CN111311113A - Monitoring and management platform of mobile waste gas treatment system - Google Patents
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Abstract
The invention relates to a monitoring and management platform of a mobile waste gas treatment system, which relates to the technical field of monitoring and data management.A management subsystem of the mobile waste gas treatment system is used for collecting relevant data generated in the waste gas treatment process of the mobile waste gas treatment system; the mobile terminal monitoring and alarming subsystem is used for extracting data from the mobile waste gas treatment system management subsystem, reading real-time data, non-compliance data and parameters of the mobile waste gas treatment system management subsystem, and combining mobile terminal alarming to remind a user of problem disposal when the non-compliance parameters are read. The problems of monitoring, recording, analyzing and the like of data in the volatile organic compound processing process generated in the storage tank cleaning and overhaul and maintenance processes in the prior art can be solved; the data management platform integrates multiple functions of inquiry, tracking, analysis, supervision and the like of the whole waste gas treatment process by government environmental protection departments and enterprises has great significance.
Description
Technical Field
The invention relates to the technical field of monitoring and data management, in particular to a monitoring and management platform of a mobile waste gas treatment system.
Background
In recent years, with the development of industry, the environmental pollution situation is more and more serious, and the haze phenomenon becomes a normal state in many cities. For example, in 2016, 10 and 18 days and 16 days, a haze yellow early warning signal is issued by a weather station in Beijing city, and moderate haze is expected in most regions of Beijing from 18 nightfall to 19 days, and severe haze is expected in south regions. And haze orange early warning signals are issued before and after 16 hours on weather tables in Tongzhou and Daxing areas. When 16 days are reached, the PM2.5 concentration in the six urban areas exceeds 150 micrograms/cubic meter, 5-level heavy pollution is achieved, and the like, and the life safety of the masses of people is seriously threatened. Among these, Volatile Organic Compounds (VOCs) are an important source of PM 2.5.
Chemical enterprises can generate a large amount of temporary volatile organic compounds under abnormal working conditions such as storage tank cleaning, degassing, overhaul, maintenance and the like, and the waste gas has large generation amount, large concentration fluctuation and short generation period. It is difficult for the fixed incineration facilities of the enterprises to use the variation of the amount of the exhaust gas, and the mobile exhaust gas treatment system has great advantages in treating the temporary exhaust gas compared with the fixed incineration facilities. How to effectively count, monitor, count and analyze data in the treatment process of the mobile waste gas treatment system and timely inform alarm faults is important.
Disclosure of Invention
The invention aims to provide a monitoring and management platform of a mobile waste gas treatment system with reasonable design aiming at the defects and shortcomings of the prior art, which can solve the problems of monitoring, recording, analyzing and the like of data in the volatile organic compound treatment process generated in the storage tank cleaning and overhaul and maintenance processes in the prior art and meet the compliance requirements of volatile organic compound treatment; the data management platform integrates multiple functions of inquiry, tracking, analysis, supervision and the like of the whole waste gas treatment process by government environmental protection departments and enterprises has great significance.
In order to achieve the purpose, the invention adopts the following technical scheme: the system comprises a mobile waste gas treatment system management subsystem and a mobile terminal monitoring alarm subsystem; the mobile waste gas treatment system management subsystem is used for collecting relevant data generated in the waste gas treatment process of the mobile waste gas treatment system; the mobile terminal monitoring and alarming subsystem is used for extracting data from a mobile waste gas treatment system management subsystem, reading real-time data, non-compliance data and parameters of the mobile waste gas treatment system management subsystem, and reminding a user to perform problem handling by combining mobile terminal alarming when the non-compliance parameters are read;
the mobile waste gas treatment system management subsystem comprises a database storage unit, a project management unit, a real-time data monitoring unit, a historical data unit and an equipment management unit; the project management unit, the real-time data monitoring unit, the historical data unit and the equipment management unit are all connected with the database storage unit;
the database storage unit is internally provided with related information of a plurality of projects established according to the enterprise ID. The related information of the project comprises project management, implementation data monitoring, historical data and equipment management;
the project management unit updates a project list in the database storage unit after receiving and processing project information created by a user, calls the list information of the project from the database storage unit when receiving a query request of the user, and displays the state of the project, the project time, a project leader and a using device;
the real-time data monitoring unit can check the project name, date, execution days, used equipment and related data and list data of the equipment in real time;
when the historical data unit receives a user query request, the historical data unit retrieves project historical information, discharge data historical information, alarm historical information and track historical information from the database storage unit, and can derive historical data in a report form for archiving;
the device management unit updates the device management information in the database storage unit after receiving and processing the device basic information input by the user, calls the device information in the database storage unit when receiving the query request of the user, and can derive the device information in the report form.
