CN117893096A - Standardized environment management dynamic standard evaluation system for hazardous waste generation enterprises - Google Patents

Abstract

The invention relates to the technical field of hazardous waste management, in particular to a standardized environment management dynamic standard-reaching assessment system of a hazardous waste generation enterprise. The method comprises the steps of acquiring environmental data of enterprises for dangerous waste management through an enterprise standardized environmental construction module, acquiring process supervision data of the enterprises for dangerous waste through an enterprise dangerous waste management module, and dynamically evaluating enterprise dangerous waste management scores according to the process supervision data and the environmental data through a dangerous waste management evaluation module. Therefore, the automatic and real-time evaluation of the dangerous waste production management activities of the waste production enterprises is realized, a simpler and convenient management platform of the dangerous waste production enterprises is provided, compliance self-checking is carried out in the aspects of forward excitation and guiding of the enterprises in internal management systems, education training, technical innovation, process improvement, cooperation, supervision and the like, the requirements of standard evaluation are met, meanwhile, the enthusiasm of the enterprises for actively observing and executing corresponding regulations is improved, and accidents are avoided from the source.

Description

Standardized environment management dynamic standard evaluation system for hazardous waste generation enterprises

Technical Field

The invention relates to the technical field of hazardous waste management, in particular to a standardized environment management dynamic standard-reaching assessment system of a hazardous waste generation enterprise.

Background

Hazardous waste is toxic, flammable, explosive, corrosive, chemically reactive, or infectious, and can pose a serious hazard to the ecological environment and human health. The pollution of dangerous waste is not as sensitive and visual as that of waste water and waste gas, and the treatment level is far insufficient. At present, the control of hazardous waste hazard to the environment and human health has become a significant environmental problem commonly faced by all countries in the world today. Illegal transfer and safe treatment of hazardous waste are also becoming more and more strict in countries around the world, and related legal documents are formulated for the supervision and treatment of hazardous waste.

In the process of monitoring hazardous waste, the hazardous waste generation enterprises are responsible, and law requires that the hazardous waste generation enterprises must make hazardous waste management plans, establish hazardous waste management accounts, make accident precautions and emergency plans, and must not provide or delegate hazardous waste to non-hazardous waste licensees, must not be unauthorized to dump or stack hazardous waste, and the like.

Because the supervision requirements for dangerous wastes are complex, enterprises are easy to overlook in the supervision process, the number of dangerous waste generation enterprises is large, and the supervision and management work of the related main departments on each dangerous waste generation enterprise is very complicated.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides a standardized environment management dynamic standard-reaching evaluation system for a hazardous waste generation enterprise, and provides a simpler and more convenient management platform for the hazardous waste generation enterprise.

The technical scheme adopted by the invention is that the standardized environment management dynamic standard-reaching assessment system of the hazardous waste generation enterprises.

In a first implementable form, a standardized environmental management dynamic compliance assessment system for a hazardous waste generating enterprise, comprising:

The enterprise standardized environment construction module is used for guiding enterprises to establish infrastructure equipment and basic information for carrying out dangerous waste management;

the enterprise hazardous waste management module is used for acquiring process supervision data of enterprises on hazardous waste;

And the hazardous waste management evaluation module is used for dynamically scoring the enterprise hazardous waste management according to the process supervision data and the environment data.

In combination with the first implementation manner, in a second implementation manner, the enterprise normalized environment construction module includes:

the enterprise user creation module is used for creating enterprise exclusive identification information and acquiring enterprise basic information to create enterprise users;

The enterprise dangerous waste management system establishment module is used for establishing an enterprise dangerous waste management system for enterprise users and determining corresponding dangerous waste staff positions;

and the enterprise hazardous waste monitoring equipment module is used for distributing hazardous waste monitoring equipment of enterprises and storing the hazardous waste monitoring equipment information.

With reference to the second implementation manner, in a third implementation manner, the enterprise user creation module includes:

the enterprise basic data module is used for editing and storing basic information, supplementary information and enterprise marks of enterprises;

And the packaging label and identification library module is used for customizing the exclusive packaging, the exclusive label and the exclusive identification of the enterprise and storing the exclusive identification of the enterprise into a preset identification library.

