CN111695832B - Lead-related industry comprehensive improvement effect evaluation system and method - Google Patents
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Abstract
The invention discloses a lead-related industry comprehensive improvement effect evaluation system and a method, the system comprises a directional area air sampling inspection module, a lead-related enterprise location area analysis module, a lead-related enterprise quantity control module in a city, a lead-related enterprise product classification detection module and a lead-related enterprise personnel health condition sampling inspection module, the directional area air sampling inspection module is used for performing timing sampling inspection on the air quality of the lead-related enterprise location, the lead-related enterprise location area analysis module is used for analyzing the lead-related enterprise location, the lead-related enterprise quantity control module in the city is used for performing comprehensive evaluation on the yield, the air quality and the city area of the lead-related enterprise in the city, the lead-related enterprise product classification detection module is used for continuously monitoring each production line of the lead-related enterprise products, the lead-related enterprise personnel health condition sampling inspection module is used for sampling inspection on occupational diseases of workers working in the lead-related enterprise, aims to determine the optimal position of a lead-related enterprise and the minimum amount of environmental pollution.
Description
Technical Field
The invention relates to the field of lead-related remediation, in particular to a system and a method for evaluating comprehensive remediation effect in lead-related industry.
Background
Lead (Pb) is a high-density soft blue-gray metal, has a melting point of 327 ℃ and a boiling point of 1750 ℃, and when the temperature exceeds 400 ℃, a large amount of lead vapor escapes, and is quickly oxidized into lead oxide smoke in the air. Lead and its compounds are used in a wide variety of applications and are available for use in metallurgical, battery, printing, paints, glazes, soldering, and other operations.
A very large difference between the lead industry chain and the copper, aluminum, zinc, etc. industry chain is that the percentage of secondary lead in the entire industry chain is very high. In 2016, the percentage of the Chinese secondary lead in the domestic lead yield reaches 33 percent, and the percentage of the Chinese secondary lead in the world reaches 56 percent. The ratio of copper, aluminum and zinc is less than 20%. The analytical lead industry chain cannot involve secondary lead occupying the semiwall of the river.
The lead ore resources in China are rich, and with the increase of the domestic lead demand, the exploitation amount of the lead ore in China reaches the first world. However, the concentration of the lead smelting industry in China is relatively low, the sum of the lead enterprises in the first ten lead enterprises in China is less than 50% of the lead enterprises in China, 65% of lead storage batteries can be produced by several manufacturers in Zhejiang, and the right of speaking is firmly in the hands of buyers due to the relatively concentrated consumption, so that the market of the buyers is an important characteristic of the lead market in China.
Lead is one of the most important basic metals in national economy and is widely applied to industries such as batteries, cable sheaths, automobile manufacturing, military industry and the like. The lead-acid storage battery is the main consumption field of lead, and the lead consumption accounts for more than 80% of the whole lead requirement. With the rapid development of national economy, the social demand of industrial raw materials is increasing day by day, and under the strong demand of the lead-acid storage battery industry, the lead consumption of China exceeds the United states and leaps to the first place of the world.
The method is characterized in that the urban pollution is serious due to the fact that the number of lead production enterprises in the city is too large at present, lead smoke dust can affect the body to a certain degree, site selection of a lead-related factory is particularly important, a residential area needs to be kept away, the method aims to carry out intelligent site selection and urban maximum capacity analysis on the lead-related enterprises, and the best positions of the lead-related enterprises and the quantity of the lead-related enterprises with the minimum environmental pollution are determined.
Disclosure of Invention
The invention aims to provide a comprehensive renovation effect evaluation system and method in the lead-related industry so as to solve the problems in the prior art.
In order to achieve the purpose, the invention provides the following technical scheme:
a comprehensive improvement effect evaluation system for lead-related industries comprises a directional area air spot check module, a lead-related enterprise location area analysis module, an intra-city lead-related enterprise quantity control module, a lead-related enterprise product classification detection module and a lead-related enterprise personnel health condition spot check module, wherein the lead-related enterprise location area analysis module, the intra-city lead-related enterprise quantity control module, the lead-related enterprise product classification detection module and the lead-related enterprise personnel health condition spot check module are respectively connected with the directional area air spot check module through an intranet, and the lead-related enterprise location area analysis module and the intra-city lead-related enterprise quantity control module are connected through the intranet;
the system comprises a directional region air spot inspection module, a lead-related enterprise position area analysis module, a lead-related enterprise quantity management and control module, a lead-related enterprise product classification detection module and a lead-related enterprise personnel health condition spot inspection module, wherein the directional region air spot inspection module is used for performing regular spot inspection on the air quality of lead-related enterprise positions, the lead-related enterprise position area analysis module is used for analyzing lead-related enterprise positions, lead-related enterprises are prevented from being too close to residential areas, the lead-related enterprise quantity management and control module is used for comprehensively evaluating the yield, the air quality and the urban area of the lead-related enterprises in a city, the maximum quantity of the lead-related enterprises in the city is judged, the lead-related enterprise product classification detection module is used for continuously monitoring each production line of products of the lead-related enterprises, and the lead-related enterprise personnel health condition spot inspection module is used for performing spot inspection on occupational diseases of workers working in the lead-related enterprises.