Further, the item management unit comprises an item list module and an item detail module, wherein the item list module is used for viewing a list of all items of the enterprise; the item detail module is used for viewing detailed information of each item in all items of the enterprise.
Furthermore, the real-time data monitoring unit comprises a project monitoring module, an emission monitoring module, an alarm monitoring module and a track monitoring module, wherein the project monitoring module is used for checking the operation condition of an enterprise project and displaying data in a large-screen monitoring mode; the emission monitoring module monitors the incineration emission value of equipment in the project operation in real time; the alarm monitoring module monitors equipment operation faults and data abnormity alarm and alarms in real time by combining with the mobile terminal; and the track monitoring module is used for checking the real-time position of the equipment and displaying the real-time position in a map mode.
Furthermore, the historical data unit comprises a project data module, a discharge data module, an alarm data module and a track data module, wherein the project data module is used for recording the information of all projects of an enterprise and can derive reports; the emission data module is used for recording emission data generated in the project process and can derive a report; the alarm data module is used for recording equipment operation failure and data abnormal alarm information in the project process and deriving alarm data in any time period; and the track data module is used for recording the running track of the equipment in the project process and checking a track graph of any time period.
Furthermore, the equipment management unit comprises an incineration equipment module, a spraying equipment module, an adsorption equipment module, a pressure reduction equipment module and a mixing and presetting equipment module, wherein the incineration equipment module is used for maintaining relevant parameter information of the incineration equipment such as the model, the state, the size, the discharge height, the weight, the equipment processing capacity and the like; the spraying equipment module is used for maintaining relevant parameter information of the spraying equipment, such as the model, the state, the size, the weight, the equipment processing capacity, the inlet design pressure and the like; the adsorption equipment module is used for maintaining relevant parameter information of the adsorption equipment such as the model, the state, the size, the weight, the equipment processing capacity, the inlet design pressure and the like; the decompression equipment module is used for maintaining relevant parameter information of the decompression equipment such as the model, the state, the size, the weight, the equipment processing capacity, the inlet design pressure and the like; the mixed pre-equipment module is used for maintaining the model and state of the mixed pre-equipment, the cylinder body, the unit length, the total length of the equipment, the design pressure of an inlet and other relevant parameter information.
Further, the database storage unit operates based on a database server; the project management unit, the real-time data monitoring unit, the historical data unit and the equipment management unit all operate on the basis of an application program server; the database server is connected with the storage server.
Further, the user operates on a client basis.
After adopting the structure, the invention has the beneficial effects that: the invention provides a monitoring and management platform of a mobile waste gas treatment system, which can solve the problems of monitoring, recording, analyzing and the like of data in the volatile organic compound treatment process generated in the storage tank cleaning and overhaul and maintenance processes in the prior art, and meet the compliance requirements of volatile organic compound treatment; the data management platform integrates multiple functions of inquiry, tracking, analysis, supervision and the like of the whole waste gas treatment process by government environmental protection departments and enterprises has great significance.
Description of the drawings:
fig. 1 is a schematic structural view of the present invention.
Fig. 2 is a schematic diagram of the structure of an item management unit in the present invention.
Fig. 3 is a schematic structural diagram of a real-time data monitoring unit in the present invention.
FIG. 4 is a schematic diagram of a structure of a history data unit in the present invention.
Fig. 5 is a schematic diagram of the structure of the device management unit in the present invention.
Description of reference numerals:
the system comprises a mobile waste gas treatment system management subsystem 1, a database storage unit 1-1, a project management unit 1-2, a project list module 1-2-1, a project detail module 1-2-2, a real-time data monitoring unit 1-3, a project monitoring module 1-3-1, an emission monitoring module 1-3-2, an alarm monitoring module 1-3-3, a track monitoring module 1-3-4, a historical data unit 1-4, a project data module 1-4-1, an emission data module 1-4-2, an alarm data module 1-4-3, a track data module 1-4-4, an equipment management unit 1-5, an incineration equipment module 1-5-1, a spraying equipment module 1-5-2, a project management unit 1-3, a project management unit, The system comprises an adsorption equipment module 1-5-3, a pressure reduction equipment module 1-5-4, a mixing and pre-setting equipment module 1-5-5, a mobile terminal monitoring and alarming subsystem 2 and a user 3.
