Catalytic combustion integrated machine

Catalytic combustion integrated machine

Catalytic combustion exhaust gas treatment technology is a method of using catalysts to treat exhaust gases. Under the action of the catalyst, all harmful substances in the exhaust gas are burned to achieve the goal of purifying the exhaust gas. Catalytic combustion exhaust gas treatment technology is widely used in industries such as chemical, petroleum, pharmaceutical, food, metallurgy, power, automotive, aerospace, etc. It can purify pollutants such as nitrogen oxides, sulfur oxides, carbon monoxide, carbon dioxide, and sulfur trioxide.

Principle of catalytic combustion exhaust gas treatment technology:

Catalytic combustion exhaust gas treatment technology involves using a catalyst to burn all unwanted substances in the exhaust gas within a determined temperature range. This technology equipment has small size, low investment, simple operation, good efficiency, low pollution, easy maintenance, and is widely used in various industrial pollution control industries. The basic principle of catalytic combustion exhaust gas treatment technology is that all harmful substances in the exhaust gas are determined to burn within the temperature range under the action of the catalyst. The function of a catalyst is to accelerate the combustion of harmful substances in exhaust gas, thereby achieving the goal of purifying the exhaust gas. The key to catalytic combustion exhaust gas treatment technology is the selection and preparation of catalysts. Catalysts require good activity, stability, tolerance, and adaptability. Common catalysts include alumina, magnesia, zirconia, manganese oxide, titanium oxide, and cobalt oxide.

At present, catalytic combustion exhaust gas treatment technology has become an increasingly important environmental protection technology. It can not only effectively reduce the pollution of exhaust gas to the environment, but also effectively reduce energy consumption.

Catalytic combustion integrated machine