How to choose the model of exhaust gas treatment equipment?

At present, many chemical companies are dealing with the problem of waste gas solution. On the one hand, it will cause significant air pollution and cause all kinds of adverse effects on the company if it is neglected. On the other hand, exhaust gas contains components with practical value and use value, resulting in resource consumption and increased cost. For similar difficulties, the comprehensive utilization method is the solution. So how to choose the specifications of exhaust gas treatment equipment?

1. Operation of exhaust gas treatment equipment

Design reliable equipment according to the characteristics of exhaust gas (viscosity, temperature, relative air humidity, pressure, flammability, side effects, stability and gas type, etc.).

2. High efficiency of waste gas solution standard

According to the published environmental protection level and the concentration value of exhaust gas discharged from pollutants, select a type of exhaust gas solution equipment. If one device fails to meet the regulations, multiple devices must be processed at multiple levels. 

3. It is social and economic development

The important consideration is the price of organic waste gas treatment equipment, the cost of production and processing, installation, operation and equipment maintenance, as well as the guarantee standard of waste gas treatment, which is not easy to cause secondary pollution.

4. Floor space and regional specifications

According to the construction site specification of the project, scientific and reasonable waste gas solution production process and scheme design equipment type.

The treatment of chemical waste gas is divided into three steps:

1. Use particulate matter or activated carbon of chemical fiber to fully absorb the molecular formula of organic chemical components in the exhaust gas, and stop the adsorption when the adsorption reaches a certain brightness and contrast;

2. The moment of opening is to use saturated low-pressure water vapor to heat up and adsorb saturated activated carbon, and open the adsorbed organic chemical components to gasify and escape from the activated carbon for a while. The activated carbon that repairs the charm can re-adsorb the gas molecular formula of organic chemical components;

3. The last stage is to condense the gas of the organic chemical components adsorbed, so that it becomes gasified, and it can be reused after being independently stratified with water.