CN116187705A - Wisdom environmental protection housekeeper system - Google Patents
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- CN116187705A CN116187705A CN202310223318.5A CN202310223318A CN116187705A CN 116187705 A CN116187705 A CN 116187705A CN 202310223318 A CN202310223318 A CN 202310223318A CN 116187705 A CN116187705 A CN 116187705A
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Abstract
The invention provides an intelligent environment-friendly manager system, which comprises an enterprise pollution discharge management module, an environment tax determination module, a carbon emission determination module and a manager service communication module, wherein the enterprise pollution discharge management module is used for acquiring pollutant discharge data of each discharge port; the environmental tax determining module is used for determining the environmental tax of the enterprise according to the pollutant emission data, the preset pollutant equivalent and the preset applicable tax; the carbon emission determining module is used for determining the carbon emission of enterprises according to preset carbon transaction basic information and pollutant emission data; the pushing management unit in the manager service communication module is used for pushing the enterprise environmental tax and the enterprise carbon emission to the preset enterprise terminal.
Description
Technical Field
The invention relates to the technical field of environmental protection management, in particular to an intelligent environmental protection manager system.
Background
The industrial park is an environment-friendly high-frequency carrier, and if enterprises in the industrial park lack environmental protection and supervision in the production process, the subsequent environmental treatment and recovery difficulty can be increased. With the increasingly strict environmental protection requirements of environmental protection departments on enterprises in industrial parks, the defects of the current environmental protection management are also highlighted. The industrial park faces the problems of imperfect environment-friendly infrastructure overall arrangement, lack of talent resources of environment-friendly professionals and the like. Meanwhile, as environmental protection requirements are continuously improved and enterprise environmental management requirements are continuously refined, small and medium enterprises in an industrial park face the problems that environmental protection capability is insufficient, environmental protection data cannot be comprehensively planned and systematic transaction cost is high, and compared with large enterprises in the industrial park, the small and medium enterprises are more easily affected and challenged by environmental protection regulation, and the risk of environmental compliance and uncertainty of environmental compliance development are increased.
In recent years, environmental protection departments and industrial parks start inviting environmental protection caretakers to assist in developing environmental protection technical services, and the environmental protection caretaker services are the main development trend of environmental protection management of industrial parks and enterprises in the future. Various places are explored how to better promote the level and quality of environment-friendly service of a park through environment-friendly manager service, and the current environment-friendly manager service is insufficient in the capability of meeting strict environment-friendly requirements on environment-friendly management policy service of an industrial park.
Disclosure of Invention
In view of the above-mentioned drawbacks of the prior art, the present invention provides an intelligent environmental protection manager system to solve the above-mentioned technical problem of low policy service capability in environmental protection management of industrial parks.
The invention provides an intelligent environment-friendly manager system, which comprises an enterprise pollution discharge management module, an environment tax determination module, a carbon emission determination module and a manager service communication module; the enterprise pollution discharge management module comprises a pollution discharge data acquisition unit, wherein the pollution discharge data acquisition unit is used for acquiring pollutant discharge data of each discharge port, the pollutant discharge data comprise first-class pollution discharge data and second-class pollution discharge data, the first-class pollution discharge data comprise pollution discharge concentration, unit-time pollution discharge capacity and pollution discharge time, and the second-class pollution discharge data comprise product pollution production coefficients, decontamination data and product production data; the environmental tax determining module is configured to determine an emission environmental tax of one type of pollutant in a discharge port according to a total amount of pollutant discharge, a preset pollutant equivalent and a preset applicable tax, determine the total amount of pollutant discharge according to the concentration of the pollutant discharge, the unit time of the discharge amount and the time of the discharge if the pollutant discharge data is first type of pollutant discharge data, determine the total amount of pollutant discharge according to the product pollution production coefficient, the decontamination data and the product production data if the pollutant discharge data is second type of pollutant discharge data, and determine the emission environmental tax corresponding to all pollutant types in all discharge ports of an enterprise as an enterprise environmental tax; the carbon emission determining module is used for determining pollutant types participating in carbon emission determination and reference factors corresponding to the pollutant types according to preset carbon transaction basic information, and determining the carbon emission of enterprises according to the pollutant emission data corresponding to the pollutant types and the reference factors;
The manager service communication module comprises a pushing management unit, wherein the pushing management unit is used for pushing enterprise environment tax and enterprise carbon emission to a preset enterprise terminal.
In an embodiment of the present invention, the first obtaining unit is configured to obtain the first type of emission data, where the first obtaining unit includes a monitoring obtaining unit and an enterprise reporting obtaining unit; the monitoring acquisition unit is used for acquiring pollutant emission data of a discharge port through discharge port monitoring equipment to obtain monitoring pollution discharge data; the enterprise reporting acquisition unit is used for acquiring pollutant emission data of an emission port in an enterprise reporting mode to obtain reporting pollution discharge data; and the second acquisition unit is used for acquiring the second type of pollution discharge data through the product environment-friendly production basic data if the monitoring pollution discharge data and the reported pollution discharge data do not exist in a discharge port.
In an embodiment of the present invention, the environmental tax determination module includes a first environmental tax determination unit and a second environmental tax determination unit; the first environmental tax determining unit comprises a monitoring environmental tax determining unit and a reporting environmental tax determining unit; the monitoring environmental tax determining unit is configured to determine a total emission monitoring amount according to the emission monitoring concentration, the unit time monitoring emission amount and the emission monitoring time if the emission data exists at an emission port, determine an environmental tax monitoring and paying base based on the total emission monitoring amount and the preset pollutant equivalent, determine an emission monitoring environmental tax according to the environmental tax monitoring and paying base and the preset applicable tax, determine a exempt monitoring environmental tax based on the emission monitoring environmental tax and the preset exempt coefficient, and update the emission monitoring environmental tax based on the exempt monitoring environmental tax; the reporting environmental tax determining unit is configured to determine, if the reporting emission data exists at an emission port and the monitoring emission data does not exist at the emission port, an emission reporting total amount according to the emission reporting concentration, the emission reporting amount per unit time, and the emission reporting time, determine an environmental tax reporting base based on the emission reporting total amount and the preset pollutant equivalent, determine an emission reporting environmental tax according to the environmental tax reporting base and the preset applicable tax, determine an emission reporting environmental tax based on the emission reporting environmental tax and the preset emission reduction coefficient, and update the emission reporting environmental tax based on the emission reduction reporting environmental tax; the second environmental tax determining unit is configured to determine, if the monitored pollution discharge data and the reported pollution discharge data do not exist in a discharge port, a total pollutant generation amount according to the product pollution production coefficient and the product production data, determine the total pollutant generation amount according to the total pollutant generation amount and the decontamination data, determine an environmental tax production payment base based on the total pollutant generation amount and the preset pollutant equivalent, and determine a predicted discharge environmental tax according to the environmental tax production payment base and the preset applicable tax; the environmental tax determination module is further configured to take the emission monitoring environmental tax, the emission reporting environmental tax, and the emission estimated environmental tax as emission environmental tax; the sewage monitoring concentration, the unit time monitoring sewage quantity and the sewage monitoring time are obtained by monitoring sewage data, and the sewage reporting concentration, the unit time reporting sewage quantity and the sewage reporting time are obtained by reporting the sewage data.
