Suggested Characteristics of Industrial Waste Gas Solutions

Industrial waste gas solution treatment is currently one of the main sources of air pollution. Different chemical plants produce different exhaust gases due to their different products and processing technologies. This is usually due to the ash produced by the combustion boiler and the exhaust gas generated during the processing. Due to its particularity, chemical waste gas usually has the following characteristics: 

1. Most industrial waste gas solutions are encountered, and the emissions are irritating or corrosive. For example, gases such as sulfur dioxide, oxynitrides, chlorine, and hydrogen fluoride are irritating or corrosive, especially sulfur dioxide, which has the highest emissions. Sulfur dioxide gas directly endangers human health, corrodes the surfaces of metals, buildings, and sculptures, and is also prone to oxidation into sulfates that fall on the ground, polluting soil, forests, rivers, and lakes.

2. Flammable and more explosive gases. Such as low boiling point ketones, aldehydes, and easily polymerized unsaturated hydrocarbons, a large amount of flammable and explosive gases, if corresponding measures are not taken, can easily cause fire and explosion accidents and cause great damage.

3. Various floating particles and hazards in the implementation of industrial waste gas solutions. The floating particles excluded from chemical production include dust, smoke, acid mist, etc., which are diverse and harmful to the environment. Especially when floating particles and harmful gases coexist, they will produce a synergistic effect, which poses a more serious threat to human health. The treatment of industrial waste gas must first determine its main components. The main key to chemical waste gas treatment is to prepare different processes based on their composition. At present, there are many methods for treating exhaust gas, but there is no one method that can completely process it. Due to the unique advantages and disadvantages of each process, current chemical waste gas treatment is usually a combination of several processes.