Integrated platform for unorganized emission control and governance - high-pressure spray dedusting system

1Integrated platform for unorganized emission control and governance

With the continuous acceleration of China's industrialization process in recent years, the problem of air pollution caused by industrial production has also emerged and is becoming increasingly severe. Especially with the increase of heavy pollution weather such as haze, it has seriously affected people's normal life and physical and mental health. It is urgent to control air pollution and reduce industrial pollution emissions.

In recent years, atmospheric pollution has become increasingly severe. In response to the national call to "strengthen the management of unorganized dust environment in industrial enterprises" and "strengthen the construction of environmental capacity in industrial enterprises", industrial enterprises have actively responded to the government's call. Large industrial enterprises have achieved A-level evaluations, conscientiously treated unorganized dust and smoke emissions from raw material yards, and installed dust removal and reduction equipment such as fog cannons and curtains on a large scale.

The large-scale installation and use of dust removal and lowering equipment such as fog cannons and fog curtains require industrial enterprises to invest in dedicated personnel for supervision and maintenance, requiring a large amount of industrial water and electricity. Personnel are also unable to turn on and off in a timely manner, which can result in unnecessary waste.

The Eagle Eye AI intelligent recognition control system can solve this problem.

Integrated platform for unorganized emission control and governance：

2、 Eagle Eye AI Intelligent Recognition and Control System

The traditional solution requires the large-scale construction of atmospheric environment monitoring stations, which is costly.

Pollution source warning command and decision-making solution - Environmental Defender, fully relying on video image analysis technology, can quickly and efficiently deploy the system, greatly saving investment.

According to the principle diagram of unorganized dust control in the raw material yard above, a complete closed-loop control system has been formed through the "Eagle Eye Monitoring System → Control Center → Dust Removal Facilities (Dust Suppression Facilities such as Ultra fine Mist/Rotating Nozzle/Fog Cannon) → Eagle Eye Identification Monitoring System".

The closed-loop control system has the following functions:

(1) Form a complete closed-loop evidence chain for governance, achieve synchronous operation of production, pollution and governance, and upload corresponding governance records and videos to the integrated management and control platform for later verification;

(2) To achieve true unmanned and intelligent governance, this system will replace the traditional manual control mode of starting and stopping, eliminating the need for dedicated personnel to manage facility control work, and making the production and environmental protection of the entire material yard normalized;

(3) By precise identification, only activate treatment facilities for dust suppression and control in cases of pollution, reducing water and electricity consumption;

(4) By precise identification and dust suppression treatment, traditional treatment equipment can be avoided from frequently running, which can lead to problems such as road surface water and high material moisture content, affecting subsequent production processes.

The project includes the following governance measures:

(1) Intelligent linkage - using Eagle Eye intelligent recognition technology to link on-site dust reduction or suppression measures, suitable for actual on-site operations to suppress dust at the source.

(2) Comprehensive monitoring - combining real-time monitoring data from multiple monitoring methods such as visual recognition and TSP, optimizing the governance linkage algorithm of the material yard area to achieve comprehensive response to different production operation scenarios and natural interference scenariosGovernance adaptation.

(3) Targeted prevention and control - using algorithm technologies such as artificial intelligence and big data, combined with cross analysis of multiple sources of data such as production, management, monitoring, and surveillance, to prevent and stop dust from spreading outside the enclosed material shed in advance.

The requirement is to promptly deploy an eagle eye recognition system in the material yard area that can automatically identify and record, and intelligently link with existing management equipment, to achieve synchronous monitoring and record keeping of the production operation and management process of the overall material storage area, provide a complete data loop and record of the unorganized management process, and comprehensively improve the rapid and accurate control level of unorganized emission management automation, unmanned and intelligent.