In an embodiment of the present invention, the enterprise pollution emission management module further includes at least one of a pollution emission equipment management unit, a solid waste pollution emission management unit, a noise pollution management unit, an exhaust gas monitoring management unit, and a wastewater monitoring management unit; the pollution discharge equipment management unit is used for performing operation management on environment-friendly monitoring equipment, and the environment-friendly monitoring equipment comprises a discharge port monitoring equipment and an atmosphere monitoring equipment; the solid waste pollution discharge management unit is used for defining solid waste pollution and collecting solid waste pollution discharge data in the pollution discharge data acquisition unit; the noise pollution management unit is used for defining noise pollution and collecting noise pollution data in the pollution discharge data acquisition unit; the waste gas monitoring management unit is used for defining waste gas pollution and collecting waste gas pollution discharge data in the pollution discharge data acquisition unit; the wastewater monitoring and managing unit is used for defining wastewater pollution and collecting wastewater pollution discharge data in the pollution discharge data acquisition unit.
In an embodiment of the present invention, the enterprise pollution discharge management module further includes a pollution discharge report management unit; the pollution discharge report management unit comprises at least one of a limit ratio subunit, a ring ratio subunit and a same ratio subunit; the limit ratio subunit is used for comparing the pollutant emission data with a preset national standard limit value to obtain pollutant limit ratio data; the ring ratio subunit is used for carrying out ring ratio on the pollutant emission data and the pollutant history data to obtain pollutant limit ratio data; the same-ratio subunit is used for comparing the pollutant emission data with pollutant historical data to obtain pollutant limit ratio data; the pollution discharge report management unit is used for generating a pollution discharge statistical analysis report according to the pollutant limit ratio data, the pollutant limit ratio data and the pollutant limit ratio data, and uploading the pollution discharge statistical analysis report to the pushing management unit so that the pushing management unit pushes the pollution discharge statistical analysis report to a preset enterprise terminal.
In an embodiment of the present invention, the intelligent environmental protection manager system further includes a campus enterprise standardized management module; the campus enterprise standardized management module comprises a campus management unit and an enterprise foundation management unit; the park management unit is used for carrying out standardized definition management on park standard information, wherein the park standard information comprises park basic information, enterprise basic information and park pollution treatment facilities; the enterprise foundation management unit is used for carrying out standardized definition management on enterprise standard information, and the enterprise standard information comprises production facilities, discharge ports and noise sources.
In an embodiment of the present invention, the intelligent environmental protection manager system further includes an enterprise risk prevention and control management module; the enterprise risk prevention and control management module comprises a risk source unit, a risk countermeasure unit and an emergency material unit; the risk source unit is used for defining and alarming a risk source of an enterprise; the risk countermeasure unit is used for formulating a risk countermeasure based on the risk source to obtain an emergency plan; the emergency material unit is used for carrying out reserve management and dispatch management on emergency materials in the emergency plan.
In one embodiment of the present invention, the intelligent environmental protection manager system further comprises a decision-making cockpit module; the decision cockpit module is used for displaying environmental protection information based on a geographic information system technology, the environmental protection information comprises park standard information, enterprise standard information, pollution discharge statistical analysis reports and alarm information, and the alarm information is obtained by pollutant limit ratio data, enterprise carbon emission and risk sources.
In an embodiment of the present invention, the manager service communication module further includes at least one of an enterprise environment management unit, a communication management unit, and a file management unit; the enterprise environment management unit is used for displaying environmental protection targets of enterprises, wherein the environmental protection targets comprise pollutant types in pollutant emission data, preset environmental protection evaluation indexes and analysis data in pollution discharge statistical analysis reports; the address book information comprises a park-enterprise address book, an expert-enterprise address book and a manager address book; the file management unit is used for classifying and layering management on environment-friendly files and providing pushing reference information for the pushing management unit based on the environment-friendly files, wherein the environment-friendly files comprise the pollution discharge statistical analysis report, the enterprise carbon emission, the enterprise environment tax, the preset policy files and the emergency plan.
In an embodiment of the present invention, the manager service communication module further includes at least one of a problem diagnosis unit and a manager dynamic unit; the problem diagnosis unit is used for reporting environmental protection problems and performing supervision and management on environmental protection problem management, and the environmental protection problems also comprise information obtained by the alarm; the manager dynamic unit is used for providing personalized services for enterprises, and the personalized services comprise pushing periodic reports to the preset enterprise terminals and displaying preset manager service items.
The invention has the beneficial effects that: the invention provides an intelligent environment-friendly manager system, which is used for carrying out policy service analysis on pollutant emission data of each emission port, so that analysis data such as enterprise environment tax, enterprise carbon emission and the like are obtained, and then the analysis data are pushed to a preset enterprise terminal, so that an enterprise can carry out environment-friendly decision through the analysis data, and the policy service capability of environment-friendly manager service is improved.
It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the invention as claimed.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the invention and together with the description, serve to explain the principles of the invention. It is evident that the drawings in the following description are only some embodiments of the present invention and that other drawings may be obtained from these drawings without inventive effort for a person of ordinary skill in the art. In the drawings:
FIG. 1 illustrates a block diagram of an intelligent environmental protection manager system, in accordance with one embodiment of the present invention;
FIG. 2 illustrates a block diagram of an enterprise emissions management module, according to one embodiment of the invention;
FIG. 3 illustrates a block diagram of an environmental tax determination module, according to one embodiment of the invention;
fig. 4 shows a schematic block diagram of an intelligent environmental protection manager system, according to one embodiment of the invention.
Detailed Description
Other advantages and effects of the present invention will become apparent to those skilled in the art from the following disclosure, which describes the embodiments of the present invention with reference to specific examples. The invention may be practiced or carried out in other embodiments that depart from the specific details, and the details of the present description may be modified or varied from the spirit and scope of the present invention. It should be noted that the following embodiments and features in the embodiments may be combined with each other without conflict.
