Air pollution prevention and control engineering: adopting engineering and technical measures to prevent and control air pollution caused by human production and consumption activities, thereby improving the quality of the atmosphere. Common methods for preventing and controlling air pollution include absorption, combustion, and adsorption.

Atmospheric Governance Process

1. Monitoring and analysis

Firstly, by establishing a comprehensive environmental monitoring system, real-time monitoring of the Air Quality Index (AQI) and the concentration of various atmospheric pollutants can be achieved. This includes using air stations and mobile atmospheric monitoring super stations to collect data, analyze pollution causes and trends.

2. Source tracing of pollution

Using monitoring data, accurately identify pollution sources through small-scale traceability models. This helps to identify high emission areas and enterprises, thus implementing targeted governance measures.

3. Governance evaluation

Install control facilities in the upwind direction of key areas, such as using zeolite rotors and regenerative thermal oxidation (RTO) technology to treat harmful gases such as VOCs. These technologies can effectively remove pollutants while achieving efficient energy recovery and utilization.

4. Comprehensive management measures

Comprehensive utilization: Improve resource utilization efficiency, such as coal recycling and comprehensive utilization, and reduce exhaust emissions.

Reasonably utilize energy: promote clean energy such as solar and wind power, and reduce the use of fossil fuels.

Control pollution sources: Reduce pollutant emissions in industrial production processes through clean production and technological transformation.

5. Exhaust gas treatment system

Further treat the treated exhaust gas to ensure that the exhaust emissions meet environmental standards. This includes measures such as desulfurization, denitrification, and deodorization to reduce the impact on the environment.

Solution Advantage

As a high-tech environmental protection enterprise deeply rooted in the field of atmospheric governance, Tsinx has created a one-stop professional service model with outstanding strength and profound accumulation, and bravely leads the enterprise's environmental protection standards and industry sustainable development.

The exhaust gas purification efficiency reaches over 99%;

Over 10 years of service experience, complete environmental qualifications, and construction of thousands of engineering projects;

Efficient and safe bidding, stable environmental impact assessment compliance, allowing you to easily cope with environmental inspections;

Tsinx is committed to helping Chinese enterprises meet environmental standards and promoting sustainable development of the environmental protection industry. With 10 years of domestic environmental protection experience and over 100 project product manufacturing and operation experiences, Tsinx is located throughout the country.

Service Content

1) Engineering design: Customize engineering design solutions based on the actual situation of the customer's site and provide one-stop solutions.

2) Production and installation: A professional technical manufacturing and production team can effectively reduce the production cycle and ensure normal production during the customer's environmental inspection period.

After sales operation: After sales engineers provide professional training and other services, ensuring stable and compliant customer management and operation in the later stage.