voc catalyst

The loading quantity for the catalyst50ml

Air speed20000 h^-1

Testing condition

4g/m³  180

N-butanol

10g/m³  280

Phonel

5g/m³   280

Acetone

5g/m³  208

Cyclohexanone

5g/m³   300

Acetic acid

5g/m³   300

& acetic fat

Acetic acid

4g/m³  220

xylene

4g/m³  220

Toluene

4g/m³ 240

Benzene

  related parameters:

    9.electronics

    8.pharmaceutical manufacturing

    7.paint curing

    6.printing

    5.formaldehyde tail gas plants

    4.bakeries

    3.wire enameling

    2. metal coating

    1. can coating

    VOCS catalysts can be widely used in the listed fields:

    VOCs can be designed using any of the substrates we offer, including ceramic, foil honeycomb, metal ribbon, screen, expanded metal, and plugs. We can supply many of these substrates either framed or unframed. Catalytic Combustion has also developed a number of precious metal catalyst formulations which can be used, or we could even develop a custom formulation based on your requirements.

    vocs catalysts supports are high thermals stability and high surface area materials ,high-performance rare-earth oxygen storage materials,the main active component is precious metal or transition metal,the way of the entire catalyst preparation is high dispersion rate,uniformly distributing,,it is a new and effective catalyst of industry exhaust purge, and it can purge toxic exhaust such as organic compound and carbon monxide in chemical industries, printing,foods,machines ,home electrical appliances, automobile manufacturing etc ,it possesses low high-off temperature,high activity,wide space velocity range, excellent thermal stability ,high resistant poisoning and longer useful life.

    This catalyst can purge organic exhaust gases,it possesses low high-off temperature,high conversion.

various other hydrocarbons which are comprised of carbon (C), oxygen(O), and hydrogen (H) atoms.

  Gaseous pollutants, usually referred to as Volatile Organic Compounds or VOCs, are released by a number of different processes.these VOCs consist of a numerous variety of compounds such as:alcohols ,aldehydes ,acetates ,aromatics ,esters ,ketones

   Controlling the emissions of pollutants from stationary sources is critical in protecting our air quality, the oxidation catalyst is effective for the control of carbon monoxide (CO), non-methane hydrocarbons (NMHC), volatile organic compounds (VOC), formaldehyde (CH2O) and EPA classified Hazardous Air Pollutants (HAPs) from natural gas and LPG lean-burn engines. our oxidation catalyst is also effective for catalytic combustion of VOC emissions from a variety of exhaust gas streams from industrial processes,  help solve the growing air pollution problem by eliminating VOCs from various process exhaust streams.

VOC catalysts can be widely used in the listed fields:
1. can coating
2. metal coating
3.wire enameling
4.bakeries