It should be noted that the illustrations provided in the following embodiments merely illustrate the basic concept of the present invention by way of illustration, and only the components related to the present invention are shown in the drawings and are not drawn according to the number, shape and size of the components in actual implementation, and the form, number and proportion of the components in actual implementation may be arbitrarily changed, and the layout of the components may be more complicated.
In the following description, numerous details are set forth in order to provide a more thorough explanation of embodiments of the present invention, it will be apparent, however, to one skilled in the art that embodiments of the present invention may be practiced without these specific details, in other embodiments, well-known structures and devices are shown in block diagram form, rather than in detail, in order to avoid obscuring the embodiments of the present invention.
In order to solve the technical problems, the invention provides an intelligent environment-friendly manager system, and implementation details of the technical scheme of the embodiment of the invention are explained in detail below.
Referring to fig. 1, fig. 1 illustrates a block diagram of an intelligent environmental protection caretaker system in accordance with one embodiment of the present invention. As shown in fig. 1, the intelligent environmental protection manager system 100 includes an enterprise pollution management module 110, an environmental tax determination module 120, a carbon emission determination module 130, and a manager service communication module 140, which are described in detail below:
the enterprise pollution management module 110 includes a pollution data acquisition unit 111, and the pollution data acquisition unit 111 is configured to acquire pollutant emission data of each of the emission ports.
The pollutant emission data comprise first-class pollution emission data and second-class pollution emission data, wherein the first-class pollution emission data comprise pollution emission concentration, unit-time pollution emission quantity and pollution emission time, and the second-class pollution emission data comprise product pollution production coefficients, decontamination data and product production data.
In one embodiment of the present invention, the blowdown data acquisition unit 111 includes a first acquisition unit for acquiring the first type of blowdown data and a second acquisition unit including a monitoring acquisition unit and an enterprise reporting acquisition unit. The monitoring acquisition unit acquires pollutant emission data of a discharge port through discharge port monitoring equipment to obtain monitoring pollution discharge data. The enterprise reporting acquisition unit acquires pollutant emission data of an emission port in an enterprise reporting mode to obtain reporting pollution discharge data. The second acquisition unit is used for acquiring second-class pollution discharge data through the product environment-friendly production basic data if monitoring pollution discharge data does not exist at one discharge port and reporting the pollution discharge data. Decontamination data includes, but is not limited to, average removal efficiency including end treatment techniques and actual operating rates of end treatment facilities, product production data includes, but is not limited to, product yield and/or raw material usage.
In one embodiment of the present invention, the enterprise blowdown management module 110 further includes at least one of a blowdown equipment management unit, a solid waste blowdown management unit, a noise pollution management unit, an exhaust gas monitoring management unit, and a wastewater monitoring management unit. The pollution discharge equipment management unit is used for managing the operation of the environment-friendly monitoring equipment, wherein the environment-friendly monitoring equipment comprises a discharge port monitoring equipment and an atmosphere monitoring equipment; the solid waste pollution discharge management unit is used for defining solid waste pollution and collecting solid waste pollution discharge data in the pollution discharge data acquisition unit; the noise pollution management unit is used for defining noise pollution and collecting noise pollution data in the pollution discharge data acquisition unit; the waste gas monitoring management unit is used for defining waste gas pollution and collecting waste gas pollution discharge data in the pollution discharge data acquisition unit; the wastewater monitoring and managing unit is used for defining wastewater pollution and collecting wastewater pollution discharge data in the pollution discharge data acquisition unit.
In one embodiment of the invention, the trapway management unit manages operation of the environmental monitoring equipment, including the vent monitoring equipment and the atmosphere monitoring equipment. Among them, the drain monitoring apparatus includes, but is not limited to, a drain monitoring apparatus and an exhaust monitoring apparatus. Device data of the environmental monitoring device is accessed through a multi-protocol configuration, the device data is collected in real time into a device management list, and protocols include, but are not limited to, hypertext transfer protocol (Hyper Text Transfer Protocol, HTTP), serial communication protocol (MODBUS protocol), and object linking and embedded process control protocol (Object Linking and Embedding for Process Control, OPC). The pollution discharge equipment management unit can perform real-time data check, historical data inquiry and full life cycle management operation management on the environment-friendly monitoring equipment.
In one embodiment of the invention, the solid waste pollution discharge management unit defines solid waste pollution of enterprises, and simultaneously overall management of solid waste pollution discharge data and solid waste treatment data of the enterprises is carried out in a mode of monitoring and collecting and reporting the solid waste pollution discharge data in the pollution discharge data acquisition unit. The solid waste blowdown data includes, but is not limited to, solid waste sources, solid waste names, solid waste categories, hazardous waste codes, production, temporary storage facilities and hazardous waste identification. The solid waste treatment data includes, but is not limited to, treatment mode, treatment destination, self-use amount, external commission operation amount, discharge amount, introspection storage amount. The method helps enterprise management personnel and park management personnel to know solid waste sewage discharge data and solid waste treatment data in a comprehensive management mode.
In one embodiment of the invention, the noise pollution management unit defines noise pollution of enterprises, and simultaneously overall manages noise pollution data in a mode of monitoring and collecting in the pollution discharge data acquisition unit and reporting by the enterprises. And (3) defining the position, the name and the code of each noise point, and collecting noise decibel information of each monitoring point of the environment-friendly monitoring equipment at daytime, at night and at random, so as to provide basis for environment management noise management.
In one embodiment of the invention, the exhaust gas monitoring and managing unit defines the exhaust gas pollution of the enterprise, and overall management is carried out on the exhaust gas pollution discharge data in a mode of monitoring and collecting in the pollution discharge data acquiring unit and reporting by the enterprise. Comprehensively comparing monitoring data and reported data of exhaust port monitoring equipment of each production facility and an exhaust port of an enterprise; meanwhile, information including, but not limited to, exhaust emission ports, emission forms, pollution factors, exhaust gas amounts, treatment facilities, law enforcement monitoring and the like is collected, defined and integrated, and real-time data and historical records of exhaust emission data are comprehensively managed.
In one embodiment of the invention, the wastewater monitoring and managing unit defines wastewater pollution of enterprises, and overall management is carried out on wastewater pollution discharge data in a mode of monitoring and collecting in the pollution discharge data acquiring unit and reporting by the enterprises. Comprehensively comparing monitoring data and reported data of sewage outlet monitoring equipment of each production facility and a sewage outlet of each enterprise; meanwhile, information including, but not limited to, a wastewater discharge port, a discharge destination, a discharge mode, a receiving water body, pollution factors, wastewater production, treatment facilities, law enforcement monitoring and the like is collected, defined and integrated, and real-time data and historical records of wastewater pollution discharge data of enterprises are comprehensively managed.