In combination with the second implementation manner, in a fourth implementation manner, the enterprise hazardous waste management system establishment module includes:

the hazardous waste management plan module is used for inputting a hazardous waste management plan of enterprise users and submitting an ecological environment agency audit;

The system construction module is used for inputting a dangerous waste management system, a post responsibility system, an environment emergency plan and enterprise qualification of enterprise users;

and the dangerously-wasted personnel management module is used for inputting and managing the staff information of enterprise users, which is involved in dangerously-wasted business.

In combination with the second implementation manner, in a fifth implementation manner, the enterprise hazardous waste monitoring device module includes:

the system comprises an vital part management module, a control module and a control module, wherein the vital part management module is used for inputting and managing an enterprise vital part, and the enterprise vital part comprises a waste production point, a hazardous waste storehouse, a hazardous waste utilization facility and a hazardous waste disposal facility;

the equipment management module is used for inputting and managing sensor information of all the access internet of things sensor network systems of the enterprise; the sensor is used for monitoring hazardous waste.

In combination with the second implementation manner, in a sixth implementation manner, the enterprise hazardous waste management module includes:

The regular inspection module is used for carrying out inspection reminding on the dangerous waste and the enterprise dangerous waste monitoring equipment according to a preset time period interval, and acquiring and updating the dangerous waste inspection information;

The periodic learning module is used for periodically reminding dangerous waste staff to learn and check dangerous waste knowledge to obtain staff quality evaluation data;

And the periodic exercise module is used for periodically organizing enterprises to perform emergency exercises and obtaining emergency quality conditions of the enterprises.

In combination with the sixth implementation manner, in a seventh implementation manner, the enterprise hazardous waste management module further includes:

the equipment alarm module is used for receiving the monitoring data of each sensor and carrying out overrun alarm according to the monitoring data;

And the standard-reaching management alarm module is used for alarming the unqualified data according to the environmental data and the process supervision data of the enterprise user.

In combination with the seventh implementation manner, in an eighth implementation manner, dynamically scoring the enterprise hazardous waste management according to the process supervision data and the environmental data includes:

Acquiring a first class score according to the integrity of the environmental data;

Obtaining a second class score according to the integrity and timeliness of the process supervision data;

Obtaining a third class of scores according to the processing condition of the equipment alarm information;

and comprehensively summarizing enterprise hazardous waste management scores according to the first class scores, the second class scores and the third class scores.

With reference to the first implementation manner, in a ninth implementation manner, the method further includes:

And the dangerous waste report statistics module is used for counting the types and data of dangerous waste according to the enterprise user waste record data and forming a dangerous waste report.

With reference to the ninth implementation manner, in a tenth implementation manner, the method further includes:

and automatically filling the enterprise hazardous waste management scores and the types and data of the hazardous waste into a preset report template to form an enterprise hazardous waste management report.

According to the technical scheme, the beneficial technical effects of the invention are as follows:

1. The system provided by the invention acquires the environmental data of enterprises for dangerous waste management through the enterprise standardized environmental construction module, the enterprise dangerous waste management module acquires the process supervision data of the enterprises for dangerous waste, and then the enterprise dangerous waste management is dynamically scored according to the process supervision data and the environmental data through the dangerous waste management evaluation module. Therefore, automatic and real-time evaluation of dangerous waste production management activities of waste production enterprises is realized, a simpler and convenient management platform of dangerous waste production enterprises is provided, compliance self-checking is carried out in aspects of forward excitation and guiding of enterprises in internal management systems, education training, technical innovation and process improvement, cooperation and supervision and the like, and the enterprises are promoted to actively observe and execute enthusiasm of corresponding regulations while meeting the standard evaluation requirements, so that accidents are avoided from the source.