The specific implementation mode is as follows:
the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1 to 5, the following technical solutions are adopted in the present embodiment: the system comprises a mobile waste gas treatment system management subsystem 1 and a mobile terminal monitoring alarm subsystem 2; the mobile waste gas treatment system management subsystem 1 is used for collecting relevant data generated in the waste gas treatment process of the mobile waste gas treatment system; the mobile terminal monitoring and alarming subsystem 2 is used for extracting data from the mobile waste gas treatment system management subsystem 1, reading real-time data and non-compliance data and parameters of the mobile waste gas treatment system management subsystem 1, and reminding a user 3 to perform problem handling by combining with mobile terminal alarming when the non-compliance parameters are read; user 3's enterprise can be according to self needs supervision project's real-time data and look over historical data, different users distribute different authorities according to the function, every user can only log in the account number of oneself, supervise and look over the data under the corresponding authority, through removing end control warning subsystem 2, the user, 3 can use and remove the end and look over real-time monitoring data in real time, in time accept to report to the police and remind, thereby guarantee the promptness of reporting to the police and dealing with, the potential safety hazard of very big reduction project in-process.
The management subsystem 1 of the mobile waste gas treatment system comprises a database storage unit 1-1, a project management unit 1-2, a real-time data monitoring unit 1-3, a historical data unit 1-4 and an equipment management unit 1-5, wherein the project management unit 1-2, the real-time data monitoring unit 1-3, the historical data unit 1-4 and the equipment management unit 1-5 are all connected with the database storage unit 1-1;
the database storage unit 1-1 is provided with information on a plurality of items created based on the business ID. The related information of the project comprises project management, implementation data monitoring, historical data and equipment management;
the project management unit 1-2 updates the project list in the database storage unit 1-1 after receiving and processing project information created by the user 3, calls the list information of the project from the database storage unit 1-1 when receiving a query request of the user 3, and displays the state, project time, project responsible person and use equipment of the project; the item management unit 1-2 comprises an item list module 1-2-1 and an item detail module 1-2-2, wherein the item list module 1-2-1 is used for viewing a list of all items of the enterprise, and the item lists comprise the states of the items, the item time, the item responsible persons, the used equipment and the like; the item detail module 1-2-2 is used for viewing detailed information of each item in all items of the enterprise, wherein the item details comprise an enterprise name, start and end times of the item, a responsible person of the item, a situation description of the item and the like;
the real-time data monitoring unit 1-3 comprises a project monitoring module 1-3-1, an emission monitoring module 1-3-2, an alarm monitoring module 1-3-3 and a track monitoring module 1-3-4; the project monitoring module 1-3-1 can check project names, dates, execution days, used equipment and relevant data and list data of the equipment in real time, video monitoring of field projects can be called out from the list data, and meanwhile, a chart can be generated to enable the project real-time data to be displayed more visually; the emission monitoring module 1-3-2 can check the temperature and the emission amount of the equipment in operation; the alarm monitoring module 1-3-3 can acquire alarm prompts sent by various abnormalities when the equipment runs and can manually process the abnormalities; the track monitoring module 1-3-4 can check the position and the running track of the equipment in real time;
when receiving a query request of a user 3, a history data unit 1-4 retrieves project history information, emission data history information, alarm history information and track history information from a database storage unit 1-1, and can derive report format history data for archiving, wherein the history data unit 1-4 comprises a project data module 1-4-1, an emission data module 1-4-2, an alarm data module 1-4-3 and a track data module 1-4-4, the project data module 1-4-1 is used for storing history project data, counting the project data of a past year without including the executing project, and the user 3 can look up the history project through the project data module 1-4-1 and derive the report; the emission data module 1-4-2 is used for storing historical emission records, counting and analyzing total emission of enterprises, and the user 3 can check historical emission data and export a report form through the emission data module 1-4-2; the alarm data module 1-4-3 is used for storing historical alarm records, further analyzing and summarizing alarms, avoiding the reoccurrence of similar faults, ensuring safety and improving working efficiency, and a user 3 can check the historical alarm data and export a report form through the module 1-4-3; the track data module 1-4-4 is used for storing the historical running track and coordinates of the equipment, and the user 3 can check the historical track of the equipment through the track data module 1-4-4;