In one embodiment of the invention, the enterprise blowdown management module 110 also includes a blowdown report management unit. The pollution discharge report management unit comprises at least one of a limit ratio subunit, a ring ratio subunit and a same ratio subunit. The pollution discharge report management unit collects and statistically analyzes pollutant discharge data of different pollutant types, different discharge ports and different indexes. Comparing pollutant emission data with a preset national standard limit value through a limit ratio subunit based on a preset statistical period to obtain pollutant limit ratio data; performing ring ratio on the pollutant emission data and the pollutant history data through a ring ratio subunit based on a preset statistical period to obtain pollutant ring ratio data; and obtaining pollutant homonymy data by homonymy the pollutant emission data and the pollutant historical data based on a preset statistical period. And generating a pollution discharge statistical analysis report according to the pollutant limit ratio data, the pollutant ring ratio data and the pollutant same ratio data, and uploading the pollution discharge statistical analysis report to the manager service communication module 140 so that the manager service communication module pushes the pollution discharge statistical analysis report to a preset enterprise terminal.
In one embodiment of the present invention, referring to FIG. 2, FIG. 2 shows a block diagram of an enterprise emissions management module in accordance with one embodiment of the present invention. As shown in fig. 2, the enterprise pollution discharge management module includes a pollution discharge equipment management unit, a pollution discharge data acquisition unit, a solid waste pollution discharge management unit, a noise pollution management unit, an exhaust gas monitoring management unit, a wastewater monitoring management unit, and a pollution discharge report management unit. The sewage data acquisition unit comprises a first acquisition unit and a second acquisition unit, wherein the first acquisition unit comprises a monitoring acquisition unit and an enterprise reporting acquisition unit; the monitoring acquisition unit acquires monitoring pollution discharge data monitored by the environment-friendly monitoring equipment through the pollution discharge equipment management unit, and the enterprise reporting acquisition unit is used for acquiring reporting pollution discharge data reported by an enterprise; the second acquisition unit is used for acquiring second-class pollution discharge data through the product environment-friendly production basic data. The solid waste blow-down management unit comprehensively manages solid waste blow-down data through the blow-down data acquisition unit; the noise pollution management unit performs overall management on the noise pollution data through the pollution discharge data acquisition unit; the waste gas monitoring and managing unit performs overall management on waste gas pollution discharge data through the pollution discharge data acquiring unit; the wastewater monitoring and managing unit performs overall management on wastewater pollution discharge data through the pollution discharge data acquiring unit. The pollution discharge report management unit comprises a limit ratio subunit, a ring ratio subunit and a same ratio subunit, wherein the limit ratio subunit obtains pollutant limit ratio data by comparing pollutant discharge data with a preset national standard limit value; the ring ratio subunit performs ring ratio on the pollutant emission data and the pollutant history data to obtain pollutant ring ratio data; and the same-ratio subunit performs same-ratio on the pollutant emission data and the pollutant historical data to obtain pollutant same-ratio data.
The environmental tax determining module 120 is configured to determine an environmental tax of discharging one type of pollutant in a discharge port according to the total amount of pollutant discharge, the preset pollutant equivalent and the preset applicable tax, determine the total amount of pollutant discharge according to the concentration of pollutant discharge, the unit time of pollutant discharge and the time of pollutant discharge if the pollutant discharge data is the first type of pollutant discharge data, determine the total amount of pollutant discharge according to the product pollution production coefficient, the decontamination data and the product production data if the pollutant discharge data is the second type of pollutant discharge data, and determine the environmental tax of discharging corresponding to all pollutant types in all discharge ports of an enterprise as the environmental tax of the enterprise.
In one embodiment of the present invention, the environmental tax determination module 120 includes a first environmental tax determination unit and a second environmental tax determination unit; the first environmental tax determination unit comprises a monitoring environmental tax determination unit and a reporting environmental tax determination unit.
The sewage monitoring concentration, the sewage amount monitored in unit time and the sewage monitoring time are obtained by monitoring sewage data, and the sewage reporting concentration, the sewage amount reported in unit time and the sewage reporting time are obtained by reporting the sewage data.
In one embodiment of the present invention, the monitoring environmental tax determination unit is configured to determine to exempt from the monitoring environmental tax based on the monitoring blowdown data if there is monitoring blowdown data for a drain. Determining a total pollution discharge monitoring amount according to the concentration of the pollution discharge monitoring amount, the unit time monitoring pollution discharge amount and the pollution discharge monitoring time, determining an environmental tax monitoring and paying base number based on the total pollution discharge monitoring amount and a preset pollutant equivalent, determining an emission monitoring environmental tax according to the environmental tax monitoring and paying base number and a preset applicable tax, determining a exemption monitoring environmental tax based on the emission monitoring environmental tax and a preset exemption coefficient, and updating the emission monitoring environmental tax based on the exemption monitoring environmental tax. The calculation formula for relieving the monitoring environmental tax is as follows:
Wherein T is i,j The environmental tax to be paid for discharging j pollutants at the discharge port i is reduced and exempted, and the unit is the unit;
c jt monitoring the concentration of pollution discharge of j pollutants in the t hour, wherein the unit is mg/m3;
Q it monitoring the sewage discharge amount for the unit time of the discharge port i, wherein the unit is m3/h;
M j the unit of the pollutant equivalent is kg (the value is detailed in annex II of the environmental protection tax of the people's republic of China);
n is the pollution discharge time in the accounting period, and the unit is h;
T sj the applicable tax amount, the meta/pollution equivalent amount are preset for the j types of pollutants;
k-preset relief factors (according to the thirteenth related rule of the environmental protection tax law of the people's republic of China, three steps of 1, 0.75 and 0.5 are divided);
c 0 concentration standard limits for class j pollutant emissions are implemented.