2. The system can help enterprises to more effectively utilize resources, reduce waste generation, and improve the utilization efficiency of the resources, thereby reducing the environmental pressure. The enterprise dangerous waste management automatic scoring system has the advantages that the system scores enterprise dangerous waste management automatically, artificial subjective factors are reduced, the objectivity and consistency of evaluation are improved, the evaluation is more accurate, the monitoring and evaluation capability is achieved in time, the improvement of the refinement level of waste management is facilitated, the environmental risk is reduced, and the resource utilization efficiency is improved. Enterprises can intuitively know the self environment management condition, and are favorable for fine management and continuous improvement.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. Like elements or portions are generally identified by like reference numerals throughout the several figures. In the drawings, elements or portions thereof are not necessarily drawn to scale.

Fig. 1 is a schematic structural diagram of a standardized environmental management dynamic standard reaching assessment system of a hazardous waste generating enterprise according to the present embodiment.

Detailed Description

Embodiments of the technical scheme of the present invention will be described in detail below with reference to the accompanying drawings. The following examples are only for more clearly illustrating the technical aspects of the present invention, and thus are merely examples, and are not intended to limit the scope of the present invention.

It is noted that unless otherwise indicated, technical or scientific terms used herein should be given the ordinary meaning as understood by one of ordinary skill in the art to which this application belongs. The terms first, second and the like in the description and in the claims of the embodiments of the disclosure and in the above-described figures are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used may be interchanged where appropriate in order to implement the embodiments of the disclosure described herein. Furthermore, the terms "comprise" and "have," as well as any variations thereof, are intended to cover a non-exclusive inclusion. The term "plurality" means two or more, unless otherwise indicated. In the embodiment of the present disclosure, the character "/" indicates that the front and rear objects are an or relationship. For example, A/B represents: a or B. The term "and/or" is an associative relationship that describes an object, meaning that there may be three relationships. For example, a and/or B, represent: a or B, or, A and B. The term "corresponding" may refer to an association or binding relationship, and the correspondence between a and B refers to an association or binding relationship between a and B.

Referring to fig. 1, the embodiment provides a standardized environmental management dynamic standard reaching evaluation system for a hazardous waste generating enterprise, which includes: an enterprise standardized environment construction module 101, configured to guide an enterprise to establish infrastructure and basic information for dangerous waste management; the enterprise hazardous waste management module 102 is used for acquiring process supervision data of enterprises on hazardous waste; the hazardous waste management assessment module 103 is configured to dynamically score the enterprise hazardous waste management based on the process regulatory data and the environmental data.

In some embodiments, the analysis is performed on the hazardous waste standardized environmental management evaluation index (industrial hazardous waste production unit), the evaluation index is decomposed, and atomic elements of the hazardous waste production enterprise on the whole process of hazardous waste management are obtained. And creating an enterprise standardized environment construction module, an enterprise hazardous waste management module and a hazardous waste management evaluation module according to the atomic elements.

Alternatively, the element is the smallest object that the system can give a score based on data collected by the sensor or a staff provided evidence. The atomic elements comprise element names, types, responsibility subjects, scoring requirements, element scores, element evaluation periods, element acquisition modes, affiliated plates and the like. The element names are: an ID for uniquely identifying the element; the element types include: system, patrol, exercise and study; the responsibility main body comprises: management personnel and post workers; the scoring requirement is an evaluation standard proposed for the atomic elements; the element score is a full score which can be obtained by the atomic element; the element evaluation period is divided into one-time and periodic; the plate comprises: enterprise standardized environment construction, enterprise hazardous waste management and equipment alarm.

Optionally, the enterprise normalized environment construction module includes: the enterprise user creation module is used for creating enterprise exclusive identification information and acquiring enterprise basic information to create enterprise users; the enterprise dangerous waste management system establishment module is used for establishing an enterprise dangerous waste management system for enterprise users and determining corresponding dangerous waste staff positions; and the enterprise hazardous waste monitoring equipment module is used for distributing hazardous waste monitoring equipment of enterprises and storing the hazardous waste monitoring equipment information.

