site via the Internet when a diagnostic request is made for the environmental status of the customer site. An environmental security system wherein the measured value is compared with a preset reference value and presented on the customer site on a website. 2. The environmental security system according to claim 1, wherein the server classifies and diagnoses the environmental status of the customer site in a stepwise manner according to a ratio between the measured value and the reference value. An environmental security system characterized by presenting the diagnosis results. 3. The environmental security system according to claim 1, wherein the server sets a warning level according to a ratio between the measured value and the reference value, and the warning level is set in advance. An environmental security system which, when exceeding a predetermined level, notifies a terminal provided at the customer site that the environmental condition has exceeded the predetermined level. 4. The environmental security system according to claim 1, wherein an identification number is registered in advance for each customer site or each customer, and the server determines which customer according to the identification number input from the customer site or the customer. An environmental security system that identifies whether a site has made the diagnostic request. 5. A measured value of a content or a concentration of a substance which may have an adverse effect on the environment with respect to air, water quality, soil, waste, and the like of at least one or more customer sites, monitoring video data of the customer site, and The server includes a server that receives information on the occurrence of an abnormal situation at a customer site via the Internet, and one or more correction execution companies that are connected to the Internet and perform maintenance and correction of the environmental state of the customer site. The server has a database in which the correction execution company is registered, and the received measurement value exceeds a preset reference value, or an abnormality is observed in the monitoring video data, When the occurrence of an abnormal situation at the site is detected or when the information on the occurrence of the abnormal situation is received, the database is stored in accordance with the abnormal situation at the customer site. Environmental security system which is characterized by searching the scan, to extract the executable corrective run businesses. 6. The environmental security system according to claim 5, wherein the server sets a warning level according to a ratio between the measurement value and the reference value, and the warning level is a predetermined level. If the number exceeds the threshold, the environmental security system notifies the terminal provided to the correction execution company that the environmental status of the customer site has exceeded a predetermined level. 7. The environmental security system according to claim 6, wherein the server requests, at the same time as the notification, an estimate of a method, a cost, a delivery date, and the like for correcting an environmental condition of the customer site. And environmental security system. 8. The environmental security system according to claim 3, wherein the terminal is notified or requested by e-mail to the terminal. 9. A measuring company online or offline measures the content, concentration, etc. of substances that may have an adverse effect on the environment, such as air, water, soil, and waste at at least one or more customer sites. , When the server receives the measurement result at that time via the Internet and there is a diagnosis request from the customer site via the Internet,
A website characterized in that the measured value of the customer site is presented to the customer site in comparison with a preset reference value. 10. At least one or more customer sites, such as air, water, soil, and waste, measured values of contents and concentrations of substances that may have an adverse effect on the environment, and monitoring video data of customer sites. Is received by the server via the Internet, and when the received measurement value exceeds a preset reference value, or when abnormalities are detected at the customer site by detecting abnormalities in the monitoring video data, Or, when receiving information on the occurrence of an abnormal situation from the customer site, extract the corrective business operator that performs the maintenance and correction of the environmental condition of the customer site according to the abnormal situation at the customer site and present it to the customer site A website characterized by: 11. The Web site according to claim 10, wherein the request for estimation of an occurrence of an abnormal situation at the customer site and a method, cost, delivery date, etc. for correcting the environmental status of the customer site is executed. A website that is presented to a terminal provided by a business operator. 12. The website according to claim 11, wherein response information to the quote request from the correction execution company is received, and the received response information includes a distance between the customer site and the correction execution company. Web site characterized by determining and presenting a corrective execution business in consideration of the following. 13. A terminal of a customer site displaying the website according to claim 9. 14. A terminal of a correction execution company displaying the website according to claim 11 or 12. 15. A server which displays the website according to claim 9.