KR101844473B1 - Site safety chemical management system - Google Patents

Abstract

The present invention relates to a system for managing a full-cycle of a chemical substance in a workplace for safety. According to the present invention, the system diagnoses an obligation for each legislation for each workplace based on information on a chemical substance, an intermediate or mixture matter, and a product, verifies whether the diagnosed obligation for each legislation is obeyed, provides a fulfillment information management function when the legislation is obeyed, and provides a fulfillment support function such as automatic creation of a legal form or the like when the legislation is not obeyed.

Description

Site safety chemical management system {Site safety chemical management system}

BACKGROUND OF THE INVENTION 1. Field of the Invention [

(Hereinafter referred to as the "Law on the Registration and Evaluation of Chemical Substances"), the Chemical Substance Control Act (hereinafter referred to as the "Coronary Law"), the Industrial Safety and Health Law And the Gas Safety Management Act (hereinafter referred to as the "High Pressure Law") have been significantly strengthened.

In particular, SMEs, which are poorly managed by chemical safety and chemical cycle at workplace, faced a downturn due to strengthened inspection and supervision of legal standards such as coronation law, industrial law, and comfort law.

This is a corrective action in case of violation of harmful chemical substance handling standards by the coronary method. Termination of business, penalties of up to 5 years imprisonment or fines of up to 100 million won, business interruption in the event of a chemical accident, fines of up to 10 years or fines of 200 million won and penalties of up to 5% of sales, penalty of imprisonment for up to 5 years Or violation of related chemical laws such as fines of up to KRW 50 million will be directly linked to business continuity and investment decisions.

Small and medium enterprises (SMEs) account for about 96% (21,000) of the companies handling domestic chemical substances, and chemical incidents of small and medium-sized enterprises have been increasing since the year 13, and about 69 % Of them are occupied by small and medium sized small business chemical accidents. In order to prevent such chemical accidents, the five chemical laws and regulations of the Peace Law, Coronary Law, Sanction Law, Consolation Law, and High Pressure Law are greatly expanded and strengthened. However, small and medium enterprises with poor management conditions, The complainant has a great difficulty in responding to timely requests such as confirming the contents of the law, judging the object, and implementing it.

For example, the establishment of a chemical safety management system for a medium-sized company cost 100 to 200 million won. However, a toxic chemical sales company records technical documents such as report / report, transportation plan, (5%) of the sales of the workplace (2.5% for the single business place) shall be imposed upon the cancellation of the business or the suspension of business within 6 months, 3 years or more or a fine of up to 1 billion won (see Figure 1).

In this way, it is imperative to implement chemical safety management solution technology at the site level to diagnose and implement legal obligations such as the coronation law and the radiation law of SMEs, and to reduce the damage caused by chemical accidents.

Specifically, as laws and regulations related to the prevention of chemical accidents have been significantly strengthened, we have implemented the 'Safety Chemical All-Period Management System at Worksite' as a chemical safety management solution for each workplace in order to comply with the chemical laws of small and medium- And completed the field practical application and demonstration phase.

A related patent document will be described.

U.S. Patent No. 6,980,883 discloses a system for integrally managing the history of a substance from its initial creation to its final destination (product manufacturing plant). It is not possible to determine whether the total amount of the business unit is subject to management, licensing, etc., except that the information related to the substances can be stored and output in the database, but the moving information is output together. Management is impossible.

Japanese Laid-Open Patent Publication Nos. 1999-161709 and 2001-243305 disclose techniques for evaluating the influence of raw materials by coding codes on raw materials required in the production process according to the life cycle of the finished product. However, it is impossible to track and optimize the material traceability management system based on related laws and regulations.

US 6,980,883B JP 1999-161709A JP 2001-243305A

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems.

We intend to develop and disseminate chemical substance lifecycle management technology for the public base, in order to prevent chemical accidents and to prevent chemical accidents and comply with laws.

We will enhance the management capability of chemical substances in companies through safety management of small and medium sized enterprises which are difficult to manage chemical substances, diagnose regulatory targets, enforce regulations and provide professional prescriptions, and secure management stability by preventing accidents.

