Construction of an integrated platform system for unorganized emission control and governance

Construction of an integrated platform system for unorganized emission control and governanceDesign concept

(1) The design of unorganized regulatory governance should fully consider the current control status of the entire factory and make a systematic design. The content should fully combine the requirements of ultra-low emission policies, comprehensively consider the internal connections of various ultra-low emission requirements, and achieve reasonable scheme design, resource conservation, and reduction of enterprise investment costs;

(2) The design of unorganized regulatory governance should be clearly defined as a plan to achieve full compliance with ultra-low emission requirements for the entire factory. Under the current trend of ultra-low emission policies, the system design content should have good scalability for the next stage of work to avoid wasting enterprise investment;

(3) The governance of unorganized supervision should be based on the trend of informationization and intelligence throughout the factory to carry out ultra-low emission control transformation, promote the unmanned operation of "machine management" replacing "human management", achieve long-term dynamic and stable ultra-low emission levels throughout the factory, and effectively amplify resource investment through system design and in-depth coordination.

Construction of an integrated platform system for unorganized emission control and governanceOverall Architecture

The impact of the steel industry on the environment mainly includes three parts: organized emissions, unorganized emissions, and emissions from transportation. Coking enterprises implementing ultra-low emission transformation should not only carry out organized emission transformation, but also pay attention to unorganized emission control and clean transportation mode transformation. The overall regulatory approach for evaluating the effectiveness of ultra-low emission transformation is: source supervision - organized and unorganized emission supervision, process control - real-time tracking of the working status and operational effects of governance and production facilities. Effect control - air monitoring around dust production points and near roads. The integrated monitoring platform for pollution source control effectively utilizes online monitoring, Internet of Things, visual AI, and big data related technologies to achieve pollution source reduction, process control, and real-time system management throughout the entire process, improving the overall governance efficiency of enterprises and achieving ultra-low emission standards for environmental protection. By real-time monitoring of organized and unorganized emissions in the factory area, combined with various data such as particle micro stations, video surveillance, vehicle supervision, access control systems, energy consumption, and 3D GIS maps, we can effectively grasp and scientifically analyze the distribution concentration and change patterns of organized and unorganized emissions. Based on the analysis results, intelligent, information-based, and scientific control can be carried out to provide strong support for enterprise governance work.

Introduction to Platform Functions

Cockpit display function

The main interface of the platform can comprehensively display the important environmental protection data related to the enterprise in the platform, intuitively understand the comprehensive management situation related to environmental protection of the enterprise, including the main data parameters, control and display functions of all modules, quickly access the sub control interface of a module, and display all points in 3D modeling mode, and quickly access all equipment at a point through a point.

Unorganized emission monitoring and management

(1) Real time map

Display the location of monitoring equipment installed by enterprises, display monitoring data in real time, and compare it with monitoring data from neighboring national and provincial control stations. Analyze the different types of dust production, monitoring indicators, and time periods of unorganized monitoring equipment monitoring data, provide pollution heat map analysis, and render pollution heat maps of pollution source emissions within the enterprise.

(2) TSP monitoring of dust production points

Real time display of TSP monitoring data installed around the main dust producing points, such as sealed hoods and dust collection hoods, in the production process and material transportation links of the enterprise.

(3) Ranking of unorganized monitoring equipment

The system provides pollution ranking display, which can view the real-time pollution ranking of each factory in real time, providing convenient means for daily internal supervision of enterprises.