By adopting the technical scheme: the directional area air spot inspection module comprises a lead-related enterprise position marking submodule and a lead smoke dust real-time concentration value analysis submodule, wherein the lead-related enterprise position marking submodule is used for counting the positioning positions of lead-related enterprises in a city and marking the lead-related enterprises on a city area map, the lead smoke dust real-time concentration value analysis submodule is used for performing real-time spot inspection on the air quality at the positioning positions of the lead-related enterprises, monitoring the content of lead smoke dust in the air, analyzing the lead smoke dust real-time concentration value in the air, comparing the lead smoke dust real-time concentration value in the air with a set emission threshold value, and sending the current time, the current position and the detected lead smoke dust real-time concentration value in the air to an environment inspector when the lead smoke dust real-time concentration value in the air is greater than the set emission threshold value.
By adopting the technical scheme: the lead-related enterprise position area analysis module comprises an urban residential area position distance judgment submodule and a lead-related enterprise position optimization analysis submodule, the urban residential area position distance judgment submodule is used for positioning the positions of residential areas around lead-related enterprises and positioning on an urban area map, the lead-related enterprise positions marked by the lead-related enterprise position marking submodule are obtained, the distances between different residential areas and different lead-related enterprises are counted, the lead-related enterprise position optimization analysis submodule is used for analyzing the distances between the lead-related enterprises and different residential areas, the position selection of the lead-related enterprises is judged according to an analysis result, and the positions of the lead-related enterprises are judged and sent to the lead-related enterprise quantity management and control module in the city for quantity analysis.
By adopting the technical scheme: the urban residential area position distance judgment submodule counts distances from different residential areas to different lead-related enterprises, and the lead-related enterprise position optimization analysis submodule sets the distances from different residential areas around the lead-related enterprises to a certain lead-related enterprise to be L1、L2、L3、…、Ln-1、LnExtracting the minimum value L of the distancenmin, setting the average distance between different residential areas and a lead-related enterprise as L0, according to a formula:
and calculating to determine whether the distance between a certain lead-related enterprise and different residential areas meets the above conditions, when the lead-related enterprise meets the above conditions, determining that the site selection of the factory is qualified, when the lead-related enterprise does not meet the above conditions, sending the position of the factory to an environment inspector, and when the lead industry percentage of the lead-related enterprise is more than 40%, the lead-related enterprise needs to be re-located and moved.
By adopting the technical scheme: the method comprises the steps that a lead-related enterprise quantity control module in a city comprises different lead-related enterprise lead yield statistics sub-modules and a lead-related enterprise quantity control analysis sub-module, the different lead-related enterprise lead yield statistics sub-modules are used for investigating the lead yields of the lead-related enterprises in the city and counting the lead yields of the different lead-related enterprises, when the lead yields are larger than a set lead yield threshold value needing to be exported, the counted lead yield data of the different lead-related enterprises are sent to the lead-related enterprise quantity control analysis sub-module, the lead-related enterprise quantity control analysis sub-module is used for analyzing and controlling the quantity of the lead-related enterprises in the city, analyzing the maximum quantity of the lead-related enterprises in the city and helping part of the lead-related enterprises to realize enterprise transformation and upgrade.
By adopting the technical scheme: the product classification detection module for the lead-related enterprises comprises a product lead content monitoring and analyzing submodule and a lead content marking and warning submodule, wherein the product lead content monitoring and analyzing submodule is used for monitoring the lead content of products produced by the lead-related enterprises, marking the lead content in each product, and sending the products to the lead content marking and warning submodule when the lead content in the products is greater than a set safety standard, and the lead content marking and warning submodule is used for carrying out warning marking on the products in batches with excessive lead content, so that daily use in life is avoided.
By adopting the technical scheme: the lead enterprise personnel health condition spot inspection module comprises a lead enterprise personnel real name statistics submodule and a first-line worker health condition analysis submodule, the lead enterprise personnel real name statistics submodule is used for carrying out real name registration on personnel in a lead enterprise, the real name registration comprises name, age, working time and physical conditions before working, the first-line worker health condition analysis submodule is used for carrying out occupational disease inspection on technicians working in the first line of lead product and with the working age exceeding three years, when the occupational disease of the technicians exceeds a normal threshold value, the occupational disease condition of the lead enterprise technicians is sent to an environment inspector, and the environment inspector carries out environment and personnel protection investigation on the factory.