We intend to develop integrated management technology as well as self-response to expanded enforcement regulations such as Peace Law, Coronation Law, Consolation Law, Sanction Law, and High Pressure Law.

Specifically, the present invention proposes a system capable of precisely investigating the cause of the occurrence of a problem and managing the occurrence of a problem by managing the history of the content and the amount of the substance to the raw material, the product composed thereof or the intermediate product / mixture thereof.

Furthermore, we propose a system that can lead to safer chemical management by allowing various users to evaluate each user according to the environment in which the product is handled or manufactured.

One embodiment of the present invention for solving the above problems is a system for managing a safe chemical substance lifecycle comprising a business enterprise database 540, a material database 510 and a product database 520, A user chemical safety risk assessment index calculated for each user identifier is stored in the database 540. In the substance database 510, the name of the substance, its use for each substance, A user identifier that is an identifier of a user who imports, uses, manufactures, stores, stores, transports, or sells and a preset physical property of the corresponding substance are stored in the product database 520. In the product database 520, Wherein a plurality of materials are stored together with a user identifier of the material, The safety chemical substance lifecycle management system includes a business management module 310, a vendor evaluation module 320, and a manufacturer, Module 330 and a vendor information input module 340. The vendor evaluation module 320 stores the questionnaire score inputted for a predetermined user identifier as the user chemical safety risk assessment index, A check score according to a preset check item is input to the contents check module 330. The check score and the question score are stored together in the vendor database 540 as the user chemical safety risk assessment index, (310) determines whether the user chemical safety risk assessment index of the identified user identifier stored in the company database (540) The vendor information input module 340 uses the material database 510 and the vendor database 540 to identify the handling products or handling materials and their uses corresponding to the user identifier And outputs the vendor information as the inspection score. When the vendor information of another user identifier is requested from the user identifier, the user identifier and the user identifier other than the requested user identifier And outputs the business information of another user identifier, and when the material constituting any one of the products handled by the requested user identifier is a product or a material handled by the other user identifier, Provide a safe chemical substance lifecycle management system to judge the relationship.

Further, the system for managing safety chemicals throughout the cycle further includes an intermediate product / mixture and a substance identification module 180, and the intermediate product / mixture and substance identification module 180 may receive input from the product database 520 It is preferable to confirm and output the substance constituting the product and the user identifier of the substance.

In addition, the safety-related chemical substance lifecycle management system of the present invention further includes a product information sequencing module 190. The product information sequencing module 190 constitutes an input product, Dimensional, and when the products are identified, they are linked to the stored products or materials to identify them in the next dimension, by checking them n-dimension until the products are confirmed, The material is sequenced and output by dimension, where n is preferably a natural number.

In addition, the product information sequencing module 190 serializes and outputs all the materials constituting the input product by dimension, and when products are additionally selected in a dimension less than n dimensions, Or output the material along with its user identifier.

In addition, the product information sequencing module 190 may sequentially output all the materials constituting the input product by dimension, and output the user identifiers of the products or materials together.

In addition, the product information sequencing module 190 sequentially outputs all the substances constituting the input product by dimension, and outputs the user identifier of each product or materials and the user chemical safety risk assessment index together.

In addition, the above-mentioned safety chemical substance lifecycle management system of the workplace includes a preliminary environmental review function, a chemical substance inventory management function, a chemical substance registration number management function, a chemical substance performance management function, a chemical substance use management function, Management functions and the like.

Also, the preliminary environmental review function is provided by a purchase request from a company registered in the company database 540 and a reviewed preliminary stability data, and the chemical inventory management function is provided to the product information series module 190 ), And the chemical registration number management function is provided by determining whether or not the chemical substance is the registration target substance stored in the substance database 510 , And the chemical substance performance management function is provided by the amount and use of the chemical substance stored in the product database 520 and the substance database stored in the substance database 510, Chemical handling standards, and installation management standards are provided by a stored statutory database 530, The product product management function determines whether the chemical substance stored in the substance database 510 corresponds to the substances and product-related regulations stored in the statutory database 530 and whether the substance corresponding to the input product corresponds to the regulation And the supply chain management function is provided by information change through the vendor information input module 340 and information request and approval.

