Changzhou Chemical Waste Gas Treatment Manufacturer - Professional Customized Chemical Solvent Waste Gas Treatment Equipment - Package Testing Qualified

The gases used for general industrial waste gas treatment include acetone, butanone, butanol, methanol, formaldehyde, benzene, toluene, xylene, styrene, methyl tert butyl ether, ethyl acetate, methylene chloride, ethane, butane, natural gas, automobile exhaust, hydrogen sulfide, hydrogen sulfide, mercaptan, ammonia, and various organic and acid-base waste gases. Methods include activated carbon adsorption, catalytic incineration, catalytic oxidation, acid-base neutralization, biological washing, biological drip filtration, plasma method, etc. Mainly conducted in chemical plants, electronics factories, printing factories, paint workshops, coating factories, food factories, rubber factories, paint factories, and petrochemical industries.

There are many types of industrial waste gases, so using scientific and innovative skills to combine and break down the corresponding industrial waste gases can better manage pollutants. For example, the combination of low-temperature plasma technology and UV photolysis purification, as well as the combination of rotary wheel concentration and high-temperature plasma incineration technology.

Taking the combination of low-temperature plasma technology and UV photolysis purification as an example, the synergistic operation of these two methods blends their operating areas, enhances the secondary excitation of electrons, forms a field strength enhancement zone, amplifies their respective degradation power, and thoroughly degrades pollutants.

In terms of equipment, there are currently more than ten types of industrial waste gas treatment equipment, which still have some disadvantages such as large volume, low processing power, and uneven processing. Applying them to production not only increases production costs but also affects production power. Improving the prevention and control skills and equipment for industrial waste gas will increase the processing power of industrial waste gas and reduce the harm caused by its emissions. So, we need to constantly innovate the management skills of industrial waste gas, invest manpower, material resources, and financial resources, develop new management skills, add more advanced equipment, and choose appropriate methods based on current atmospheric management needs and environmental characteristics to promote the construction of a good environment.