JP2002183290A - Chemical substance synthetic management system and method therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a chemical substance synthetic management system and method therefor, by which the discharge mobile amount totaling work of chemical substance can be efficiently performed. SOLUTION: The system is provided with a format database where a prescribed format is registered at each report presenting destination. The presenting destination of the report is designated so that the report to the destination is generated.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION Various products currently distributed contain hundreds of substances (hereinafter referred to as "controlled substances") having a great impact on the environment, and are manufactured, distributed and stored. Investigating how much of the controlled substances that make up those components are transferred and released into the air, soil, water systems, or in products shipped to the market in processes such as We are in need. Therefore, a system for estimating the environmental impact of the entire country has been started by reporting the quantitative data on the release and transfer of these chemicals within business establishments and companies to the government, local governments, and organizations. I have.

[0002] The present invention relates to a chemical substance comprehensive management system and a chemical substance comprehensive management method for managing chemical substances contained in materials or products handled by those who need to manage chemical substances.

[0003]

2. Description of the Related Art Increased ISO14001 certification, trial of PRTR (Pollutant Release and Transfer Register) system, Japan is steadily developing action guidelines for environmental measures, such as the passage of the PRTR bill. Under such circumstances, it is required not only for producers but also for general consumers to reduce the amount of harmful substances used and the amount released to the environment at each stage such as production and consumption.

[0004] It is also required that the amount of chemical substances that can cause environmental pollution be calculated, and that the risk can be evaluated for each region based on the calculated results. PRTR
According to the bill, businesses that need to manage chemical substances in April 2001 started calculating emissions and transfers.
In the year, the first information disclosure is required.

[0005] A person who needs to manage chemical substances conducts a survey of purchased products of raw materials for each business establishment having production facilities,
Obtain the constituent components contained and their contents, tabulate the substances released during the operation of production equipment, and report to the competent ministry once a year via each prefecture, and manage chemical substances. It should be reported to the organizations and industries to which those who need it belong.

[0006] In other words, those who need to manage chemical substances need to summarize and report on the amount of discharge and transfer for each prefecture or region. Similarly, it is necessary to create and report to organizations and industries to which those who need to manage chemical substances belong.

[0007] For example, Japanese Patent Application Laid-Open No. 2000-137747 describes a chemical substance management system that manages the proportion of environmental emissions to the atmosphere, water, soil, etc., by modeling the parameters based on parameters determined by the type of substance and its intended use. Have been.

[0008]

[Problems to be Solved by the Invention] Because the report items of the amount of chemical substance release and transfer including the source of pollution differ for each submission destination,
Since the calculation items are different for each prefecture, each organization, and each industry, the format of the report prepared by those who need to manage chemical substances differs for each report submission destination.

[0009] In the conventional method, a person who needs to manage chemical substances is required to calculate the amount of discharge and transfer for each report item in the report and to prepare a report.

[0010] Therefore, it is necessary to output each report in accordance with the format of the submitting destination, and there is a problem that it takes a lot of work to report the totaling result to a plurality of submitting destinations.
There was also a risk that the report items would be incorrect.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and has as its object to provide a chemical substance comprehensive management system and a chemical substance comprehensive management method capable of efficiently totalizing the discharge and transfer of chemical substances. .

[0012]

In order to achieve the object of the present invention, the present invention provides a comprehensive chemical substance management system having a format database in which a predetermined format for each report submission destination is registered. By designating the submission destination of a document, a report to the submission destination can be created.

That is, each prefecture, each organization,
By registering the report format for each industry in the database and designating the report submission destination, it becomes possible to create a report to the submission destination, and it is possible to efficiently perform the work of counting the amount of chemical substance release and transfer . In addition, there is no risk of erroneous report items.

[0014] The chemical substance release / transfer amount totalization item is classified into the minimum unit, the result is totalized for each totalization item, a code is assigned, and the format is used in the database in the form of each report. By allocating the codes to the assigned total items, it is possible to output the total result corresponding to each report format.

Further, if a server having a material composition database, a controlled substance database, an emission coefficient database and a format database and a server connectable to the server via a network, it is possible for a person who needs to perform chemical substance management. Each of these databases can be used from each computer.

That is, with this configuration, the data of each database stored in the server is shared by computers that can be connected via a network.