According to the present invention, it is possible to diagnose obligations according to laws and regulations at each workplace, to confirm compliance with the mandatory requirements of each statutory law, to provide fulfillment information management function in the case of a conformed statute, And the like.

In addition, details such as "Preliminary environmental review", "Chemical inventory management", "Chemical substance registration number management", "Chemical substance performance management", "Chemical substance use management", "Product management", and "Supply chain management" Function is supported.

According to the present invention, a harmful chemical substance management system is secured and work and information transmission efficiency is achieved by an integrated management system.

Companies with insufficient management of chemical substances will establish a self-management system for chemical substances, manage partner companies and provide chemical safety service to customers, improve chemical safety management infrastructure, and improve global environmental regulation capabilities.

Through the establishment of chemical full-cycle management technology, it is possible to manage hazardous chemical substances handling and safety hazards in the process, and prevent workers and consumer health and environmental impacts of chemical substances or products from being implemented and processed.

It is possible to improve and improve chemical safety management system of enterprises through the spread of chemical substance lifecycle management technology, and to secure competitiveness through chemical monitoring, diagnosis, prescription and establishment of compliance system.

In addition, any material or product or intermediate / mixture can be seen at a glance at its history and the flow of materials that make up it, enabling effective quality control, compliance and history management.

Through effective quality control, regulatory compliance, and history management, it is possible to accurately identify and manage the causes of various problems in the management and various finished products, such as product defects, customs rejection, regulatory violations,

It is possible to check the chemical safety risk of each workplace, so that it is possible to manage business partners more safely and prevent chemical accidents in advance.

Incidentally, even for any substances, intermediates / mixtures or products, the legal obligations to be confirmed and necessary administrative procedures (registration of chemical substances, etc.) can be informed at once. As well as storing information about the substance, it is also possible to link information with businesses that import, use, store, store, transport, manufacture or sell the substance.

FIG. 1 is a schematic diagram of penalties according to the violation of Peace Law, Coronation Law, and Acts.
Figure 2 is a schematic diagram of a system according to the invention.
FIGS. 3 and 4 are schematic diagrams for explaining a process of managing history, FIGS. 3A and 3B are schematic views summarized in terms of products and materials, and FIG. 4 is a schematic diagram summarized from the viewpoint of a user.
FIG. 5 is a flowchart for schematically explaining a total safety management method for a workplace using a system according to the present invention.
FIG. 6 is a flow chart for explaining a function after purchase request supported by the system according to the present invention.
FIG. 7 is a flowchart for explaining a function after inputting the material information supported by the system according to the present invention.
FIG. 8 is a flowchart for explaining a function after entering the peace-of-interest notification information supported by the system according to the present invention.
FIG. 9 is a flowchart illustrating a function after inputting step-by-step check item definition information supported by the system according to the present invention.
FIG. 10 is a flowchart for explaining a function after inquiring of the material information supported by the system according to the present invention.
11 is a flowchart for explaining a function after information change supported by the system according to the present invention.
FIG. 12 is a flowchart for explaining a function after inputting upper and lower company and lower-level user information supported by the system according to the present invention.
13 and 14 are an example of business information that is created and output to be provided to a business operator having a one-dimensional relationship, which will be described later.

In the following, "material" means a chemical substance.

Hereinafter, the term "product " means an industrial final product in which a plurality of chemicals are processed through a separate process (s). For example, product A may be composed of materials of B, C, D, E. It should be understood that this does not necessarily mean only commercially available products, and that any object made up of a plurality of chemicals is included therein.

In particular, a number of intermediate / mixture steps can be taken, from the most basic material to the final product. For example, if substances A and B constitute intermediate product / mixture C, and substances D and E constitute intermediate product / mixture F, and intermediate / mixture C and intermediate product / mixture F constitute final product G , Both C and F will be referred to as intermediate / mixture.

Hereinafter, the term "user" means a business entity that imports, uses, stores, stores, transports, manufactures, or sells a substance or a product. Means an assigned signal or code. One user identifier corresponds to one user one to one.

In the following, the term "RoHS substance" refers to a substance which is abbreviated as "the Restriction of the Use of Certain Hazardous Substances" in the electrical and electronic equipment directive. do.