In one embodiment of the present invention, the reporting environmental tax determining unit is configured to determine to exempt reporting environmental tax based on reporting blowdown data if there is reporting blowdown data and there is no monitoring blowdown data for a drain. Determining a total sewage reporting amount according to the sewage reporting concentration, the unit time reporting sewage amount and the sewage reporting time, determining an environmental tax reporting base number based on the total sewage reporting amount and a preset pollutant equivalent, determining a discharge reporting environmental tax according to the environmental tax reporting base number and a preset applicable tax amount, determining a reduction reporting environmental tax based on the discharge reporting environmental tax and a preset reduction coefficient, and updating the discharge reporting environmental tax based on the reduction reporting environmental tax. The calculation formula for relieving reporting environmental tax is as follows:
Wherein T is i,j The reporting environmental tax is reduced and avoided for j pollutants discharged by the discharge port i, wherein the unit is the unit;
c j reporting the concentration of pollution discharge of j pollutants in mg/m3;
Q i reporting the sewage discharge amount for the unit time of the discharge port i, wherein the unit is m3/h;
M j the pollutant equivalent is preset for class j in kg (takenValues are detailed in annex II of environmental protection tax Law of the people's republic of China;
n is pollution discharge reporting time in the accounting period, and the unit is h;
T sj presetting applicable tax amount for j types of pollutants, wherein the unit is meta/pollution equivalent;
k is a preset relief factor (according to the related regulations of thirteenth of the environmental protection tax law of the people's republic of China, three grades are divided into 1, 0.75 and 0.5);
c 0 concentration standard limits for class j pollutant emissions are implemented.
In one embodiment of the present invention, the second environmental tax determining unit is configured to determine a total pollutant generation amount according to the product pollution production coefficient and the product production data, determine a total pollutant generation amount according to the total pollutant generation amount and the decontamination data, determine an environmental tax production payment base based on the total pollutant generation amount and a preset pollutant equivalent, and determine an emission estimated environmental tax according to the environmental tax production payment base and the preset applicable tax if there is no monitoring pollution discharge data and reporting pollution discharge data at a discharge port. Wherein the product production data includes, but is not limited to, product yield and/or raw material usage, and the decontamination data includes, but is not limited to, average removal efficiency of the end treatment technique and actual operating rate of the end treatment facility. Pollutant production amount = pollutant corresponding product pollution coefficient x product yield (raw material consumption), the calculation formula of the total pollutant production amount is as follows:
G Yield i, j ＝P Yield i, j ×M i Formula (3)
Wherein G is Yield i, j The average generation amount of j pollutants in the section i; p (P) Yield i, j The pollution production coefficient of the product corresponding to the j pollutants in the section i is obtained; m is M i The product yield or the raw material consumption of the section i.
The pollutant removal amount is determined by the pollutant generation amount and the pollutant removal rate, the pollutant removal rate is determined by the average removal efficiency of the treatment technology and the actual operation rate of the treatment facility, and the calculation formula of the pollutant removal amount is as follows:
wherein R is Subtracting i, j For the pollutant removal amount of j pollutants in section i, G Yield i, j For the average production of j types of contaminants in section i,
the average removal efficiency of the tail end treatment technology adopted for j pollutants in the section i; />
Actual operating rate of the terminal abatement facility employed for the j-class contaminant in section i.
The total pollutant generation (emission) amount of the pollutant of class j of the same enterprise is the sum of pollutant generation (emission) amounts in all processes (working sections) of the actual production of the enterprise in the same year. The calculation formula of the total amount of pollution discharge is as follows:
wherein E is Row j Generating total amount G for pollution discharge of j pollutants Yield j Total amount of contaminant generation for class j contaminants, R Subtracting j Total pollutant removal for class j pollutants, G Yield i, j For average production of j pollutants in section i, R Subtracting i, j For the pollutant removal amount of j pollutants in section i, P Yield i, j For the pollution production coefficient of the product corresponding to the j pollutants in the section i, M i For the production of the product or the raw material consumption of section i,
the average removal efficiency of the tail end treatment technology adopted for j pollutants in the section i; />
Actual operating rate of the terminal abatement facility employed for the j-class contaminant in section i.
The calculation formula of the emission estimated environmental tax is as follows:
wherein T is j Estimating environmental tax for the discharge of the j pollutants, wherein the unit is an element;
M j the pollutant equivalent is preset for j classes, and the unit is kg (the value is detailed in annex II of the environmental protection tax Law of the people's republic);
T sj presetting applicable tax amount for j types of pollutants, wherein the unit is meta/pollution equivalent;
E row j The total amount is generated for the pollution discharge of the j pollutants.
In one embodiment of the invention, the environmental tax determination module is further configured to take as the emission environmental tax the emission monitoring environmental tax, the emission reporting environmental tax, and the emission forecast environmental tax.
The carbon emission determining 130 module is configured to determine a pollutant type and a reference factor corresponding to the pollutant type that participate in carbon emission determination according to the preset carbon transaction basic information, and determine an enterprise carbon emission according to the pollutant emission data and the reference factor corresponding to the pollutant type.
In one embodiment of the present invention, the preset carbon transaction basic information is obtained by preset national different carbon exchange emission calculation standards, and the carbon exchanges include, but are not limited to, chongqing carbon emission right exchange, sichuan combined environment exchange, shanghai environment energy exchange, beijing environment exchange and the like, and the corresponding calculation standards are executed for enterprises in different areas. Emission calculation standards for hundreds of carbon emission types in five industries are preset, including but not limited to difluoromethane (CH 2F 2), methyl vinyl trifluoropropyl silicone rubber (CHF 2CH2CF 3), clean coal, liquefied Petroleum Gas (LPG), liquefied Natural Gas (LNG), and the like. The carbon emission calculation is carried out aiming at the direct emission, indirect emission and special emission material types in the power industry, building material industry, chemical industry, metallurgical industry and other industries. And automatically calculating the carbon emission of the enterprise according to the reference factors corresponding to the pollutant types reported by the enterprise and the monitoring collection. At the same time, the carbon transfer and carbon sequestration can also be considered for more accurateAnd calculating the total carbon emission of enterprises. For example, the blast furnace gas in direct emissions in the metallurgical industry is regulated in terms of its emissions (kNm 3 ) The reference factor is 0.969, and the corresponding carbon emission of the blast furnace gas can be obtained.
In one embodiment of the present invention, referring to FIG. 3, FIG. 3 illustrates a block diagram of an environmental tax determination module according to one embodiment of the present invention. As shown in fig. 3, the environmental tax determination module includes a first environmental tax determination unit and a second environmental tax determination unit. The first environmental tax determining unit comprises a monitoring environmental tax determining unit and a reporting environmental tax determining unit, wherein the monitoring environmental tax determining unit is used for determining emission monitoring environmental tax according to monitoring pollution discharge data if one emission port has the monitoring pollution discharge data, and the reporting environmental tax determining unit is used for determining emission reporting environmental tax according to the reporting pollution discharge data if one emission port has the reporting pollution discharge data and does not have the monitoring pollution discharge data; and the second environmental tax determining unit is used for determining the estimated environmental tax of emission according to the second type of pollution discharge data if the monitoring pollution discharge data does not exist at one discharge port and the pollution discharge data is reported.