Therefore, in each of the computers, when data indicating the type and amount of the material or product to be input in the process is input, the computer configures the material or product based on the data in the database provided in the server. Calculate the amount of substances discharged to the destination and
When a report destination is specified, a report to the specified destination can be created in accordance with the tabulated items registered in the form database.

Further, the business operator has a server provided with a material composition database, a controlled substance database, an emission coefficient database, and a format database, and materials or products to be input in a process from those who need to manage chemical substances. Based on the data indicating the type and amount of the material and the place where the report is submitted, calculate the amount of the material or the material constituting the product that will be discharged to the destination based on the data of each database. By using a format database in which a predetermined format for each submission destination is registered, a business form in which a report to the submission destination is created and provided to those who need to perform the chemical substance management can be realized.

Further, the business operator has a server provided with a material composition database, a controlled substance database, an emission coefficient database, and a format database, and the server is configured to be connectable via a network. A business form can be realized in which data in each database is provided to those who need to manage chemical substances.

[0020]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A comprehensive chemical substance management system and a comprehensive chemical substance management method according to an embodiment of the present invention will be described below.

FIG. 1 shows an overall configuration of a chemical substance integrated management system according to an embodiment of the present invention.

This integrated chemical substance management system comprises a survey support means 101, an MSDS database 102, a data input means 103, a material composition database 104,
Controlled substance database 105, emission coefficient database 106, process totaling means 107, and evaluation calculating means 1
08, a total tabulation means 109, an emission result database 110, and a result display means 111, and further includes a format database 113 and an organization information / employee information database 200.

The integrated chemical substance management system may be accessible from all terminals (computers) connected to the network. In order to access the chemical substance comprehensive management system from each terminal, the user can use the user ID 300 to check the organization information / employee information database 200 and access any registered user.

The MSDS database 102 is a database of product safety information sheets (MSDS) indicating handling precautions, harmfulness, and applicable items to laws and regulations of materials or products (hereinafter referred to as materials) for each material. It was done. Here, the material is used as a raw material of a finished product (for example, an unprocessed product such as ore or crude oil, a primary processed product such as an iron plate, a semi-finished product such as a base), or used for production of a finished product. (Eg, film agent, cleaning agent, paint, cooling agent). The term "finished product" refers to a product that is mainly shipped by a business as a product, such as a car, a camera, a personal computer, a film, a television, a CPU, a board, a cable, clothes, food, a building, electricity, and water. Applicable.

The material composition database 104 is a database of material composition information. One material is usually composed of a plurality of substances, that is, molecules, and the substance or molecule has a CAS number (Chemical Abstract Service).
ces). Therefore, the records of the material composition database 104 include the name of the material, the identifier of the controlled substance contained in the material (for example, the name of the controlled substance, the CAS number of the controlled substance, etc.), the content ratio of the controlled substance (preferably, the mass ratio). It is preferable that each of the lower limit and the upper limit of ()) is configured as a field. Here, the controlled substance is P
Chemical Substances (Class I Designated Chemical Substances) subject to the RTR Law (Act on the Estimation of Emissions of Specific Chemical Substances into the Environment and Improvement of Management) and Chemical Substance Management Guidelines for Prefectural or Government-designated Cities Substances that have a significant impact on the environment and that need to be managed as substances around them, such as chemical substances covered by environmental protection guidelines, etc. For example, toluene, xylene acid, methyl isobutyl ketone, isopropanol , Lead chromate, epoxy resins, methylene chloride, benzene, diethylzinc, acrylamide, mercury,
Such as vinyl chloride.

The controlled substance database 105 is a database listing controlled substances. A record group is stored in which any genre (poisonous substance, deleterious substance, management target, legally designated substance, self-managed substance, etc.) and the identifier of the management substance are used as fields. Further, a record group in which the identifier of the controlled substance and its physical property are fields is also stored. Physical properties include a coefficient for converting a molecular mass to a pure metal mass,
Includes values such as vapor pressure and density.

The emission coefficient database 106 stores, for each process and a combination of materials handled in the process, a controlled substance for each emission destination (atmosphere, water area, soil, consumption, commissioned disposal, recycling, production content, etc.). And a record in which the discharge / transfer amount (preferably, weight ratio) of the controlled substance is stored as a field. Here, the process refers to a product production process, a product inspection process, and a product development process, for example, a molding process, a processing process, a heat treatment process, a painting process, a cleaning process, an etching process, and a surface treatment process. ,
The assembly process is applicable. For example, in a coating process in a production line of a certain department, data is such that 80% of toluene, which is a component in paint A, is discharged to the air with respect to the input of paint A.