In the following, the term "REACH substance" means a chemical substance with the abbreviation of Registration, Evaluation, Authorization and CHemicals regulation, which is prescribed in advance to be subject to registration, evaluation, authorization and restriction according to manufacture, import quantity and risk.

In the following, the term "CPSIA Substance" means a substance using the abbreviation of the Consumer Product Safety Improvement Act, which is restricted for use under the US Product Safety Act.

In the following, "system" means an article.

Hereinafter, "module" means an information processing unit, but is divided for explanation and does not have to be physically separated. That is, it is noted that a plurality of modules can perform their functions together in one information processing device or terminal.

1. Description of the database

Referring first to FIG. 2, the databases of the system according to the present invention will be described.

In the system according to the present invention, the database includes a material database 510, a product database 520, a statutory database 530, and a vendor database 540. Of course, they are interconnected.

The substance database 510 stores information about the substance.

Specifically, for a specific substance, not only the physical properties of the substance but also a user identifier for each substance, whether the substance is a RoHS substance, whether it is a REACH substance, and whether it is a CPSIA substance or not is stored.

For example, if there are three establishments that manufacture substance A (X, Y, Z) and the substance is a RoHS substance, not a REACH substance and not a CPSIA substance, then substance A has three different user identifiers , Y, Z), and the physical properties of the corresponding substances will be stored in the same manner and stored as RoHS substances.

In addition, import quantities, usage quantities, production quantities and sales quantities for the user identifiers are stored.

For example, in the case of substance A, the import amount, use amount, production amount and sales amount of X business are 0/0/20/20, Y business is 30/20/0/0, and Z business is 0/30/50 / 10 will be stored accordingly.

As will be described later, various information can be confirmed based on this.

It is also possible to check information on imports or uses of a large number of substances from a specific company, as well as imports, usage, production and sales volume of the whole business for a specific substance.

The product database 520 stores information on the product.

As described above, since a product is composed of a plurality of materials, a product is stored together with a business identifier that imports, uses, stores, stores, transports, manufactures, or sells the product.

The intermediate / mixture of multiple materials is also stored here.

As will be described later, various information can be confirmed based on this.

For example, if product A consists of substances B, C, D, and E, the manufacturer of the product A can be identified by the user identifier as well as the manufacturer of the materials used to manufacture the product.

Conversely, it is also possible to identify the products in which a single substance was used and the manufacturer of the product by importing the substance.

In the statutory database 530, preset laws and ordinances related to the chemical substance are stored.

The system stored in the statutory database 530 consists of the entire statute (ie, the article), the substances defined as regulated substances in the statute, and registration application documents required for the notification of each substance.

Such information may be manually entered into the statutory database 530, or may be entered automatically, and the update may be either manually or automatically.

There are no restrictions on the types of statutes included here.

There are many kinds of chemicals such as petrochemical products and biocide safety management law, pesticide management law, fertilizer management law, feed management law, pharmacist law, drug management law, Food Sanitation Law, Cosmetics Act, gun gun sword gun control law, high-pressure gas safety management law, atomic energy law and so on.

In addition, it may include laws and regulations outside of Korea, such as the EU Biocide Biotechnology (BPR) and Cosmetics Act, and the Chinese New Chemical Substance Environmental Management System.

The vendor database 540 stores information related to a business entity that is the subject of import, use, storage, storage, transportation, manufacture or sale of a substance or product.

The distinction of a company is possible with a user identifier.

Any substance or product imported, used, stored, stored, transported, manufactured or sold by a one-to-one correspondence per user identifier may be listed.

Also, as will be described later, a numerical user chemical safety risk assessment index can be stored and managed together.

2. Description of Safety Chemical Substances Management System

The system according to the present invention may include a new substance registration module 110, a product registration module 120, an intermediate product / mixture and substance identification module 180, a product information sequencing module 190, A vendor evaluation module 320, a vendor always checked content confirmation module 330, and a vendor information input module 340.

The new substance registration module 110 functions to store the new substance in the substance database 510.

The product registration module 120 functions to store a new product in the product database 520.