By adopting the technical scheme: a method for evaluating the comprehensive treatment effect in the lead-related industry comprises the following steps:
s1: performing regular spot inspection on the air quality of the lead-related enterprise position by using the directional area air spot inspection module;
s2: analyzing the positions of the lead-related enterprises by using a lead-related enterprise position area analysis module, and avoiding the lead-related enterprises from being too close to a residential area;
s3: comprehensively evaluating the yield, the air quality and the urban area of the lead-related enterprises in the city by utilizing a lead-related enterprise quantity control module in the city, and judging the maximum quantity of the lead-related enterprises in the city;
s4: continuously monitoring products of the lead-related enterprises on each production line by using a lead-related enterprise product classification detection module;
s5: and (4) carrying out spot inspection on occupational diseases of workers working in the lead-related enterprises by utilizing a lead-related enterprise personnel health condition spot inspection module.
By adopting the technical scheme: the evaluation method further comprises the steps of:
s1-1: the method comprises the steps that a lead enterprise position marking submodule is used for counting the positioning position of a lead enterprise in a city, marking is carried out on a map of the city area, a lead dust real-time concentration value analysis submodule carries out real-time spot inspection on the air quality at the positioning position of the lead enterprise, the content of lead dust in the air is monitored, the lead dust real-time concentration value in the air is analyzed, the lead dust real-time concentration value in the air is compared with a set emission threshold value, and when the lead dust real-time concentration value in the air is larger than the set emission threshold value, the current time, the current position and the detected lead dust real-time concentration value in the air are sent to an environment inspector;
s2-1: the method comprises the steps that positions of residential areas around a lead-related enterprise are located by utilizing a city residential area position distance judging submodule, the positions are located on a city area map, the positions of the lead-related enterprise marked by a lead-related enterprise position marking submodule are obtained, the distances between different residential areas and different lead-related enterprises are counted, a lead-related enterprise position optimization analysis submodule analyzes the distances between the lead-related enterprises and different residential areas, the position selection of the lead-related enterprise is judged according to an analysis result, and the positions of the lead-related enterprise are judged and sent to a lead-related enterprise quantity control module in the city for quantity analysis;
s3-1: the method comprises the steps that the lead yield statistics submodule of different lead-related enterprises is used for investigating the lead yields of the lead-related enterprises in a city, the lead yields of the different lead-related enterprises are counted, when the lead yields are larger than a set lead yield threshold value needing to be exported, the counted lead yield data of the different lead-related enterprises are sent to the lead-related enterprise quantity control analysis submodule, the lead-related enterprise quantity control analysis submodule analyzes and controls the quantity of the lead-related enterprises in the city, the maximum quantity of the lead-related enterprises in the city is analyzed, and the fact that part of the lead-related enterprises are transformed and upgraded is helped;
s4-1: monitoring the lead content of products produced by lead-related enterprises by using a product lead content monitoring and analyzing submodule, marking the lead content in each product, and sending the products to a lead content marking and warning submodule when the lead content in the products is greater than a set safety standard, wherein the lead content marking and warning submodule carries out warning marking on excessive lead content of the batch of products, so that daily life use is avoided;
s5-1: the method comprises the steps that real-name registration is conducted on staff in a lead-related enterprise through a staff real-name statistics submodule of the lead-related enterprise, the real-name registration comprises name, age, working year limit, working time and physical conditions before working, a staff health condition analysis submodule conducts occupational disease examination on technical staff working in the first line of lead-related products and working years exceeding three years, when occupational diseases of the technical staff exceed a normal threshold value, occupational disease conditions of the technical staff in the lead-related enterprise are sent to an environment inspector, and the environment inspector conducts environment and staff protection investigation on a factory.
By adopting the technical scheme: in the step S3-1, the lead-related enterprise number management and control analysis submodule analyzes and controls the number of lead-related enterprises in the city, analyzes the maximum number of lead-related enterprises in the city, and helps some lead-related enterprises to implement enterprise transformation and upgrade, and further includes the following steps:
the management and control analysis submodule for the quantity of the lead-related enterprises acquires the total urban area, and sets the total urban area to Gkm2Setting the living area of the resident as g0km2And the area of production and living is g1km2The traffic trunk area is g2km2The key green area is g3km2Setting the proportion of areas which do not meet the lead-containing sewage pollution treatment in the rest areas to be 70%, wherein the maximum allowable lead-related enterprise number per square kilometer is N, the maximum lead-related enterprise number in cities is Cmax, and according to a formula:
Cmax＝(G-g0-g1-g2-g3)*(1-70％)*N
and calculating to obtain the maximum accommodating quantity of the lead-related enterprises in the current city, and screening out the enterprises with lower lead industry occupation ratio in the lead-related enterprises by environment inspectors when the lead-related enterprises in the city are larger than the maximum accommodating quantity, so as to help the enterprises to realize the transformation and upgrade.