The manager service communication module 140 includes a pushing management unit, where the pushing management unit is configured to push the enterprise environmental tax and the enterprise carbon emission to a preset enterprise terminal.
In one embodiment of the present invention, the push management unit further includes, but is not limited to, pushing a message to a preset enterprise terminal for a pollution discharge statistics analysis report, alarm information, bulletin news, policy regulations, disposition information, environmental backlog, and the like.
In one embodiment of the present invention, the manager service communication module further includes at least one of an enterprise environment management unit, a communication management unit, a problem diagnosis unit, and a document management unit. The enterprise environment management unit is used for comprehensively, accurately, completely and normally displaying environment-friendly targets of enterprises, wherein the environment-friendly targets comprise but are not limited to pollutant types in pollutant emission data, preset environment-friendly evaluation indexes, analysis data in pollution discharge statistical analysis reports and monitoring point coordinates, and the analysis data comprise but are not limited to information such as current concentration, standard value, maximum mark occupation rate, exceeding rate, maximum exceeding number, reaching condition and the like. The address list information comprises a park-enterprise address list, an expert-enterprise address list and a manager address list. The file management unit is used for classifying and layering management of the environmental protection files and providing pushing reference information for the pushing management unit based on the environmental protection files, wherein the environmental protection files include, but are not limited to, pollution discharge statistical analysis reports, enterprise carbon emission, enterprise environmental tax, laws and regulations, policy files, environmental assessment reports, environmental protection acceptance, enterprise files and emergency plans.
In one embodiment of the invention, the manager service communication module further comprises at least one of a problem diagnosis unit and a manager dynamic unit. The problem diagnosis unit is used for reporting environmental protection problems, performing supervision and management on environmental protection problem management, and obtaining the environmental protection problems from alarm information. And the manager dynamic unit is used for providing personalized services for the enterprise, wherein the personalized services comprise, but are not limited to, pushing periodic reports to a preset enterprise terminal, displaying preset manager service items and managing and pushing backlog aiming at future month environmental protection of the enterprise. Periodic reports include, but are not limited to, weekly, monthly, quarterly, and annual reports, which may be derived from pollution discharge statistical analysis reports, enterprise carbon emissions, enterprise environmental tax, and alarm information, among others.
In one embodiment of the invention, the intelligent environmental protection manager system further comprises a campus enterprise standardized management module; the campus enterprise standardized management module includes at least one of a campus management unit and an enterprise base management unit.
In one embodiment of the invention, the campus management unit is configured to perform standardized definition management on the campus standard information, where the campus standard information includes campus base information, enterprise base information, and a campus pollution control facility. The business base information includes, but is not limited to, business name, location, legal person, unified social credit code, management type, industry category, and major processes. The park pollution abatement facility includes, but is not limited to, park pollution abatement facility processes and viable technologies, and is defined and orchestrated by building a park pollution abatement facility library.
In one embodiment of the invention, enterprise underlying management is used to perform standardized definition management of enterprise standard information, including production facilities, emissions ports, and noise sources. Numbering the production facilities, and defining and inputting the process of the production facilities and main parameters of the production facilities. The discharge ports include exhaust gas discharge ports and waste water discharge ports for defining and entering, including but not limited to waste water discharge port coordinates, discharge port standardization, discharge direction, discharge law, receiving bodies of water and permitted discharge. The standardization defines noise sources including, but not limited to, noise sources, noise categories, numbers, noise source coordinates, operating periods, noise control measures, indoor and outdoor distances from nearest factory boundaries.
In one embodiment of the invention, the intelligent environmental protection attendant system further comprises a decision cockpit module. The decision cockpit module is used for integrally displaying environment-friendly information on a map based on Geographic Information System (GIS), wherein the environment-friendly information comprises, but is not limited to, park standard information, enterprise standard information, pollution discharge statistical analysis reports, alarm information and the like. The map is combined with analysis data obtained by statistical analysis, so that accurate, comprehensive and reliable information is provided for decisions of small and medium-sized enterprises managers and park managers, and the effectiveness and scientificity of environmental protection decisions are enhanced. Meanwhile, the manager can be helped to know the environment-friendly backlog of the enterprise, wherein the environment-friendly backlog comprises but is not limited to alarm information processing and problem processing reporting. The intelligent environment-friendly manager system can browse and supervise the whole process of processing alarm information and reporting processing problems. The alarm information is obtained from pollutant limit ratio data, enterprise carbon emission and risk sources.
In one embodiment of the invention, the intelligent environmental protection manager system further comprises an enterprise risk prevention and control management module; the enterprise risk prevention and control management module comprises a risk source unit, a risk countermeasure unit and an emergency material unit.
In one embodiment of the invention, the risk source unit is used for defining and alarming the risk source of the enterprise. Risk sources include fixed risk sources and mobile risk sources. Information including, but not limited to, physical state, environmental risk single source, principal component, specification, maximum storage, enterprise Q value, whether to constitute a significant risk source, etc. is defined and alerted for a fixed risk source. For mobile risk sources, definitions and alarms are defined including, but not limited to, physical state, transportation mode, maximum loading rate, route length, transportation roadmap, etc. Helping the park manager and the enterprise to know the situation of the risk source.
In an embodiment of the invention the risk countermeasure unit is arranged for formulating a risk countermeasure based on the risk source, resulting in an emergency plan. For example, aiming at the water environment risk, risk precaution measures are formulated according to information such as whether cofferdam is arranged, cofferdam size, cofferdam effective volume, anti-corrosion and anti-seepage arrangement, accident pool/rain water pool size, accident pool/rain water pool effective volume, wastewater/rain water direction, corresponding production wastewater treatment facility condition, video monitoring and alarm linkage condition, cut-off valve/change-over valve condition and the like. Aiming at the atmospheric environment risk, a risk precaution measure is formulated according to the information such as toxic gas leakage alarm device, installation position, quantity, toxic gas type, video monitoring and alarm linkage condition, cut-off valve/switching valve condition and the like. By making risk precautions for the water environment risk and the atmospheric environment risk, the safety and environmental protection accident can be prevented, and the accident can be rapidly and effectively controlled and treated after the accident.
In one embodiment of the invention, the emergency materials unit is used for carrying out reserve management and dispatch management on emergency materials in the emergency plan. And (3) carrying out standard and standardized management on information such as emergency material risk units, emergency material library positions, coordinates, contacts, contact ways, emergency material names, quantity, functions and the like, and guaranteeing emergency command.