The intermediate product / mixture and substance identification module 180 may identify and output all intermediate products / mixtures or materials that constitute the input product using the product database 520 when the product is entered, When it is inputted, it performs the function of checking and outputting all the substances constituting the inputted intermediate product / mixture by using the product database 520.

The product information sequencing module 190 has a function of sequencing and outputting all the intermediate products / substances or substances constituting the input product as shown in FIG. 3 in the intermediate product / mixture and substance identification module 180 .

Specifically, the product database 520 stores all of the intermediate products / substances or substances that constitute a specific product, and all the substances constituting the intermediate product / mixture are stored. Identify intermediates / mixtures or substances in one dimension by linking them with the input product.

In the case of Fig. 3, the intermediate product / mixture B1 and the substance B2 are connected to the product A in one dimension.

In the same way, the intermediate substances / mixtures are combined to form the next dimension of the stored substances.

In the case of FIG. 3, in the product database 520, the substance constituting the intermediate product / mixture B1 is identified, and the intermediate product / mixture C1 and the substance C2 are two-dimensionally connected.

This process continues until the product or intermediate / mixture is not identified and is checked in n dimensions. Where n is a natural number.

In the case of FIG. 3, the intermediate / mixture C1 is connected in three dimensions to the material D1 and the material D2. There is no additional product to check, so it ends here.

On the other hand, the product information sequencing module 190 can output together user identifiers that import, use, store, store, transport, manufacture or sell each product or intermediate / mixture or substance as shown in Fig. 3 have.

In the case of FIG. 3, as shown in FIG. 4, the users 1 to 7 contribute to the product A. That is, to provide the material, to provide the intermediate / mixture, or to make the final product.

On the other hand, the product information sequencing module 190 may output a lower-level product or intermediate product / mixture or substance connected thereto when a specific product is selected in a sequenced and output state, together with the user identifier.

As in the case of FIG. 3B, when the product C1 is selected, the lower-dimensional product or intermediate / mixture or substance D1 and D2 are displayed.

This is useful if you have a problem with a particular product.

For example, in the case of the user 1 who manufactured the product A, it is confirmed that the cause of the problem is unknown to the product A. However, if there is no problem in the substance B 2 and the substance C 1, The sequencing of FIG. 3b can be used to narrow down the range of what material or business a problem has occurred.

The vendor management module 310 stores a user identifier in the vendor database 540 and a user chemical safety risk assessment index calculated for each user identifier.

The vendor evaluation module 320 computes a user chemical safety risk assessment index for each user identifier.

The calculated user chemical safety risk assessment index is stored in the vendor database 540. In one embodiment, the user chemical safety risk assessment index may be stored as a user chemical safety risk assessment result.

The user's chemical safety risk assessment index can be rated by the user directly connected to the user identifier. Referring to FIGS. 3 to 4, only a user who is connected in one dimension can be evaluated.

For example, user 2 is preferably evaluated by user 1, and user 3 is evaluated by user 2.

The rating can be set in any way, for example, the questionnaire scores entered by other users may be utilized.

The manufacturer's normal check content confirmation module 330 has a check item set in advance so that the user performs the check itself and inputs the check score according to the check.

That is, the user chemical safety risk assessment index stored in the vendor database 540 may include a questionnaire score input by another user using the vendor evaluation module 320, Check points can be used together. In one embodiment, the questionnaire score is a survey result value, and the check score can be utilized as a check result value.

The final output user chemical safety risk assessment index is preferably the latest value, but an average value may be used if a plurality of evaluations are accumulated.

In addition, the user chemical safety risk assessment index can be output together with the product information sequencing module 190 when the product and its user are sequenced as shown in FIG. 3, It is possible.

The vendor information input module 340 uses the material database 510 and the vendor database 540 to identify the handling product or intermediate / mixture or substance and its use as the user identifier, , Storage, transportation, manufacture, or sales amount of the business information, and the business information that is the inspection score.

The company information may be created and output in any manner, but may be in the format shown in FIG. 13 or FIG.

Such information may be provided to all users for business purposes, but it may be desirable to be provided only to users who are in a one-dimensional relationship for business confidentiality and efficient safety management.