Optionally, the enterprise user creation module includes: the enterprise basic data module is used for editing and storing basic information, supplementary information and enterprise marks of enterprises; and the packaging label and identification library module is used for customizing the exclusive packaging, the exclusive label and the exclusive identification of the enterprise and storing the exclusive identification of the enterprise into a preset identification library.

Optionally, the enterprise user creating module may create multiple accounts for one enterprise user, so as to implement multi-account management. The multi-account management function is a module developed for facilitating multi-person multi-role system operation of a unit or a management department, a main account number which is registered and created by the unit has the unit attribute, and the main account number can create a plurality of sub-accounts which have the unit attribute and are used for platform operation of a plurality of persons in the unit.

In some embodiments, the business base information includes business names, business codes, etc., and the supplemental information includes business acronyms, business scales, etc. Enterprise qualification mainly includes pollution discharge licenses.

In some embodiments, the enterprise inputs basic information, supplementary information and enterprise marks of the enterprise through web pages, and establishes proprietary packages, proprietary tags and proprietary identifications suitable for the enterprise by the enterprise according to national standard requirements so as to create proprietary enterprise users, submits a background server program to be stored in a database, and can perform new addition, modification and deletion operations. And meanwhile, the information of the enterprise user can be checked at the web side. Thus, the exclusive enterprise users are created for each hazardous waste generation enterprise, and the related information of each enterprise user can be checked online, so that management of the authorities is facilitated.

Optionally, the enterprise hazardous waste management system establishment module includes: the hazardous waste management plan module is used for inputting a hazardous waste management plan of enterprise users and submitting an ecological environment agency audit; the system construction module is used for inputting a dangerous waste management system, a post responsibility system, an environment emergency plan and enterprise qualification of enterprise users; and the dangerously-wasted personnel management module is used for inputting and managing the staff information of enterprise users, which is involved in dangerously-wasted business.

In some embodiments, enterprise users enter the dangerous waste management plan content, the dangerous waste management system, the post responsibility system, the environment emergency plan and the enterprise qualification of the enterprise in the current year through web pages according to prompts and system templates, submit the staff information of the dangerous waste business to a background server, and wait for the authorities, namely the ecological environment bureau user login system to audit. The data is stored in a database while the enterprise user can view it at the web site.

Optionally, the enterprise hazardous waste monitoring device module includes: the system comprises an vital part management module, a control module and a control module, wherein the vital part management module is used for inputting and managing an enterprise vital part, and the enterprise vital part comprises a waste production point, a hazardous waste storehouse, a hazardous waste utilization facility and a hazardous waste disposal facility; the equipment management module is used for inputting and managing sensor information of all the access internet of things sensor network systems of the enterprise; the sensor is used for monitoring hazardous waste.

In some embodiments, the enterprise user can view the detailed information list of all the important parts of the enterprise at the web front end, perform the operations of adding, deleting and modifying a certain important part, and save and submit the updated database of the background server. Meanwhile, the binding of the equipment at the key point can be realized through the operation of equipment binding. All sensors accessed into the Internet of things sensor network system of the enterprise are displayed at the front end of the WEB in a list mode, and equipment can be added, deleted and unbinding.

Optionally, the enterprise normalized environment construction module further includes: the association unit management module is used for inputting new transportation and disposal enterprises of enterprise users; the contract management module is used for inputting contract data of enterprise users and transportation handling enterprises; and the triple management module is used for submitting a cross-province application for dangerous waste transfer.

In some embodiments, if the waste producing enterprise needs to perform dangerous waste transfer, a new triple is required to be built in the triple management module, and the trans-provincial application accessory is submitted to create the transfer coupon, so that the trans-provincial transfer can be performed after the main department agrees, and the trans-provincial transfer plan can be constrained. The system automatically judges whether the coupon belongs to trans-provincial transfer or not by selecting the starting point and the end point of the transfer plan, if the starting point and the end point are not in the same provincial, the trans-provincial application form needs to be uploaded, otherwise, the triple cannot be created.