In one embodiment of the present invention, referring to FIG. 4, FIG. 4 shows a schematic block diagram of an intelligent environmental protection manager system in accordance with one embodiment of the present invention. As shown in fig. 4, the smart ring custody home system has four levels, the first level includes a decision cockpit, the second level includes, but is not limited to, enterprise carbon emissions, enterprise environmental tax, statistical analysis report, alarm list, and environmental calendar, the third level includes campus enterprise standardized management, enterprise blowdown management, enterprise risk prevention and control management, and manager service communication, and the fourth level includes equipment data and manual reporting. Environmental protection basic information is obtained through equipment reporting and manual reporting, and the environmental protection basic information comprises but is not limited to pollutant emission data and problem reporting. Enterprise pollution discharge management comprises waste gas data, waste water data, solid waste data and noise data; the enterprise risk prevention management comprises risk prevention measures, risk sources and emergency materials; manager service communication includes enterprise environment management, communication management, file management, push management, manager dynamics, and problem diagnosis. Obtaining the carbon emission of the enterprise based on the pollutant emission data; the enterprise environmental tax is based on pollutant emission data to obtain enterprise environmental tax corresponding to all pollutant types in all discharge ports of an enterprise; the statistical analysis report carries out statistical analysis on the pollutant emission data to obtain a pollution discharge statistical analysis report; obtaining an alarm list based on statistical analysis report, enterprise risk prevention and control management, manual report and other approaches; the environment-friendly calendar is used for reminding an enterprise of environment-friendly backlog, including but not limited to processing alarm information and processing problem report.
The flowcharts and block diagrams in the figures illustrate the architecture, functionality, and operation of possible implementations of systems, methods and computer program products according to various embodiments of the present invention. Where each block in the flowchart or block diagrams may represent a module, segment, or portion of code, which comprises one or more executable instructions for implementing the specified logical function(s). It should also be noted that, in some alternative implementations, the functions noted in the block may occur out of the order noted in the figures. For example, two blocks shown in succession may, in fact, be executed substantially concurrently, or the blocks may sometimes be executed in the reverse order, depending upon the functionality involved. It will also be noted that each block of the block diagrams or flowchart illustration, and combinations of blocks in the block diagrams or flowchart illustration, can be implemented by special purpose hardware-based systems which perform the specified functions or acts, or combinations of special purpose hardware and computer instructions.
The units involved in the embodiments of the present invention may be implemented by software, or may be implemented by hardware, and the described units may also be provided in a processor. Wherein the names of the units do not constitute a limitation of the units themselves in some cases. Thus, the technical solution according to the embodiments of the present invention may be embodied in the form of a software product, which may be stored in a non-volatile storage medium (may be a CD-ROM, a U-disk, a mobile hard disk, etc.) or on a network, and includes several instructions to cause a computing device (may be a personal computer, a server, a touch terminal, or a network device, etc.) to perform the method according to the embodiments of the present invention.
In the above embodiments, unless otherwise specified the description of a common object by use of ordinal numbers, such as "first" and "second", merely indicate that different instances of the same object are referred to, and are not intended to indicate that the described object must be in a given order, whether temporally, spatially, in ranking, or in any other manner.
The above embodiments are merely illustrative of the principles of the present invention and its effectiveness, and are not intended to limit the invention. Modifications and variations may be made to the above-described embodiments by those skilled in the art without departing from the spirit and scope of the invention. It is therefore intended that all equivalent modifications and changes made by those skilled in the art without departing from the spirit and technical spirit of the present invention shall be covered by the appended claims.
Claims (10)
1. The intelligent environment-friendly housekeeper system is characterized by comprising an enterprise pollution discharge management module, an environment tax determination module, a carbon emission determination module and a housekeeper service communication module;
the enterprise pollution discharge management module comprises a pollution discharge data acquisition unit, wherein the pollution discharge data acquisition unit is used for acquiring pollutant discharge data of each discharge port, the pollutant discharge data comprise first-class pollution discharge data and second-class pollution discharge data, the first-class pollution discharge data comprise pollution discharge concentration, unit-time pollution discharge capacity and pollution discharge time, and the second-class pollution discharge data comprise product pollution production coefficients, decontamination data and product production data;
The environmental tax determining module is configured to determine an emission environmental tax of one type of pollutant in a discharge port according to a total amount of pollutant discharge, a preset pollutant equivalent and a preset applicable tax, determine the total amount of pollutant discharge according to the concentration of the pollutant discharge, the unit time of the discharge amount and the time of the discharge if the pollutant discharge data is first type of pollutant discharge data, determine the total amount of pollutant discharge according to the product pollution production coefficient, the decontamination data and the product production data if the pollutant discharge data is second type of pollutant discharge data, and determine the emission environmental tax corresponding to all pollutant types in all discharge ports of an enterprise as an enterprise environmental tax;
the carbon emission determining module is used for determining pollutant types participating in carbon emission determination and reference factors corresponding to the pollutant types according to preset carbon transaction basic information, and determining the carbon emission of enterprises according to the pollutant emission data corresponding to the pollutant types and the reference factors;
the manager service communication module comprises a pushing management unit, wherein the pushing management unit is used for pushing enterprise environment tax and enterprise carbon emission to a preset enterprise terminal.
2. The intelligent environmental protection housekeeping system of claim 1, wherein the blowdown data acquisition unit comprises a first acquisition unit and a second acquisition unit;
The first acquisition unit is used for acquiring the first type of emission data and comprises a monitoring acquisition unit and an enterprise reporting acquisition unit;
the monitoring acquisition unit is used for acquiring pollutant emission data of a discharge port through discharge port monitoring equipment to obtain monitoring pollution discharge data;
the enterprise reporting acquisition unit is used for acquiring pollutant emission data of an emission port in an enterprise reporting mode to obtain reporting pollution discharge data;
and the second acquisition unit is used for acquiring the second type of pollution discharge data through the product environment-friendly production basic data if the monitoring pollution discharge data and the reported pollution discharge data do not exist in a discharge port.