It is to be noted that the raw material input amount, the purchased amount, and the stock amount can be input from the terminal of the business site connected to the network into the emission material database.

The survey support means 101 includes an MSDS database 102, a material composition database 104, a controlled substance database 105, and an emission coefficient database 106.
Searches by associating mutually common fields from a group of records stored by, or searching by identifiers such as the name of a controlled substance or CAS number, searching for records by partial matching on the text in the field, or It has a function of outputting composition information of materials stored in the material composition database 104 from a controlled substance to a substance group similar to the controlled substance as a screen or a file.

Then, the discharge result database 110
Records used by the data input means 103, the process tallying means 107, the evaluation calculation means 108, and the total tallying means 109, and records created as a result thereof (material handling amount records, substance handling amount records, discharge and transfer amount records, tallying result records) Is a database that stores

The emission and transfer amount record categorizes the chemical substance emission and transfer amount total items into the minimum unit, totals the results for each total item, assigns a code, and stores the code.

The result display means 111 searches and reads out the contents of the discharge result database 110, and displays various totalized results. When displaying the tally result, the result display means 11
In 1, when a format specification request 500 is specified, an emission transfer report is created in a specified format based on a format registered in the format database 113. In the format registered in the format database 113, emission items to be totaled in a report for each destination are registered based on the code.

In addition, by registering the report summary items in the format database for each submission destination by the format-specific summary item creation 112, data registered in the format database 113 is used repeatedly in response to a format specification request. be able to. The person who needs to manage the chemical substance registers the report format different for each prefecture, each organization, and each industry in the format database 113, so that the report format can be selected when the emission amount is totaled, A totaling result can be displayed for each totaling item in the format registered in the format database.

Further, if such a chemical substance management system can be accessed from all terminals (computers) connected via a network, these databases can be shared.

Note that a program for executing the chemical substance total management system according to the embodiment of the present invention is a recording medium (for example, a floppy (registered trademark) disk, hard disk, memory card, memory stick, M
O, PD, CD-ROM, CD-R / RW, DVD-R
OM, DVD-RAM, etc.)
1; a data input process performed by the data input means 103; a process totalization process performed by the process totalization means 107;
It is to execute a total tabulation process performed by the total tabulation unit 109 and a display process performed by the result display unit 111.

In the chemical substance integrated management system according to the embodiment of the present invention, data of each database is stored in a recording medium (eg, floppy disk, hard disk, memory card, memory stick, MO, P
D, CD-ROM, CD-R / RW, DVD-ROM,
DVD-RAM). That is, this recording medium stores the MSDS data stored in the MSDS database 102, the material composition data stored in the material composition database 104, the managed substance data stored in the managed substance database 105, and the emission coefficient stored in the emission coefficient database 106. Data and product group database 201
And the result data (for example, a material handling record, a substance handling record, a discharge transfer record, a tally result record, etc.) stored in the emission result database 110.

FIG. 2 shows an example of the data structure of each database in the integrated chemical substance management system according to the embodiment of the present invention.

(A) shows an example of the data structure of the material composition database 104. The material composition data, for example, using the material name as a key index, the CAS number and composition component of the control substance contained in the material, and the composition component Is stored for each material in which the upper limit and the lower limit of the composition (preferably, weight%) are associated with each other. As the material name, a name as a product on the market or a product number when purchased by a business establishment is used. Any code system may be used as long as it is always unique (one-to-one).

(B) shows an example of the data structure of the controlled substance database 105. The controlled substance data, for example, the CAS number of the controlled substance is used as a key index, and the controlled substance, the organization to which the controlled substance is designated, and the controlled substance are indicated. Data associated with the physical property data. Here, the physical property data refers to the molecular weight, melting point, boiling point, vapor pressure, water solubility, specific gravity, etc. of the controlled substance.

(C) shows an example of the data structure of the emission factor database 106. The emission factor data, for example, the type of the input substance handled in the process using the process of the business as a key index, and the emission transfer from the process. The data in which the type of the discharged substance, the destination of the discharge and the discharge coefficient are stored. Here, the emission coefficient is a ratio of the amount of discharged material to the amount of input material.

