Low-temperature catalyst treatment equipment

Low-temperature catalyst treatment equipment

Catalytic system – The original waste gas has a complex molecular structure and many odor components. Activated carbon can only absorb some compatible gases and will quickly become clogged when it comes into contact with oil. Therefore, a long-life, long-temperature catalyst solution is used to treat gas molecules with structures covering high, medium, and low molecular weights as well as molecules with specific structures. Reactive catalysts such as oxidation and condensation are used to transform the waste gas into normal gas.

Catalyst Liquid Performance Introduction

Catalytic liquid catalysis mechanism

Catalyst fluid characteristics

*The solvent portion of the catalyst liquid is an amphoteric surfactant, which has hydrophilic and lipophilic properties and a strong adsorption effect on both polar and nonpolar gases.
※This product contains a large number of redox functional groups, which can dissolve and decompose gases through catalytic reactions.

Catalyst liquid function

1. Reduction reaction capability: Reduces metal ions of organometallic compounds (gains electrons).
2. Oxidative reaction capability: It can destroy the double and triple bonds in organic compounds (by causing them to lose electrons).
3. It has a condensation effect on organic acids, alcohols and other organic substances, causing them to precipitate.
4. Polymerization of olefins (under special environmental conditions).
5. Free radical polymerization.
6. Oxidative decomposition of VOC gases (catalyst liquid preparation needs to be adjusted according to the composition of VOCs).

in conclusion:

1. Liquid catalyst systems are easier to replace than traditional activated carbon adsorption systems.
2. Liquid catalysts can effectively reduce the organic matter content of exhaust gases.
3. Liquid catalysts are formulated based on their VOC composition.

Other equipment