Optionally, the enterprise hazardous waste management module comprises: the regular inspection module is used for carrying out inspection reminding on the dangerous waste and the enterprise dangerous waste monitoring equipment according to a preset time period interval, and acquiring and updating the dangerous waste inspection information; the periodic learning module is used for periodically reminding dangerous waste staff to learn and check dangerous waste knowledge to obtain staff quality evaluation data; and the periodic exercise module is used for periodically organizing enterprises to perform emergency exercises and obtaining emergency quality conditions of the enterprises.

Optionally, the periodic learning module is used for taking a dangerous waste management system, a post responsibility system, an environment emergency plan and the like as learning and checking contents to learn and check dangerous waste staff.

In some embodiments, the assessment of atomic elements as part of a periodic inspection, requires periodic personnel to collect and upload the evidence material of the relevant elements. The periodic inspection module periodically issues inspection information to inform the staff to collect the elements needing periodic inspection, for example: the pollution control responsibility system is posted at a significant position, and container labels and the like need to be inspected every year. The dangerous waste inspection information comprises characters and pictures, and the condition character description in the elements is confirmed one by the staff, and then is uploaded to the system through the periodic inspection module.

In some embodiments, all personnel involved in critical waste production activities are required to periodically complete the study of national laws and regulations, corporate management regulations, and job responsibilities and pass the assessment. The periodic learning module periodically issues learning information to inform dangerous waste staff to learn and check dangerous waste knowledge, and the learning and checking condition of the dangerous waste staff is determined to be staff quality evaluation data.

In some embodiments, the enterprise needs to organize the emergency exercises periodically in accordance with the periodic exercise requirements. The periodic exercise module periodically issues exercise information to inform enterprises of emergency exercises, and uploads videos, pictures, characters, plans and summaries of the exercises in the exercise process to a system and submits the systems to a main department.

Optionally, the enterprise hazardous waste management module further comprises: the equipment alarm module is used for receiving the monitoring data of each sensor and carrying out overrun alarm according to the monitoring data; and the standard-reaching management alarm module is used for alarming the unqualified data according to the environmental data and the process supervision data of the enterprise user.

In some embodiments, the individual sensors of the internet of things sensor network system are deployed within a hazardous waste monitoring area for monitoring hazardous waste. The equipment alarm module receives the monitoring data of each sensor in real time, compares each monitoring data with the corresponding numerical range, and performs overrun alarm when the monitoring data exceeds the upper limit threshold and the lower limit threshold.

In some embodiments, the sensor may monitor environmental indicators of the hazardous waste generating unit in real time, making the assessment process more accurate and rapid. The system can feed back environmental data changes in real time, so that enterprises can find problems quickly and take timely measures.

Optionally, the sensor transmits the monitoring data to the device alarm module of the system in real time using the MQTT protocol.

Optionally, the overrun alarm includes: and dynamically scrolling and displaying the overrun alarm information on a preset display screen so as to remind workers of processing.

Optionally, the device alarm module is further used for inputting treatment comments by the staff and receiving alarm processing result evidence data input by the staff.

Optionally, dynamically scoring the enterprise hazardous waste management based on the process regulatory data and the environmental data, comprising: acquiring a first class score according to the integrity of the environmental data; obtaining a second class score according to the integrity and timeliness of the process supervision data; obtaining a third class of scores according to the processing condition of the equipment alarm information; and comprehensively summarizing enterprise hazardous waste management scores according to the first class scores, the second class scores and the third class scores.

Optionally, obtaining the first class score according to the integrity of the environmental data includes: when the enterprise user completes the input of environmental data, a score is obtained. The system comprises an enterprise basic data module, a packaging label and identification library module, a dangerous waste management planning module, a system construction module, an vital part management module and an equipment management module, wherein each module is used for inputting environmental data, and the score corresponding to one module is obtained when the input of the module is completed, and the sum of the scores of all the modules is the first type score.

Optionally, the evaluation criteria of the first class score is whether the corresponding files of the enterprise basic data module, the packaging label and identification library module, the hazardous waste management planning module, the system construction module, the vital part management module or the equipment management module exist. For example, if the hazardous waste management plan file corresponding to the hazardous waste management plan module exists, the score of the hazardous waste management plan module is obtained, and if the hazardous waste management plan file does not exist, the score is not obtained.