FIG. 4D shows an example of the data structure of the MSDS database 102. The MSDS data, for example, a controlled substance or material is used as a key index, and the chemical name, English name, CAS number, property, raw material, price of the controlled substance are used. , Manufacturing method,
Stores data such as use, production, handling precautions, packing style, toxicity, and applicable laws and regulations.

FIG. 3 shows the detailed tabulation result and the A group standard format tabulation result.

The detailed totaling result is stored in the emission result database 1
10 is a specific example of the discharge transfer amount record to be registered in FIG. 10, and the discharge item 201 includes, for example, the following items. Chimney 205, storage 206,
Public water 209, sewer 210, landfill 212 as detailed items of discharge 212 to soil, incineration 215 as detailed items of removal amount 214, in-house incineration 215, decomposition amount 216, etc. And reserve 217. And these emission items 20
The emission amount 203 is calculated for each one. In addition, these emission items 201 are classified into the smallest units that can be classified, and an internal code 203 is assigned to each of the emission items 201.

Assume that there are the following items as the emission items 218 of the A group standard format totalization result, which is the emission totaling result. Emission amount (atmosphere) 221, emission amount (water area) 222, emission amount (soil) 223, in-house treatment amount 224, etc., and incineration facility transfer amount 225.

Since the emission items 201 of the detailed tabulation result are classified into the minimum unit, the emission amount 219 of the emission item 218 in the A group standard format is calculated only by adding the emission amounts 202 according to the internal code 203. can do.

When there is a discharge destination item unique to a report, the auxiliary code 217, which is a discharge destination item of the detailed tabulation result, may be associated with the internal code 220 of the discharge destination item unique to each report.

FIG. 4 shows a format designation request 500 in FIG.
Is an interface for executing.

A period 401 is specified as a range in which data registered in the discharge result database 110 is counted. Since the minimum unit of the database is a date, the period is defined as a start date to an end date.

Next, a report format designation 502 is designated.
The number of organizations that impose reporting obligations on companies increases as the activities of the companies become more diverse. Since there is a duty to report to various organizations such as Keidanren and the Electrical and Electronics Industries Association in addition to the reporting obligations stipulated by the government and the Environment Agency, specify a format suitable for the format of the report destination.

Further, for the production facilities of a plurality of business establishments collected on the network, a workplace designation 403 is specified as to which range of workplace emissions to be counted.

Also, by designating a controlled substance designation 404 such as the Environment Agency, the Electric and Electronic Industries Association, Keidanren, and a self-regulated substance, the substance is expanded to the substance defined by the CAS number registered in the controlled substance database 105, A specific substance that can be identified by a CAS number or the like can be counted from the emission result database 110.

FIG. 5 shows a totaling result of a format specified by the semiconductor industry as an example of a totaling amount of emissions for each report format.

FIG. 6 shows the results of counting the format of A Co., Ltd. as an example of the results of counting the emissions for each report format.

As shown in FIG. 4 and FIG. 6, the tabulation items are different for each report submission destination.
By specifying the report format to be output as the tabulation result, the tabulation result can be output for each format having different tabulation items with reference to the format data registered in the format database 113.

FIG. 7 shows the data input means 10 in FIG.
3 is a flowchart for realizing No. 3.

First, the data input means reads information relating to material input or purchase from a material purchase report or an inventory management report. Here, as an example, the process is started by reading a purchase record of a material (7a).

Next, the date at which the material was input is specified from the record (7b). Since there is always a data field indicating the Christian calendar or the Japanese calendar in the purchase record, this is taken out and converted into, for example, the Christian calendar.

Next, the input mass of the material is specified from the record (7c).

Next, from the record, the workplace which manages the material input is specified (7d).

Next, the process of material input is specified from the record (7e).

Then, the process input amount record storing the above result and the link information to the read original record are stored in the discharge result database 110.

FIG. 8 shows the process totaling means 1 shown in FIG.
FIG. 7 is a flowchart for realizing No. 07.

First, an input result record for the process is retrieved from the discharge result database 110, and the mass of the material input to the process is read (8a).

Next, the composition of the component of the above-mentioned material is searched from the material composition database 104 and converted into the amount handled for each controlled substance (8b). For example, if the input amount of the material is in the unit of mass (kg), the handling amount of the controlled substance can be obtained by mass (kg) by multiplying the stored composition by mass percent.

Finally, link information between the substance handling amount record and the read original record is stored in the discharge result database 110 (8c).