Compared with the prior art, the invention has the beneficial effects that: the method aims to perform intelligent site selection and urban maximum capacity analysis on the lead-related enterprises, and determine the optimal positions of the lead-related enterprises and the quantity of the lead-related enterprises with the minimum environmental pollution;
the method comprises the steps that a directional regional air spot check module is used for performing regular spot check on air quality of positions of lead-related enterprises, a regional analysis module of the positions of the lead-related enterprises is used for analyzing the positions of the lead-related enterprises, the lead-related enterprises are prevented from being too close to a residential area, a quantity management and control module of the lead-related enterprises in a city is used for comprehensively evaluating yield, air quality and urban area of the lead-related enterprises in the city, the maximum quantity of the lead-related enterprises in the city is judged, a product classification detection module of the lead-related enterprises is used for continuously monitoring products of each production line, and a personnel health condition spot check module of the lead-related enterprises is used for performing spot check on occupational diseases of workers working in the lead-related enterprises.
Drawings
In order that the present invention may be more readily and clearly understood, a more particular description of the invention briefly described above will be rendered by reference to specific embodiments that are illustrated in the appended drawings.
FIG. 1 is a schematic block diagram of a comprehensive remediation effect evaluation system for lead-related industries according to the present invention;
FIG. 2 is a schematic step diagram of the method for evaluating the comprehensive remediation effect in the lead-related industry according to the present invention;
FIG. 3 is a schematic diagram illustrating specific steps of the method for evaluating the comprehensive remediation effect of the lead-related industry according to the present invention;
fig. 4 is a schematic diagram of an implementation method of the comprehensive remediation effect evaluation method for the lead-related industry.
Detailed Description
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 obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
Referring to fig. 1 to 4, in the embodiment of the present invention, a system and a method for evaluating a comprehensive treatment effect in a lead-related industry include a directional area air spot check module, a lead-related enterprise location area analysis module, an urban lead-related enterprise quantity control module, a lead-related enterprise product classification detection module, and a lead-related enterprise personnel health status spot check module, where the lead-related enterprise location area analysis module, the urban lead-related enterprise quantity control module, the lead-related enterprise product classification detection module, and the lead-related enterprise personnel health status spot check module are respectively connected to the directional area air spot check module through an intranet, and the lead-related enterprise location area analysis module, the urban lead-related enterprise quantity control module are connected through the intranet;
the system comprises a directional region air spot inspection module, a lead-related enterprise position area analysis module, a lead-related enterprise quantity management and control module, a lead-related enterprise product classification detection module and a lead-related enterprise personnel health condition spot inspection module, wherein the directional region air spot inspection module is used for performing regular spot inspection on the air quality of lead-related enterprise positions, the lead-related enterprise position area analysis module is used for analyzing lead-related enterprise positions, lead-related enterprises are prevented from being too close to residential areas, the lead-related enterprise quantity management and control module is used for comprehensively evaluating the yield, the air quality and the urban area of the lead-related enterprises in a city, the maximum quantity of the lead-related enterprises in the city is judged, the lead-related enterprise product classification detection module is used for continuously monitoring each production line of products of the lead-related enterprises, and the lead-related enterprise personnel health condition spot inspection module is used for performing spot inspection on occupational diseases of workers working in the lead-related enterprises.
By adopting the technical scheme: the directional area air spot inspection module comprises a lead-related enterprise position marking submodule and a lead smoke real-time concentration value analysis submodule, the lead-related enterprise position marking submodule is used for counting the positioning positions of lead-related enterprises in a city and marking the lead-related enterprises on a city area map, the lead smoke real-time concentration value analysis submodule is used for performing real-time spot inspection on the air quality at the positioning positions of the lead-related enterprises, monitoring the content of lead smoke in the air, analyzing the real-time concentration value of the lead smoke in the air, comparing the real-time concentration value of the lead smoke in the air with a set emission threshold value, and sending the current time, position and the detected real-time concentration value of the lead smoke in the air to an environment inspector when the real-time concentration value of the lead smoke in the air is greater than the set emission threshold value.
By adopting the technical scheme: the lead-related enterprise position area analysis module comprises an urban residential area position distance judgment submodule and a lead-related enterprise position optimization analysis submodule, the urban residential area position distance judgment submodule is used for positioning the positions of residential areas around lead-related enterprises and positioning on an urban area map, the lead-related enterprise positions marked by the lead-related enterprise position marking submodule are obtained, the distances between different residential areas and different lead-related enterprises are counted, the lead-related enterprise position optimization analysis submodule is used for analyzing the distances between the lead-related enterprises and different residential areas, the position selection of the lead-related enterprises is judged according to an analysis result, and the positions of the lead-related enterprises are judged and sent to the lead-related enterprise quantity management and control module in the city for quantity analysis.
By adopting the technical scheme: the urban residential area position distance judgment submodule counts the distances from different residential areas to different lead-related enterprises, and the lead-related enterprise position optimization analysis submodule sets the distance from different residential areas around the lead-related enterprises to a certain lead-related enterprise to be L1、L2、L3、…、Ln-1、LnExtracting the minimum value L of the distancenmin, setting the average distance between different residential areas and a lead-related enterprise as L0, according to a formula:
and calculating to judge whether the distance between a certain lead-related enterprise and different residential areas meets the above conditions, when the lead-related enterprise meets the above conditions, judging that the site selection of the factory is qualified, when the lead-related enterprise does not meet the above conditions, sending the position of the factory to an environment inspector, and investigating the lead industry proportion of the lead-related enterprise by the environment inspector, and when the lead industry proportion of the lead-related enterprise is more than 40%, the lead-related enterprise needs to be relocated.