after receiving and processing the basic information of the equipment input by the user 3, the equipment management unit 1-5 updates the equipment management information in the database storage unit 1-1, calls the equipment information in the database storage unit 1-1 when receiving the query request of the user 3, and can derive the equipment information in a report form; the equipment management unit 1-5 comprises an incineration equipment module 1-5-1, a spraying equipment module 1-5-2, an adsorption equipment module 1-5-3, a pressure reduction equipment module 1-5-4 and a mixing and pre-setting equipment module 1-5-5, wherein the incineration equipment module 1-5-1 is used for maintaining relevant parameter information of the incineration equipment such as the type, the state, the size, the discharge height, the weight, the equipment processing capacity and the like; the spraying equipment module 1-5-2 is used for maintaining relevant parameter information of the spraying equipment, such as the model, the state, the size, the weight, the equipment processing capacity, the inlet design pressure and the like; the adsorption equipment modules 1-5-3 are used for maintaining relevant parameter information of the adsorption equipment, such as the model, the state, the size, the weight, the equipment processing capacity, the inlet design pressure and the like; the decompression equipment module 1-5-4 is used for maintaining the relevant parameter information of the decompression equipment, such as the model, the state, the size, the weight, the equipment processing capacity, the inlet design pressure and the like; the mixing and pre-setting equipment module 1-5-5 is used for maintaining relevant parameter information of the mixing and pre-setting equipment such as the model, the state, the cylinder, the unit length, the total length of the equipment, the inlet design pressure and the like.
The database storage unit 1-1 operates based on a database server; the project management unit 1-2, the real-time data monitoring unit 1-3, the historical data unit 1-4 and the equipment management unit 1-5 operate on the basis of an application program server; the database server is connected with the storage server; the database management database system of the database server is an Oracle database; the users 3 are operated on the basis of clients, including enterprise clients and other supervising users having supervising authority.
After adopting above-mentioned structure, this embodiment's beneficial effect is as follows:
1. through a monitoring and management platform of the mobile waste gas treatment system, a project list according to the ID of each company can be established, and enterprises can monitor the progress and project period of each volatile organic compound treatment project and reasonably distribute working plans;
2. through a monitoring and management platform of the mobile waste gas treatment system, enterprises can monitor relevant information such as emission data and the like in the volatile organic compound treatment process in real time;
3. through a monitoring and management platform of the mobile waste gas treatment system, government environmental protection departments and enterprises can analyze and count according to historical data, and analyze the necessity of enterprise emission and treatment by utilizing big data;
4. through a monitoring and management platform of the mobile waste gas treatment system, enterprises and implementing personnel can remind an alarm problem in the waste gas treatment process through real-time monitoring and a mobile terminal, so that potential safety hazards are greatly reduced;
5. through the monitoring and management platform of the mobile waste gas treatment system, enterprises and related users can inquire and manage the treatment process of the volatile organic compounds timely and safely through the network access platform.
Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.
Claims (7)
1. The utility model provides a portable exhaust-gas treatment system's control and management platform which characterized in that: the system comprises a mobile waste gas treatment system management subsystem (1) and a mobile terminal monitoring alarm subsystem (2); the mobile waste gas treatment system management subsystem (1) is used for collecting relevant data generated in the process of treating waste gas by the mobile waste gas treatment system; the mobile terminal monitoring and alarming subsystem (2) is used for extracting data from the mobile waste gas treatment system management subsystem (1), reading real-time data and non-compliance data and parameters of the mobile waste gas treatment system management subsystem (1), and reminding a user (3) to perform problem handling by combining mobile terminal alarming when the non-compliance parameters are read;
the mobile waste gas treatment system management subsystem (1) comprises a database storage unit (1-1), a project management unit (1-2), a real-time data monitoring unit (1-3), a historical data unit (1-4) and an equipment management unit (1-5); the system comprises a project management unit (1-2), a real-time data monitoring unit (1-3), a historical data unit (1-4) and an equipment management unit (1-5), wherein the project management unit (1-2), the real-time data monitoring unit (1-3) and the equipment management unit (1-5) are all connected with a database storage unit (1-1);
the database storage unit (1-1) is internally provided with related information of a plurality of projects established according to enterprise IDs, and the related information of the projects comprises project management, implementation data monitoring, historical data and equipment management;
the project management unit (1-2) updates the project list in the database storage unit (1-1) after receiving and processing project information created by the user (3), and calls the list information of the projects from the database storage unit (1-1) when receiving a query request of the user (3) to display the state of the projects, the project time, project responsible persons and using equipment;
the real-time data monitoring unit (1-3) can check the project name, date, execution days, used equipment and relevant data and list data of the equipment in real time;
when receiving a query request of a user (3), the historical data unit (1-4) retrieves project historical information, discharge data historical information, alarm historical information and track historical information from the database storage unit (1-1), and can derive historical data in a report format for archiving;
the device management unit (1-5) updates the device management information in the database storage unit (1-1) after receiving and processing the device basic information input by the user (3), and calls the device information in the database storage unit (1-1) and can derive the device information in the report form when receiving the query request of the user (3).