FIG. 9 shows the evaluation and summation means 108 shown in FIG.
FIG. 2 is a flowchart for realizing the above.

First, the substance handling amount record is taken out from the discharge result database 110, and the mass of each controlled substance put into the process is read out (9a).

Next, the emission transfer coefficient of the process is read from the emission coefficient database 106 for each control substance (9
b).

Next, the physical properties (conversion coefficient, etc.) of the controlled substance are read from the controlled substance database 105 (9c).

Next, the amount of the process discharged to the atmosphere, water, and soil, or the amount transferred to the product and the amount transferred as waste are calculated (9d). Since the discharge transfer coefficient is a numerical value indicating the ratio of the input material and the discharge transfer material, the discharge transfer amount of the substance to each discharge transfer destination can be calculated by multiplying the input amount by this coefficient. When this substance is a metal salt or the like, a pure metal element is required as an emission substance. In this case, conversion is further performed using the physical property data of the controlled substance.

Finally, the discharge transfer record and the link information to the read original record are stored in the discharge result database 110 (9e).

FIG. 10 is a block diagram of the totalizing means 10 shown in FIG.
9 is a flowchart for realizing No. 9; FIG.

First, the designated aggregation range (eg, workplace,
Department, section, line, process, factory, establishment, business group,
Identify the process group that corresponds to the region (10)
a).

Next, the discharge / transfer records of the above-described process groups in the designated period (for example, from April 1, 1999 to May 31, 1999) are stored in the discharge result database 11.
Read from 0 (10b).

Next, the designated workplace group or establishment / workplace name is converted into an organization code, and an emission transfer record including the organization code is read from the emission result database 110 (10c).

Next, only the release and transfer record of the designated controlled substance group (for example, hazardous substance designated by the Environment Agency) is extracted (10d).

Next, a discharge and transfer amount record is developed for each total item of the specified report format (10e).

After the results are tabulated (5f), the record of the tabulated result and the link information to the read original record are stored in the discharge result database 110 (10).
g).

FIG. 11 shows an example of a system configuration of the integrated chemical substance management system according to the embodiment of the present invention.

The dedicated server 1101 is installed in the general management section, and stores the database and the processing section shown in FIG. Controlled substance database, Material composition database, MSDS
A database, an emission coefficient database, a format database, and the like, and a management / aggregation function.

By connecting the in-house network 1102 to the dedicated server computer 1101, computers 1103 in various departments in various factories and offices in the company can use all functions.

Note that the in-house network 1102 is merely an example, and the same function can be achieved, for example, via the Internet.

Further, an external general-purpose data providing site 110
5 is connected to the database via the Internet 1104, so that a wide range of data that cannot be stored in the dedicated server computer 1101 and data that is frequently revised can be utilized. It becomes possible.

Note that the general-purpose data providing site 1105 is connected to the Internet 1104 and the in-house network 1102.
To the dedicated server computer 1101 via the MSDS
Data, material composition data, controlled substance data, emission factor data can be distributed and updated.

FIG. 12 shows an example of a business form using the integrated chemical substance management system according to the embodiment of the present invention.

Each database shown in FIG. 1 is placed on a dedicated server of an outsourcing company shown at 1106 and connected to a person who needs to manage chemical substances, for example, a chemical substance management company 1107 via the Internet 1108.

The chemical substance management company 1107 receives, from the outsourcing company 1106, data indicating the type and amount of the material or product to be input in the process and the submission destination of the report, and based on the data in each database described above. Calculate the amount of materials or substances that make up the product to be released to the destination, and further prepare a report to the submission destination using a format database that registers a predetermined format for each report submission destination. It is provided to the chemical management company 1107.

The process by which the outsourcing company 1106 calculates the controlled substance release / transfer amount is the same as that in the integrated chemical substance management system described with reference to FIG.

It is to be noted that the outsourcing company 1106 and the chemical substance management company 1107 may conclude a contract with the outsourcing company 1106 in advance so that there is no service provided by the outsourcing company 1106, and pay for the service received based on the contract. . The payment of the consideration may be an annual contract, a monthly contract, or a menu contract based on the service received.

FIG. 13 is a processing flow for executing an example of the business form shown in FIG.

First, the chemical substance management company 1107 sends the contracted outsourcing company 110 via a computer.
6 is accessed via the Internet (13a). Of course, the Internet is an example,
The access may be via a dedicated line or the like.