By adopting the technical scheme: the method comprises the steps that a lead-related enterprise quantity control module in a city comprises different lead-related enterprise lead yield statistics sub-modules and a lead-related enterprise quantity control analysis sub-module, the different lead-related enterprise lead yield statistics sub-modules are used for investigating the lead yields of the lead-related enterprises in the city and counting the lead yields of the different lead-related enterprises, when the lead yields are larger than a set lead yield threshold value needing to be exported, the counted lead yield data of the different lead-related enterprises are sent to the lead-related enterprise quantity control analysis sub-module, the lead-related enterprise quantity control analysis sub-module is used for analyzing and controlling the quantity of the lead-related enterprises in the city, analyzing the maximum quantity of the lead-related enterprises in the city and helping part of the lead-related enterprises to realize enterprise transformation and upgrade.
By adopting the technical scheme: the product classification detection module for the lead-related enterprises comprises a product lead content monitoring and analyzing submodule and a lead content marking and warning submodule, wherein the product lead content monitoring and analyzing submodule is used for monitoring the lead content of products produced by the lead-related enterprises and marking the lead content in each product, when the lead content in the products is greater than a set safety standard, the products are sent to the lead content marking and warning submodule, and the lead content marking and warning submodule is used for carrying out warning marking on the products in batches, so that daily use in life is avoided.
By adopting the technical scheme: the lead-related enterprise personnel health condition spot check module comprises a lead-related enterprise personnel real name statistics submodule and a first-line worker health condition analysis submodule, wherein the lead-related enterprise personnel real name statistics submodule is used for carrying out real name registration on personnel in a lead-related enterprise, the real name registration comprises name, age, working time and physical conditions before working, the first-line worker health condition analysis submodule is used for carrying out occupational disease check on technicians working in the first line of the lead-related product and having working age exceeding three years, when the occupational disease of the technicians exceeds a normal threshold value, the occupational disease conditions of the lead-related enterprise technicians are sent to environment inspectors, and the environment inspectors carry out environmental and personnel protection investigation on the factory.
By adopting the technical scheme: a method for evaluating the comprehensive remediation effect in the lead-related industry comprises the following steps:
s1: performing regular spot inspection on the air quality of the lead-related enterprise position by using the directional area air spot inspection module;
s2: analyzing the positions of the lead-related enterprises by using a lead-related enterprise position area analysis module, and avoiding the lead-related enterprises from being too close to a residential area;
s3: comprehensively evaluating the yield, the air quality and the urban area of the lead-related enterprises in the city by utilizing a lead-related enterprise quantity control module in the city, and judging the maximum quantity of the lead-related enterprises in the city;
s4: continuously monitoring products of lead-related enterprises in each production line by using a lead-related enterprise product classification detection module;
s5: and carrying out spot inspection on the occupational diseases of the workers working in the lead-related enterprises by utilizing a spot inspection module for the health conditions of the workers in the lead-related enterprises.
By adopting the technical scheme: the evaluation method further comprises the steps of:
s1-1: the method comprises the steps that a lead-related enterprise position marking submodule is used for counting the positioning positions of lead-related enterprises in a city and marking on a city area map, a lead smoke dust real-time concentration value analysis submodule conducts real-time spot inspection on the air quality at the positioning positions of the lead-related enterprises, the lead smoke dust content in the air is monitored, the lead smoke dust real-time concentration value in the air is analyzed, the lead smoke dust real-time concentration value in the air is compared with a set emission threshold value, and when the lead smoke dust real-time concentration value in the air is larger than the set emission threshold value, the current time, the current position and the detected lead smoke dust real-time concentration value in the air are sent to an environment inspector;
s2-1: the method comprises the steps that the urban residential area position distance determination sub-module is used for locating positions of residential areas around a lead-related enterprise, the urban area map is used for locating, the lead-related enterprise positions marked by the lead-related enterprise position marking sub-module are obtained, the distances between different residential areas and different lead-related enterprises are counted, the lead-related enterprise position optimization analysis sub-module analyzes the distances between the lead-related enterprise and different residential areas, the position selection of the lead-related enterprise is determined according to an analysis result, and the positions of the lead-related enterprise are sent to a lead-related enterprise quantity control module in the city for quantity analysis;
s3-1: the method comprises the steps that lead yields of different lead-related enterprises in a city are investigated by utilizing lead yield statistics submodules of the different lead-related enterprises, the lead yields of the different lead-related enterprises are counted, when the lead yields are larger than a set lead yield threshold value needing to be exported, the counted lead yield data of the different lead-related enterprises are sent to a lead-related enterprise quantity control analysis submodule, the lead-related enterprise quantity control analysis submodule analyzes and controls the quantity of the lead-related enterprises in the city, the maximum quantity of the lead-related enterprises in the city is analyzed, and the fact that part of the lead-related enterprises are transformed and upgraded is facilitated;
s4-1: monitoring the lead content of products produced by lead-related enterprises by using a product lead content monitoring and analyzing submodule, marking the lead content in each product, and sending the products to a lead content marking and warning submodule when the lead content in the products is greater than a set safety standard, wherein the lead content marking and warning submodule carries out warning marking on excessive lead content of the batch of products, so that daily life use is avoided;
s5-1: the method comprises the steps that real-name registration is conducted on staff in a lead-related enterprise through a staff real-name statistics submodule of the lead-related enterprise, the real-name registration comprises name, age, working year limit, working time and physical conditions before working, a staff health condition analysis submodule conducts occupational disease examination on technical staff working in the first line of lead-related products and working years exceeding three years, when occupational diseases of the technical staff exceed a normal threshold value, occupational disease conditions of the technical staff in the lead-related enterprise are sent to an environment inspector, and the environment inspector conducts environment and staff protection investigation on a factory.