3. Functional description of safety chemical substance lifecycle management system at workplace

As shown in FIG. 5, a method according to the present invention is a method of inputting input variables such as a business address, a business type, a chemical substance name, an import / use / storage / storage / transportation / Diagnose the obligations by statute and confirm compliance with the statutory requirements. Compliance legislation provides compliance information management functions, and in the case of non-compliant legislation, compliance support, such as automated courtroom forms, is provided.

Its specific functions are summarized in "Preliminary Environmental Review", "Chemical Inventory Management", "Chemical Registration Number Management", "Chemical Performance Management", "Chemical Usage Management", "Product Management" and "Supply Chain Management" It can include 7 kinds.

3.1 Preliminary Environmental Review

It is necessary to acquire basic information on chemical substance tracking and management through preliminary environmental review.

According to the present invention, in the warehousing step, the supplier regulated substance is managed, information on the chemical substance in the supplied product is inputted and managed, and information insufficiency and legal nonconformity are rejected or requested again. That is, new substances or toxic chemicals that have not been tested for hazards are managed through the list of regulated substances, and orders are issued after approval.

This will be described in more detail with reference to FIG.

When a purchase request is made in the production, manufacturing, or laboratory, which is a company registered in the company database (540), the stability is reviewed and the data is secured. When the result of the preliminary stability check and the application information are inputted, the review is automatically performed, and the result is inputted and the result is evaluated by the system of the present invention. If the evaluation result falls below a preset reference value, the evaluation result is returned.

Now, the vendor is selected and the information stored in the vendor database 540 is used to confirm whether the selected vendor is authorized or not, and purchase is ordered accordingly.

In the article waiting state, the intermediate product / mixture, the substance identification module 180, and the product information sequence module 190 determine whether the product is a dangerous product, and corrective action is taken if the product is dangerous. Corrective action may be taken at the time of import inspection. After the environmental safety inspections are carried out, the storage is decided according to whether or not the mixture is prohibited. Here, it goes to the step of prohibition of confusion when making an external purchase by a service provider or the like.

Will be described with reference to FIG.

If the material information such as parts or materials is input by the intermediate product / mixture and the material identification module 180 and the product information series module 190, the preliminary environmental permit data is uploaded. The data are automatically reviewed and the results are also automatically assessed and the evaluation results are settled. Then, the review history is stored.

3.2 Chemical Inventory Management

Domestic chemical substances laws require reporting of chemical substances and registration of inventories of chemical constituents.

With the present invention, such inventories are automatically organized and managed.

The product information series module 190 inputs and manages the chemical composition information contained in the parts, constructs the inventory of chemical substances to be handled and a database, and manages parts, parts for each product, and change management functions.

Specifically, the inventory and database of in-house chemical substances are established (quantity, use information, regulatory information, hazard information, etc.), as well as domestic chemical substances laws (Peace Law, Coronary Law, Sanction Law, Inventory is managed by material unit, and inventory of chemical constituting ingredients is managed. Inventory is constructed by using MSDS, LOC, COA, product report, etc., and parts management, parts management by product, And supplier change management.

3.3 Managing chemical registration numbers

The registration number to be issued at the time of registration of the chemical substance needs to be managed, and it is necessary to confirm whether or not to register it, and to confirm and manage the registration number.

According to the present invention, not only the registration number issued at the time of registration of the chemical substance is managed, but also the registration of the existing substance, the registration of the new chemical substance, the management of the registration number, and the attachment of the self-

Peace law requires registration of the reference substance every three years and registration within three years. The registration number to be issued at the time of registration is an item that must be provided for the supply of chemical products, and it is necessary to confirm the registration number and the registration number at the preliminary environmental review step and manufacturing step described above. In the case of new substances, if the registration number is not disclosed for reasons of information protection, it shall be accompanied by a certificate confirming the legal compliance.

Will be described in more detail with reference to FIG.

The existing substance to be registered is applied to the substance database 510 according to the Peace and Law Notification. The intermediate / product and substance identification module 180 confirms and classifies whether or not to register. The Ministry of Environment website confirms the chemical registration and gives the registration number. In the case of new substances, the registration number is not disclosed, so it is desirable that the person who can guarantee the legal compliance manage the certificate.