Optionally, the data in the periodic inspection module, the periodic learning module and the periodic exercise module are process supervision data, and when the enterprise user completes the task of the periodic inspection module, the periodic learning module or the periodic exercise module and is within the preset time, the score of the module is obtained, and the sum of the scores of all the modules is the second class score. For example, in a periodic learning module, dangerous staff members complete learning within a scoring period, and the enterprise obtains a score for the period by checking.

Optionally, the evaluation criterion of the second class score is whether the enterprise user uploads the evidence material corresponding to the periodic patrol module, the periodic learning module or the periodic exercise module within a set period, and submits a confirmation record. For example, when the enterprise user uploads the evidence material such as the regular inspection photo corresponding to the regular inspection module on schedule and submits the confirmation, the score of the regular inspection module is obtained.

Optionally, when the equipment alarm module and the standard-reaching management alarm module send out an alarm, the enterprise user processes all alarm information or false alarm information in a preset period, and then a third class score is obtained.

Optionally, the first class score, the second class score, and the third class score are added together, and the resulting sum is the enterprise hazardous waste management score.

Optionally, the method further comprises: and the dangerous waste report statistics module is used for counting the types and data of dangerous waste according to the enterprise user waste record data and forming a dangerous waste report.

Optionally, the enterprise user waste record data includes a waste record of the enterprise, a warehouse entry record, and a coupon record.

In some embodiments, the waste production records, warehouse entry and exit records and list records of the enterprise are automatically collected by the internet of things sensor network system, each waste production record, each warehouse entry record and each warehouse exit record are automatically generated.

Optionally, the hazardous waste report includes a monthly hazardous waste report and a annual hazardous waste report.

Optionally, the method further comprises: and the waste production site collection equipment automatically forms a waste production site account according to the change quantity difference value of the recorded adjacent two-time site account records, and the waste production site account can inquire the waste production site account records.

In some embodiments, in the warehouse entry ledger, when a waste production unit actually produces dangerous waste, the warehouse entry operation (APP) is required to be carried out on the batch of dangerous waste, aiming at solid waste, a warehouse entry dangerous waste producing point is selected, a temporary warehouse, a conveyor, a dangerous waste common name and weighing equipment are selected, the state of the equipment is ensured to be displayed normally, the current weight of the waste can be read, and then after the data is stable, confirmation is clicked; aiming at liquid wastes, selecting a point for producing dangerous wastes in warehouse, selecting a temporary warehouse, a conveyer, a dangerous waste common name and weighing equipment, ensuring that the state of the equipment is displayed normally, reading the current weight of the wastes, clicking a 'start warehouse entry' after the data are stable, gradually increasing the current weight at the moment, clicking a 'finish warehouse entry' after the warehouse entry is finished, and automatically forming a warehouse entry record by the system.

In some embodiments, in the out-of-stock account, the triple is created first, and after the creation is successful, the party can perform the out-of-stock operation. At the APP end of the mobile phone, a delivery page is entered, firstly, the only currently in progress triad is selected, the system automatically calls out the solid waste or liquid waste delivery page according to the selected triad, then, the corresponding dangerous waste storeroom and equipment are selected, delivery can be started after the normal working state of the equipment is ensured, delivery is completed, and the system automatically generates delivery accounts and provides a query function.

Optionally, the method further comprises: and automatically filling the enterprise hazardous waste management scores and the types and data of the hazardous waste into a preset report template to form an enterprise hazardous waste management report.

In some embodiments, the types and data of the hazardous waste are reported according to the month and year of production of the hazardous waste production enterprise report template, the report data are all acquired from the system, and the enterprise hazardous waste management score is filled in the data according to the hazardous waste standardized environmental management evaluation index (industrial hazardous waste production unit) template to be used as the month and year report annex, and finally the enterprise hazardous waste management report is formed.

Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the invention, and are intended to be included within the scope of the appended claims and description.

Claims (10)

1. A standardized environmental management dynamic compliance assessment system for a hazardous waste generating enterprise, comprising:

The enterprise standardized environment construction module is used for guiding enterprises to establish infrastructure equipment and basic information for carrying out dangerous waste management;

the enterprise hazardous waste management module is used for acquiring process supervision data of enterprises on hazardous waste;

And the hazardous waste management evaluation module is used for dynamically scoring the enterprise hazardous waste management according to the process supervision data and the environment data.

2. The system of claim 1, wherein the enterprise standardized environment construction module comprises:

the enterprise user creation module is used for creating enterprise exclusive identification information and acquiring enterprise basic information to create enterprise users;

The enterprise dangerous waste management system establishment module is used for establishing an enterprise dangerous waste management system for enterprise users and determining corresponding dangerous waste staff positions;

and the enterprise hazardous waste monitoring equipment module is used for distributing hazardous waste monitoring equipment of enterprises and storing the hazardous waste monitoring equipment information.

3. The system of claim 2, wherein the enterprise user creation module comprises:

the enterprise basic data module is used for editing and storing basic information, supplementary information and enterprise marks of enterprises;

And the packaging label and identification library module is used for customizing the exclusive packaging, the exclusive label and the exclusive identification of the enterprise and storing the exclusive identification of the enterprise into a preset identification library.

4. The system of claim 2, wherein the enterprise hazardous waste management system establishment module comprises:

the hazardous waste management plan module is used for inputting a hazardous waste management plan of enterprise users and submitting an ecological environment agency audit;

The system construction module is used for inputting a dangerous waste management system, a post responsibility system, an environment emergency plan and enterprise qualification of enterprise users;

and the dangerously-wasted personnel management module is used for inputting and managing the staff information of enterprise users, which is involved in dangerously-wasted business.

5. The system of claim 2, wherein the enterprise hazardous waste monitoring device module comprises:

the system comprises an vital part management module, a control module and a control module, wherein the vital part management module is used for inputting and managing an enterprise vital part, and the enterprise vital part comprises a waste production point, a hazardous waste storehouse, a hazardous waste utilization facility and a hazardous waste disposal facility;

the equipment management module is used for inputting and managing sensor information of all the access internet of things sensor network systems of the enterprise; the sensor is used for monitoring hazardous waste.

6. The system of claim 2, wherein the enterprise hazardous waste management module comprises:

The regular inspection module is used for carrying out inspection reminding on the dangerous waste and the enterprise dangerous waste monitoring equipment according to a preset time period interval, and acquiring and updating the dangerous waste inspection information;

The periodic learning module is used for periodically reminding dangerous waste staff to learn and check dangerous waste knowledge to obtain staff quality evaluation data;

And the periodic exercise module is used for periodically organizing enterprises to perform emergency exercises and obtaining emergency quality conditions of the enterprises.

7. The system of claim 6, wherein the enterprise hazardous waste management module further comprises:

the equipment alarm module is used for receiving the monitoring data of each sensor and carrying out overrun alarm according to the monitoring data;

And the standard-reaching management alarm module is used for alarming the unqualified data according to the environmental data and the process supervision data of the enterprise user.

8. The system of claim 7, wherein dynamically scoring the enterprise hazardous waste management based on the process regulatory data and the environmental data comprises:

Acquiring a first class score according to the integrity of the environmental data;

Obtaining a second class score according to the integrity and timeliness of the process supervision data;

Obtaining a third class of scores according to the processing condition of the equipment alarm information;

and comprehensively summarizing enterprise hazardous waste management scores according to the first class scores, the second class scores and the third class scores.

9. The system of claim 1, further comprising:

And the dangerous waste report statistics module is used for counting the types and data of dangerous waste according to the enterprise user waste record data and forming a dangerous waste report.

10. The system of claim 9, further comprising:

and automatically filling the enterprise hazardous waste management scores and the types and data of the hazardous waste into a preset report template to form an enterprise hazardous waste management report.