By adopting the technical scheme: in the step S3-1, the lead-related enterprise number management and control analysis submodule analyzes and controls the number of lead-related enterprises in the city, analyzes the maximum number of lead-related enterprises in the city, and helps some lead-related enterprises to implement enterprise transformation and upgrade, and further includes the following steps:
the management and control analysis submodule for the quantity of the lead-related enterprises acquires the total urban area, and sets the total urban area to Gkm2Wherein the residential living area is set to g0km2And the area of production and living is g1km2The traffic trunk area is g2km2The key green area is g3km2Setting the proportion of areas which do not meet the treatment of the lead-containing sewage pollution in other areas to be 70%, wherein the maximum allowable lead-related enterprise number per square kilometer is N, the maximum lead-related enterprise number in the city is Cmax, and according to a formula:
Cmax＝(G-g0-g1-g2-g3)*(1-70％)*N
and calculating to obtain the maximum accommodating quantity of the lead-related enterprises in the current city, and screening out the enterprises with lower lead industry occupation ratio in the lead-related enterprises by environment inspectors when the lead-related enterprises in the city are larger than the maximum accommodating quantity, so as to help the enterprises to realize the transformation and upgrade.
Example 1: limiting conditions, counting the distances from different residential areas to different lead-related enterprises by the urban residential area position distance determination submodule, setting the distances from different residential areas around the lead-related enterprises to a certain lead-related enterprise to be 1.7km, 1.2km, 1.3km, 0.7km, 5km and 2km by the lead-related enterprise position optimization analysis submodule, and extracting the minimum distance value LnSetting the average distance between different residential areas and a lead-related enterprise as L0, wherein min is 0.7km, and according to a formula:
and calculating to determine that the lead-involved enterprise does not meet the conditions, sending the position of the factory to an environment inspector, and investigating the lead industry proportion of the lead-involved enterprise by the environment inspector, wherein when the lead industry proportion of the lead-involved enterprise is more than 40%, the lead-involved enterprise needs to be re-sited and moved.
Example 2: and (3) limiting conditions, acquiring the total urban area by the lead-related enterprise quantity control analysis submodule, and setting the total urban area to be 8896km2The living area of the resident is set to be 3179km2The production and living area is 3456km2The traffic trunk region is 621km2The key greening area is 1233km2Setting the proportion of areas which do not meet the treatment of the lead-containing sewage pollution in other areas to be 70%, wherein the maximum allowable lead-related enterprise number per square kilometer is 2, the maximum lead-related enterprise number in the city is Cmax, and according to a formula:
Cmax＝(8896-3179-3456-621-1233)*(1-70％)*2≈244
the maximum accommodating quantity of the lead-related enterprises in the current city is 244 families through calculation, the maximum accommodating quantity of the current city is set to be 200 families, the 244 families of the lead-related enterprises in the city are larger than the maximum accommodating quantity of 200 families, and environment inspectors screen out the enterprises with low lead industry proportion in the lead-related enterprises to help the enterprises to realize transformation and upgrade of the enterprises.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (5)
1. The utility model provides a lead trade is synthesized and is renovated effect evaluation system which characterized in that: the system comprises a directional area air sampling inspection module, a lead-related enterprise position area analysis module, an urban lead-related enterprise quantity control module, a lead-related enterprise product classification detection module and a lead-related enterprise personnel health condition sampling inspection module, wherein the lead-related enterprise position area analysis module, the urban lead-related enterprise quantity control module, the lead-related enterprise product classification detection module and the lead-related enterprise personnel health condition sampling inspection module are respectively connected with the directional area air sampling inspection module through an intranet, and the lead-related enterprise position area analysis module and the urban lead-related enterprise quantity control module are connected through the intranet;
the system comprises a directional area air spot inspection module, a lead-related enterprise position area analysis module, a lead-related enterprise quantity management and control module, a lead-related enterprise product classification detection module and a lead-related enterprise personnel health condition spot inspection module, wherein the directional area air spot inspection module is used for performing regular spot inspection on the air quality of lead-related enterprise positions, the lead-related enterprise position area analysis module is used for analyzing the lead-related enterprise positions to avoid the lead-related enterprises from being too close to residential areas, the lead-related enterprise quantity management and control module is used for comprehensively evaluating the yield, the air quality and the urban area of the lead-related enterprises in a city to judge the maximum quantity of the lead-related enterprises in the city, the lead-related enterprise product classification detection module is used for continuously monitoring products of each production line, and the lead-related enterprise personnel health condition spot inspection module is used for performing spot inspection on staff occupational diseases working in the lead-related enterprises;