3.4 Performance management of chemicals

In the Peace Law and Coronary Law, it is required to report the production quantity, quantity of import, quantity of usage, quantity of inventory, volume of sales, amount of carryover, and statistical survey.

According to the present invention, since products and materials are stored in the databases 510 and 520, it is possible to manage the amounts and uses of chemicals from the receipt of the chemical to the waste. Chemical substance (BOS) amount, use management is implemented. Statistical functions such as production volume, import volume, sales volume, and usage volume are implemented.

3.5 Chemical Use Management

It is necessary to manage the handling standards and handling facilities standards for each chemical substance.

According to the present invention, chemical manufacturing and safety management (handling and installation management standards) are performed. Hazardous chemical substance handling standards, and installation management standards are established in the statutory database 530 and the like. In addition, it is possible to support the regular inspection system by the list of checklists.

Will be described with reference to FIG.

Stepwise check items are defined in the statutory database 530, and check items for each business site can be separately defined by the user. The conditions and items are classified and can be checked periodically. When the database is entered, a check check is performed.

Then, when the check result is entered and check classification is selected, compliance items such as weighing, item, check, opinion creation, and photo attachment can be input. Results management and inquiry are possible. The regular inspection contents verification module 330 confirms the regular inspection of the chemical company as well as the company.

The major hazardous chemical substances are stored in the material database 510 and the product database 520 as described above, and the business sites can inquire at any time and confirm compliance.

3.6 Product Management

It is necessary to manage the regulations on the substances and products of Peace Law, Coronary Law, Consolation Law, Sanction Law and High Pressure Law.

According to the present invention, the laws and regulations database 530 judges and manages classification in accordance with the regulatory requirements of materials and products. In other words, a database for the peace process, the coronation law, the comfort law, the industrial law and the high pressure regulation are established, and the substance information management and inquiry output function are provided.

Will be described with reference to FIG.

When the substance inquiry is input, it is searched in the regulation database, the substance-specific regulation is inquired and the status is outputted.

When a product inquiry is input, it is searched in the regulatory database, the regulation by product is inquired, the regulated substance in the product is classified, or the regulated substance by the substance constituting the product is classified and the status is outputted.

The regulatory database and the material database for each statutory used here are stored in the above-mentioned statutory database 530 as information included in the peace process, the coronary law, the comfort law, the acid process, and the high-pressure process, ) And the product database 520 are collectively referred to.

3.7 Supply Chain Management

Management of the upper / lower supply chain for the information transfer obligation of Peace Law is necessary.

According to the present invention, in the supplier database 540, the substance information transmission and change history management in the supply chain is possible. In addition, the substance information inquiry and product history tracking management functions are provided for each supply route.

History management will be described with reference to FIG.

When the information is changed through the business information input module 340, the change details are stored, and the change details are notified from the top to the bottom or vice versa. Approval is reviewed and applied to the supply chain upon approval. Future changes can be viewed.

The flow of information transfer among these functions will be described with reference to FIG.

When information is requested from the parent company to the lower company through the business management module 310 or the like, the lower company decides whether or not to approve the request, and the information is transmitted. When information is requested from the subordinate company to the parent company, the parent company decides whether or not to approve the request, and the information is transmitted. When the downstream user requests information from the seller, the information is transmitted according to the approval of the seller's request.

110: New substance registration module
120: product registration module
180: intermediate / mixture and substance identification module
190: Product information sequencing module
310: Business Management Module
320: Business Evaluation Module
330: Verification module
340: Business information input module
510: Material Database
520: Product Database
530: Statute database
540: Business database

Claims (8)