2. The monitoring and management platform of a mobile exhaust treatment system of claim 1, wherein: the project management unit (1-2) comprises a project list module (1-2-1) and a project detail module (1-2-2), wherein the project list module (1-2-1) is used for viewing a list of all projects of an enterprise; the item detail module (1-2-2) is used for viewing detailed information of each item in all items of the enterprise.
3. The monitoring and management platform of a mobile exhaust treatment system of claim 1, wherein: the real-time data monitoring unit (1-3) comprises a project monitoring module (1-3-1), an emission monitoring module (1-3-2), an alarm monitoring module (1-3-3) and a track monitoring module (1-3-4), wherein the project monitoring module (1-3-1) is used for checking the operation condition of an enterprise project and displaying data in a large-screen monitoring mode; the emission monitoring module (1-3-2) monitors the incineration emission value of equipment in the project operation in real time; the alarm monitoring module (1-3-3) monitors equipment operation faults and data abnormity for alarm, and alarms in real time by combining a mobile terminal; and the track monitoring module (1-3-4) is used for viewing the real-time position of the equipment and displaying the real-time position in a map mode.
4. The monitoring and management platform of a mobile exhaust treatment system of claim 1, wherein: the historical data unit (1-4) comprises a project data module (1-4-1), an emission data module (1-4-2), an alarm data module (1-4-3) and a track data module (1-4-4), wherein the project data module (1-4-1) is used for recording information of all projects of an enterprise and can derive reports; the emission data module (1-4-2) is used for recording emission data generated in the project process and can derive reports; the alarm data module (1-4-3) is used for recording equipment operation failure and data abnormal alarm information in the project process and deriving alarm data in any time period; and the track data module (1-4-4) is used for recording the running track of the equipment in the project process and checking a track graph of any time period.
5. The monitoring and management platform of a mobile exhaust treatment system of claim 1, wherein: the equipment management unit (1-5) comprises an incineration equipment module (1-5-1), a spraying equipment module (1-5-2), an adsorption equipment module (1-5-3), a pressure reduction equipment module (1-5-4) and a mixing and presetting equipment module (1-5-5), wherein the incineration equipment module (1-5-1) is used for maintaining the type, state, size, discharge height, weight and equipment processing capacity related parameter information of incineration equipment; the spraying equipment module (1-5-2) is used for maintaining the model, state, size, weight, equipment processing capacity and inlet design pressure related parameter information of the spraying equipment; the adsorption equipment modules (1-5-3) are used for maintaining the type, state, size, weight, equipment processing capacity and inlet design pressure related parameter information of the adsorption equipment; the decompression equipment module (1-5-4) is used for maintaining the model, the state, the size, the weight, the equipment processing capacity and the inlet design pressure related parameter information of the decompression equipment; the mixing and pre-setting equipment module (1-5-5) is used for maintaining the model, the state, the cylinder, the unit length, the total length of the equipment and the relevant parameter information of the inlet design pressure of the mixing and pre-setting equipment.
6. The monitoring and management platform of a mobile exhaust treatment system of claim 1, wherein: the database storage unit (1-1) operates based on a database server; the project management unit (1-2), the real-time data monitoring unit (1-3), the historical data unit (1-4) and the equipment management unit (1-5) operate on the basis of an application program server; the database server is connected with the storage server.
7. The monitoring and management platform of a mobile exhaust treatment system of claim 1, wherein: the user (3) operates on a client basis.
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| CN202010164631.2A CN111311113A (en) | 2020-03-11 | 2020-03-11 | Monitoring and management platform of mobile waste gas treatment system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112367357A (en) * | 2020-10-15 | 2021-02-12 | 无锡星亿智能环保装备股份有限公司 | Centralized monitoring method for electroplating waste gas treatment equipment |
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Application publication date: 20200619 |