the management and control module for the number of the lead-related enterprises in the city comprises a lead yield statistics submodule and a lead-related enterprise number management and control analysis submodule of different lead-related enterprises, the lead yield statistics submodule of the different lead-related enterprises is used for investigating the lead yield of the lead-related enterprises in the city and counting the lead yields of the different lead-related enterprises, when the lead yield is greater than a set lead yield threshold value needing to be exported, the counted lead yield data of the different lead-related enterprises are sent to the lead-related enterprise number management and control analysis submodule, and the lead-related enterprise number management and control analysis submodule is used for analyzing and controlling the number of the lead-related enterprises in the city, analyzing the maximum number of the lead-related enterprises in the city and helping part of the lead-related enterprises to realize enterprise transformation and upgrade;
the product classification detection module for the lead-related enterprises comprises a product lead content monitoring and analyzing submodule and a lead content marking and warning submodule, wherein the product lead content monitoring and analyzing submodule is used for monitoring the lead content of products produced by the lead-related enterprises and marking the lead content in each product; the lead-related enterprise personnel health condition spot check module comprises a lead-related enterprise personnel real name statistics submodule and a first-line worker health condition analysis submodule, wherein the lead-related enterprise personnel real name statistics submodule is used for carrying out real name registration on personnel in a lead-related enterprise, the real name registration comprises name, age, working time and physical conditions before working, the first-line worker health condition analysis submodule is used for carrying out occupational disease check on technicians working in the first line of the lead-related product and having working age exceeding three years, when the occupational disease of the technicians exceeds a normal threshold value, the occupational disease conditions of the lead-related enterprise technicians are sent to environment inspectors, and the environment inspectors carry out environmental and personnel protection investigation on the factory.
2. The comprehensive improvement effect evaluation system for the lead-related industry according to claim 1, characterized in that: the directional area air spot inspection module comprises a lead-related enterprise position marking submodule and a lead smoke real-time concentration value analysis submodule, the lead-related enterprise position marking submodule is used for counting the positioning positions of lead-related enterprises in a city and marking the lead-related enterprises on a city area map, the lead smoke real-time concentration value analysis submodule is used for performing real-time spot inspection on the air quality at the positioning positions of the lead-related enterprises, monitoring the content of lead smoke in the air, analyzing the real-time concentration value of the lead smoke in the air, comparing the real-time concentration value of the lead smoke in the air with a set emission threshold value, and sending the current time, position and the detected real-time concentration value of the lead smoke in the air to an environment inspector when the real-time concentration value of the lead smoke in the air is greater than the set emission threshold value.
3. The comprehensive improvement effect evaluation system for the lead-related industry according to claim 2, characterized in that: the lead-related enterprise position area analysis module comprises an urban residential area position distance judgment submodule and a lead-related enterprise position optimization analysis submodule, the urban residential area position distance judgment submodule is used for positioning the positions of residential areas around lead-related enterprises and positioning on an urban area map, the lead-related enterprise positions marked by the lead-related enterprise position marking submodule are obtained, the distances between different residential areas and different lead-related enterprises are counted, the lead-related enterprise position optimization analysis submodule is used for analyzing the distances between the lead-related enterprises and different residential areas, the position selection of the lead-related enterprises is judged according to an analysis result, and the positions of the lead-related enterprises are judged and sent to the lead-related enterprise quantity management and control module in the city for quantity analysis.
4. The comprehensive improvement effect evaluation system for the lead-related industry according to claim 3, characterized in that: the urban residential area position distance judgment submodule counts the distances from different residential areas to different lead-related enterprises, and the lead-related enterprise position optimization analysis submodule sets the distance from different residential areas around the lead-related enterprises to a certain lead-related enterprise to be L1、L2、L3、…、Ln-1、LnExtracting the minimum value L of the distancenmin, setting the average distance between different residential areas and a lead-related enterprise as L0, according to a formula:
and calculating to judge whether the distance between a certain lead-related enterprise and different residential areas meets the above conditions, when the lead-related enterprise meets the above conditions, judging that the site selection of the factory is qualified, when the lead-related enterprise does not meet the above conditions, sending the position of the factory to an environment inspector, and investigating the lead industry proportion of the lead-related enterprise by the environment inspector, and when the lead industry proportion of the lead-related enterprise is more than 40%, the lead-related enterprise needs to be relocated.