A business database 540, a substance database 510 and a product database 520,
The manufacturer database 540 stores a user identifier unique to each workplace and a user chemical safety risk assessment index calculated for each user identifier. In the material database 510, the name of the material, A user identifier, which is an identifier of a user who imports, uses, stores, stores, transports, manufactures, or sells the substance, and a predetermined physical property of the substance are stored in the product database 520. In the product database 520, A plurality of intermediates / mixtures or substances set to be stored with the user identifier of the substance,
The substance identified in the product database 520 is the substance stored in the substance database 510,
The plant safety chemical product lifecycle management system includes a business management module 310, a business evaluation module 320, a company constant maintenance content confirmation module 330, a business information input module 340 and a product information sequencing module 190, / RTI >
The vendor evaluation module 320 stores the survey result value input for a predetermined user identifier as the user chemical safety risk assessment index,
The inspection result value according to the preset inspection item is input to the manufacturer's normal inspection content confirmation module 330. The inspection result value and the survey result value together with the user chemical safety risk assessment index are input to the manufacturer database 540 Stored,
The vendor management module 310 checks and outputs the latest or average value of the user chemical safety risk assessment index of the identified user identifier stored in the vendor database 540,
The vendor information input module 340,
Using the material database 510 and the vendor database 540, it is possible to use the handling products or the handling materials, which are materials corresponding to the user identifier, and their uses, and the import, use, storage, storage, transportation, Or sales amount of the product, and the vendor information which is a result of the inspection,
If the relationship between the requested user identifier and another user identifier is one-dimensional, when the request for the business information of another user identifier is received from the user identifier, the business information of the other user identifier is output,
When the substance constituting any one of the handling products of the requested user identifier is a product or substances handled by the other user identifier,
The product information sequencing module 190,
By combining the input products with stored products, intermediates / mixtures or substances, they can be identified in one dimension,
When products are identified, they constitute a linkage of stored products, intermediates / mixtures or substances to the next dimension, identifying them n-dimensionally until products are not identified,
All materials constituting the input product are sequenced and outputted by dimension,
Where n is a natural number,
Workplace Safety Chemical Entire Lifecycle Management System.
The method according to claim 1,
The plant safety chemical full cycle management system further includes an intermediate product / mixture and substance identification module 180,
The intermediate product / mixture and the substance identification module 180 check and output the intermediate product / mixture or substance constituting the product inputted from the product database 520 and the user identifier of the substance,
Workplace Safety Chemical Entire Lifecycle Management System.
delete The method according to claim 1,
The product information sequencing module 190,
All intermediates / mixtures or substances constituting the input product are sequenced by the dimension,
if the product is further selected at a dimension less than n dimensions, outputting the product, intermediate product / mixture or substance of the product and its associated lower dimensions together with its user identifier,
Workplace Safety Chemical Entire Lifecycle Management System.
The method according to claim 1,
The product information sequencing module 190 sequentially serializes and outputs all intermediate products / materials or substances constituting the input product, and outputs a user identifier of each product or materials together,
Workplace Safety Chemical Entire Lifecycle Management System.
6. The method of claim 5,
The product information sequencing module 190 serializes and outputs all intermediate products / mixtures or substances constituting the input product, and outputs a user ID of each product, intermediate product / mixture or materials and the user chemical safety risk evaluation index Respectively,
Workplace Safety Chemical Entire Lifecycle Management System.
The method according to claim 6,
The above-mentioned safety chemical substance lifecycle management system of the workplace includes a preliminary environmental review function, a chemical substance inventory management function, a chemical substance registration number management function, a chemical substance performance management function, a chemical substance use management function, a product management function, Providing,
Workplace Safety Chemical Entire Lifecycle Management System.
8. The method of claim 7,
The preliminary environmental review function is provided by the purchase request from the company registered in the company database 540 and the reviewed preliminary stability data,
The chemical inventory management function is provided by chemical composition information contained in the intermediate product / mixture that is input and managed by the product information series module 190,
The chemical registration number management function is provided by determining whether a chemical substance is a substance to be registered stored in the substance database 510,
The chemical substance performance management function is a function for managing the chemical product performance management function. The chemical substance stored in the substance database 510 is provided by the stepwise amount and use from the receipt to the waste,
The chemical use management function is provided by a statutory database 530 in which a hazardous chemical handling standard and installation management standard are stored,
The product management function determines whether the chemical substance stored in the substance database 510 corresponds to substances and product-related regulations stored in the statutory database 530 and whether the substance corresponding to the input product corresponds to the regulation Provided by the judgment of whether or not it is,
The supply chain management function is a function of supplying information through the vendor information input module 340,
Workplace Safety Chemical Entire Lifecycle Management System.

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