Next, the chemical substance management company 1107 transmits to the outsourcing company 1106 the data indicating the type and amount of the materials to be input in the process and the information on the destination of the report (13b).

Next, the outsourcing company 1106
Based on this data, using each database stored in the dedicated server, calculate the amount of the substance constituting the material to be discharged to the transfer destination, and discharge the material related to the material to the discharge and transfer destination. In addition to summarizing the total amount of reports, a report to the submission destination is created using a format database in which a predetermined format for each report submission destination is registered. Then, the report data is provided to the chemical substance management company (13c).

Another business form using the integrated chemical substance management system according to the embodiment of the present invention will be described with reference to FIG.

Each database shown in FIG. 1 is placed on a dedicated server of the outsourcing company 1106, and connection to the chemical substance management company A1109, the chemical substance management company B1110, etc. is permitted via the Internet 1108,
Chemical substance management company 1107, Chemical substance management company 1108
And the like calculate the controlled substance release / transfer amount using a database stored in a dedicated server of the outsourcing company 1106.

Note that the chemical substance management company A1109, the chemical substance management company B1110, etc.
The amount of controlled substance release / transfer is calculated using each database stored in the dedicated server 06. The process is as follows.
Except for using the database stored in the dedicated server 106, the configuration is the same as that in the chemical substance integrated management system described with reference to FIG.

In this case, the outsourcing company 1106
And chemical substance management company A1109, chemical substance management company B1
110 and the like, a contract is made in advance so that there is no service provided by the outsourcing company 1106,
A mechanism for paying for the service received based on the contract can be considered. The payment of the consideration may be an annual contract, a monthly contract, or a menu contract based on the service received.

FIG. 15 is a processing flow for executing an example of the business form shown in FIG.

First, as shown at 15a, the chemical substance management company A1109, the chemical substance management company B1110, etc., use a computer to contract outsourcing company 11
06 is accessed via the Internet. Of course, the Internet is an example, and may be accessed through a dedicated line or the like.

Next, as shown at 15b, the outsourcing company 1106 makes access to various databases stored in the server based on contracts with the chemical substance management company A1109, the chemical substance management company B1110, and the like that have accessed. Permission is granted to chemical substance management company A1109, chemical substance management company B1110, and the like.

As shown at 15c, the chemical substance management company A1109, the chemical substance management company B1110, etc.
Data indicating the type and amount of the material to be input to the process is input to a computer, and the amount of controlled substance release / transfer is calculated based on various databases of the outsourcing company 1106.

[0102]

As described above, according to the present invention,
It can output the result of the emission total according to the format of the submission destination.

Therefore, it is possible to provide a chemical substance comprehensive management system and a chemical substance comprehensive management method capable of efficiently totalizing the discharge and transfer of chemical substances.

[Brief description of the drawings]

FIG. 1 is an overall configuration of an integrated chemical substance management system according to an embodiment of the present invention.

FIG. 2 is an example of a data structure of each database in the integrated chemical substance management system according to the embodiment of the present invention.

FIG. 3 shows a detailed tabulation result and a group A standard format tabulation result.

FIG. 4 is an interface for executing a format specification request 500 in FIG.

FIG. 5 is a diagram showing a total result of a format designated by a semiconductor industry.

FIG. 6 is a diagram showing the results of format tallying by A Corporation.

FIG. 7 is a flowchart for realizing the data input unit 103 in FIG. 1;

FIG. 8 is a flowchart for realizing the process totalizing means 107 shown in FIG. 1;

FIG. 9 is a flowchart for realizing the evaluation aggregation means 108 shown in FIG. 1;

FIG. 10 is a flowchart for realizing the totalizing means 109 shown in FIG. 1;

FIG. 11 is a system configuration example of a chemical substance integrated management system according to an embodiment of the present invention.

FIG. 12 is an example of a business form using the integrated chemical substance management system according to the embodiment of the present invention.

FIG. 13 is a processing flow for executing an example of the business form shown in FIG. 12;

FIG. 14 is another business form using the integrated chemical substance management system according to the embodiment of the present invention.