5. A method for evaluating the comprehensive treatment effect in the lead-related industry is characterized by comprising the following steps:
s1: performing regular spot inspection on the air quality of the lead-related enterprise position by using the directional area air spot inspection module;
s2: analyzing the positions of the lead-related enterprises by using a lead-related enterprise position area analysis module, so that the lead-related enterprises are prevented from being too close to residential areas;
s3: comprehensively evaluating the yield, the air quality and the urban area of the lead-related enterprises in the city by using a lead-related enterprise quantity control module in the city, and judging the maximum quantity of the lead-related enterprises in the city;
s4: continuously monitoring products of lead-related enterprises in each production line by using a lead-related enterprise product classification detection module;
s5: performing spot inspection on occupational diseases of workers working in the lead-related enterprises by using a lead-related enterprise personnel health condition spot inspection module;
the evaluation method further comprises the steps of:
s1-1: the method comprises the steps that a lead-related enterprise position marking submodule is used for counting the positioning positions of lead-related enterprises in a city and marking on a city area map, a lead smoke dust real-time concentration value analysis submodule conducts real-time spot inspection on the air quality at the positioning positions of the lead-related enterprises, the lead smoke dust content in the air is monitored, the lead smoke dust real-time concentration value in the air is analyzed, the lead smoke dust real-time concentration value in the air is compared with a set emission threshold value, and when the lead smoke dust real-time concentration value in the air is larger than the set emission threshold value, the current time, the current position and the detected lead smoke dust real-time concentration value in the air are sent to an environment inspector;
s2-1: the method comprises the steps that positions of residential areas around a lead-related enterprise are located by utilizing a city residential area position distance judging submodule, the positions are located on a city area map, the positions of the lead-related enterprise marked by a lead-related enterprise position marking submodule are obtained, the distances between different residential areas and different lead-related enterprises are counted, a lead-related enterprise position optimization analysis submodule analyzes the distances between the lead-related enterprises and different residential areas, the position selection of the lead-related enterprise is judged according to an analysis result, and the positions of the lead-related enterprise are judged and sent to a lead-related enterprise quantity control module in the city for quantity analysis;
s3-1: the method comprises the steps that the lead yield statistics submodule of different lead-related enterprises is used for investigating the lead yields of the lead-related enterprises in a city, the lead yields of the different lead-related enterprises are counted, when the lead yields are larger than a set lead yield threshold value needing to be exported, the counted lead yield data of the different lead-related enterprises are sent to the lead-related enterprise quantity control analysis submodule, the lead-related enterprise quantity control analysis submodule analyzes and controls the quantity of the lead-related enterprises in the city, the maximum quantity of the lead-related enterprises in the city is analyzed, and the fact that part of the lead-related enterprises are transformed and upgraded is helped;
s4-1: monitoring the lead content of products produced by lead-related enterprises by using a product lead content monitoring and analyzing submodule, marking the lead content in each product, sending the products to a lead content marking and warning submodule when the lead content in the products is greater than a set safety standard, and carrying out warning marking on excessive lead content of the batch of products by using the lead content marking and warning submodule so as to avoid daily use in life;
s5-1: the method comprises the following steps that a real-name statistic submodule of lead-related enterprise personnel is used for carrying out real-name registration on the personnel in the lead-related enterprise, the real-name registration comprises name, age, working year, working time and physical conditions before working, a first-line worker health condition analysis submodule carries out occupational disease examination on technicians working in the first line of lead-related products and with working years exceeding three years, when the occupational disease of the technicians exceeds a normal threshold value, the occupational disease condition of the technicians in the lead-related enterprise is sent to an environment inspector, and the environment inspector carries out environment and personnel protection investigation on a factory;
in the step S3-1, the lead-related enterprise quantity management and control analysis submodule analyzes and controls the quantity of the lead-related enterprises in the city, analyzes the maximum quantity of the lead-related enterprises in the city, and helps some lead-related enterprises to realize the transformation and upgrade of the enterprises, and further includes the following steps:
the management and control analysis submodule for the quantity of the lead-related enterprises acquires the total urban area, and sets the total urban area to Gkm2Wherein the residential living area is set to g0km2And g1km in the area of production and living2The traffic trunk area is g2km2The key green area is g3km2Setting the proportion of areas which do not meet the treatment of the lead-containing sewage pollution in other areas to be 70%, wherein the maximum allowable lead-related enterprise number per square kilometer is N, the maximum lead-related enterprise number in the city is Cmax, and according to a formula:
Cmax＝(G-g0-g1-g2-g3)*(1-70％)*N
and calculating to obtain the maximum accommodating quantity of the lead-related enterprises in the current city, and screening out enterprises with low lead industry occupation ratio in the lead-related enterprises by environment inspectors when the lead-related enterprises in the city are more than the maximum accommodating quantity, so as to help the enterprises to realize transformation and upgrade.
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