3. The intelligent environmental protection manager system of claim 2, wherein the environmental tax determination module includes a first environmental tax determination unit and a second environmental tax determination unit;
the first environmental tax determining unit comprises a monitoring environmental tax determining unit and a reporting environmental tax determining unit;
the monitoring environmental tax determining unit is configured to determine a total emission monitoring amount according to the emission monitoring concentration, the unit time monitoring emission amount and the emission monitoring time if the emission data exists at an emission port, determine an environmental tax monitoring and paying base based on the total emission monitoring amount and the preset pollutant equivalent, determine an emission monitoring environmental tax according to the environmental tax monitoring and paying base and the preset applicable tax, determine a exempt monitoring environmental tax based on the emission monitoring environmental tax and the preset exempt coefficient, and update the emission monitoring environmental tax based on the exempt monitoring environmental tax;
The reporting environmental tax determining unit is configured to determine, if the reporting emission data exists at an emission port and the monitoring emission data does not exist at the emission port, an emission reporting total amount according to the emission reporting concentration, the emission reporting amount per unit time, and the emission reporting time, determine an environmental tax reporting base based on the emission reporting total amount and the preset pollutant equivalent, determine an emission reporting environmental tax according to the environmental tax reporting base and the preset applicable tax, determine an emission reporting environmental tax based on the emission reporting environmental tax and the preset emission reduction coefficient, and update the emission reporting environmental tax based on the emission reduction reporting environmental tax;
the second environmental tax determining unit is configured to determine, if the monitored pollution discharge data and the reported pollution discharge data do not exist in a discharge port, a total pollutant generation amount according to the product pollution production coefficient and the product production data, determine the total pollutant generation amount according to the total pollutant generation amount and the decontamination data, determine an environmental tax production payment base based on the total pollutant generation amount and the preset pollutant equivalent, and determine a predicted discharge environmental tax according to the environmental tax production payment base and the preset applicable tax;
The environmental tax determination module is further configured to take the emission monitoring environmental tax, the emission reporting environmental tax, and the emission estimated environmental tax as emission environmental tax;
the sewage monitoring concentration, the unit time monitoring sewage quantity and the sewage monitoring time are obtained by monitoring sewage data, and the sewage reporting concentration, the unit time reporting sewage quantity and the sewage reporting time are obtained by reporting the sewage data.
4. The intelligent environmental protection housekeeping system of claim 2, wherein the enterprise blowdown management module further comprises at least one of a blowdown equipment management unit, a solid waste blowdown management unit, a noise pollution management unit, an exhaust gas monitoring management unit, and a wastewater monitoring management unit;
the pollution discharge equipment management unit is used for performing operation management on environment-friendly monitoring equipment, and the environment-friendly monitoring equipment comprises a discharge port monitoring equipment and an atmosphere monitoring equipment;
the solid waste pollution discharge management unit is used for defining solid waste pollution and collecting solid waste pollution discharge data in the pollution discharge data acquisition unit;
the noise pollution management unit is used for defining noise pollution and collecting noise pollution data in the pollution discharge data acquisition unit;
The waste gas monitoring management unit is used for defining waste gas pollution and collecting waste gas pollution discharge data in the pollution discharge data acquisition unit;
the wastewater monitoring and managing unit is used for defining wastewater pollution and collecting wastewater pollution discharge data in the pollution discharge data acquisition unit.
5. The intelligent environmental protection manager system of any of claims 1-4, wherein the enterprise pollution management module further comprises a pollution discharge report management unit;
the pollution discharge report management unit comprises at least one of a limit ratio subunit, a ring ratio subunit and a same ratio subunit;
the limit ratio subunit is used for comparing the pollutant emission data with a preset national standard limit value to obtain pollutant limit ratio data;
the ring ratio subunit is used for carrying out ring ratio on the pollutant emission data and the pollutant history data to obtain pollutant limit ratio data;
the same-ratio subunit is used for comparing the pollutant emission data with pollutant historical data to obtain pollutant limit ratio data;
the pollution discharge report management unit is used for generating a pollution discharge statistical analysis report according to the pollutant limit ratio data, the pollutant limit ratio data and the pollutant limit ratio data, and uploading the pollution discharge statistical analysis report to the pushing management unit so that the pushing management unit pushes the pollution discharge statistical analysis report to a preset enterprise terminal.
6. The intelligent environmental protection manager system of claim 5, further comprising a campus enterprise standardization management module;
the campus enterprise standardized management module comprises a campus management unit and an enterprise foundation management unit;
the park management unit is used for carrying out standardized definition management on park standard information, wherein the park standard information comprises park basic information, enterprise basic information and park pollution treatment facilities;
the enterprise foundation management unit is used for carrying out standardized definition management on enterprise standard information, and the enterprise standard information comprises production facilities, discharge ports and noise sources.
7. The intelligent environmental protection manager system of claim 6, further comprising an enterprise risk prevention and control management module;
the enterprise risk prevention and control management module comprises a risk source unit, a risk countermeasure unit and an emergency material unit;
the risk source unit is used for defining and alarming a risk source of an enterprise;
the risk countermeasure unit is used for formulating a risk countermeasure based on the risk source to obtain an emergency plan;
The emergency material unit is used for carrying out reserve management and dispatch management on emergency materials in the emergency plan.
8. The intelligent environmental protection manager system of claim 7, further comprising a decision cockpit module;
the decision cockpit module is used for displaying environmental protection information based on a geographic information system technology, the environmental protection information comprises park standard information, enterprise standard information, pollution discharge statistical analysis reports and alarm information, and the alarm information is obtained by pollutant limit ratio data, enterprise carbon emission and risk sources.
9. The intelligent environmental protection manager system of claim 8, wherein the manager service communication module further comprises at least one of an enterprise environment management unit, a communication management unit, and a document management unit;
the enterprise environment management unit is used for displaying environmental protection targets of enterprises, wherein the environmental protection targets comprise pollutant types in pollutant emission data, preset environmental protection evaluation indexes and analysis data in pollution discharge statistical analysis reports;
the address book information comprises a park-enterprise address book, an expert-enterprise address book and a manager address book;
The file management unit is used for classifying and layering management on environment-friendly files and providing pushing reference information for the pushing management unit based on the environment-friendly files, wherein the environment-friendly files comprise the pollution discharge statistical analysis report, the enterprise carbon emission, the enterprise environment tax, the preset policy files and the emergency plan.
10. The intelligent environmental protection housekeeping system of claim 9, wherein the housekeeping service communication module further comprises at least one of a problem diagnosis unit and a housekeeping dynamic unit;
the problem diagnosis unit is used for reporting environmental protection problems and performing supervision and management on environmental protection problem management, and the environmental protection problems also comprise information obtained by the alarm;
the manager dynamic unit is used for providing personalized services for enterprises, and the personalized services comprise pushing periodic reports to the preset enterprise terminals and displaying preset manager service items.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116822913A (en) * | 2023-08-30 | 2023-09-29 | 湖南前行科创有限公司 | Big data environmental protection service system based on wisdom garden |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116822913A (en) * | 2023-08-30 | 2023-09-29 | 湖南前行科创有限公司 | Big data environmental protection service system based on wisdom garden |
| CN116822913B (en) * | 2023-08-30 | 2023-11-21 | 湖南前行科创有限公司 | Big data environmental protection service system based on wisdom garden |
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