FIG. 15 is a processing flow for executing an example of the business form shown in FIG. 14;

[Explanation of symbols]

101: Survey support means, 102: MSDS database, 103: Data input means, 104: Material composition database, 105: Controlled substance database, 106: Emission coefficient database, 107: Process totaling means, 108
... Evaluation calculation means, 109 ... General tabulation means, 110 ... Emission result database, 111 ... Result display means, 113 ... Format database, 200 ... Organization information / employee information database, 300 ... User information, 400 ... Workplace information, 50
0: format specification request, 1101: dedicated server, 1102 ...
In-house network, 1103 ... Computer, 1104
... Internet, 1105 ... General purpose data providing site,
1106: an outsourcing company, 1107: a chemical substance management company.

 ──────────────────────────────────────────────────の Continuing on the front page (72) Inventor, Takoko Ono 890 Kashimada, Saiwai-ku, Kawasaki-shi, Kanagawa F-term in Hitachi, Ltd. Industrial Systems Group 5B075 KK07 KK13 KK33 KK37 ND03 ND20 ND23 ND36 PQ02 PQ16 PQ20 UU40

Claims (7)

[Claims] 1. A material composition database in which component information of a material or a product is made into a database, a managed substance database in which substances that need to be managed are listed, and a weight ratio data of the substance at a discharge and transfer destination for each substance is an emission coefficient. Emission factor database is provided as a database as data, and when data indicating the type and amount of material or product input in the process is input, data indicating the amount of material or material constituting the product discharged to the destination Comprehensive chemical substance management system for calculating a report, comprising a format database in which a predetermined format is registered for each destination of the report, and A comprehensive management system for chemical substances characterized by the ability to create reports for the future. 2. The integrated chemical substance management system according to claim 1, wherein a code is assigned to the calculated data for each discharge destination, and the format database is compiled into a report for each report submission destination. Wherein the emission items to be registered are registered based on the code. 3. A material composition database in which ingredient information of a material or a product is made into a database, a managed substance database in which substances that need to be managed are listed, and a weight ratio data of the substance at a discharge destination for each substance is used as an emission coefficient. A chemistry system comprising: a server having an emission factor database which is made into a database as data, a format database in which a predetermined format is registered for each report submission destination, and a computer which can be connected to the server via a network. A comprehensive substance management system, comprising: inputting data indicating the type and quantity of a material or a product to be input in a process into the computer; and configuring the material or the product based on the data of the respective databases provided in the server. Calculate the amount of substances released and transferred to destinations and submit reports A chemical substance comprehensive management system, wherein when a destination is specified, a report to the specified destination can be created in accordance with the tabulated items registered in the form database. 4. A material composition database in which ingredient information of a material or a product is made into a database, a managed substance database in which substances that need to be managed are listed, and a weight ratio data of the substance at an emission and transfer destination for each substance is used as an emission coefficient. Using the emission factor database created as a database as data, inputting data indicating the type and amount of the material or product to be input in the process, the data indicating the amount of the material or product that constitutes the product to be discharged to the destination This is a comprehensive management method for chemical substances that calculates the value of a report. Using a format database in which a prescribed format is registered for each report submission destination, a report to that submission destination can be created by specifying the report submission destination. Chemical substance comprehensive management method characterized by doing so. 5. A material composition database in which component information of a material or a product is made into a database, a managed substance database in which substances that need to be managed are listed, and a weight ratio data of the substance at a discharge and transfer destination for each substance is used as an emission coefficient. Inputting data indicating the type and amount of material or product input in the process using the emission factor database created as a database as data, data indicating the amount of material or material constituting the product that is discharged to the destination This is a comprehensive management method for chemical substances, which is based on the data and the destination of the report, which indicates the type and quantity of materials or products input in the process from those who need to manage chemical substances. Calculating the amount of the material or the material constituting the product discharged to the destination based on the data of the respective databases, In addition, using a format database in which a predetermined format is registered for each report submission destination, a report to the submission destination is created and provided to a person who manages the chemical substance. Method. 6. The comprehensive chemical substance management method according to claim 5, wherein the business entity is a data and report indicating the type and amount of a material or a product input in a process from a person who needs to perform chemical substance management. A method for comprehensive management of chemical substances, characterized in that the submission destination of a certificate is obtained via a communication line. 7. The business operator has a material composition database in which component information of materials or products is made into a database, a controlled substance database in which substances that need to be managed are listed, and a weight ratio of the substance at a discharge and transfer destination for each substance. It has a server equipped with an emission factor database in which data is converted into a database as emission factor data, and a format database in which a predetermined format is registered for each report submission destination, and the server is configured to be connectable via a network. And providing the data of each database provided in the server to a person who needs to perform chemical substance management.