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200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal

200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal

  • 200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal
200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal
Product Details:
Place of Origin: Wuxi, China
Brand Name: WEIFU
Certification: ISO9001, IATF16949
Model Number: VOC
Payment & Shipping Terms:
Minimum Order Quantity: 50 PCS
Price: Negotiable
Packaging Details: cartons and plywood cases
Delivery Time: 30-60 days after receiving the deposit
Payment Terms: T/T 30% as deposit, and 70% before delivery. We'll show you the photos of the products and packages before you pay the balance.
Supply Ability: 180,000 PCS per year
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Detailed Product Description
Product Name: VOC Catalyst For Ozone Decomposition Material: Ceramic, Metal
Shape: Square Size: Can Be Customized
Cell Density: 75/100/200 CPSI Application: Industrial / Stationary / Petro-chemical Emission
Type: 200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal
High Light:

200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium

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200 CPSI Voc Catalytic Converter

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200 CPSI Oxidation catalysts for VOC reduction

VOCs Industrial & Stationary & Petro-chemical Emission Catalyst Ceramic/Metal Square

 

VOC Catalyst (Industrial & Stationary & Petro-chemical Emission Catalyst)

 

 

VOC Catalyst Types & Applications:

 

Type of VOC Catalyst Functions Applications
Oxidation Catalyst Reduce CO, various hydrocarbons and benzene and other organic gas emissions VOC exhaust gas from petrochemicals, tank farms and semiconductor factories, lean combustion internal combustion engines, gas turbines
Ozone Decomposition Catalyst Decompose ozone 1. Aircraft
2. Electrostatic copiers, laser printers, UV curing machines, various air purifiers, etc.
3.Treatment of ozone tail gas in the process of ozone oxidation wastewater
TWC Redue Nox emissions Oxygen-enriched combustion internal combustion engine
SCR Petrochemical cracking furnace & high temperature furnace, lean combustion internal combustion engine, gas turbine
ASC Reduce ammonia emissions Internal combustion engine, gas turbine
CDPF Clear black smoke Diesel internal combustion engine

 

 

VOC Catalyst Design:

 

Input Output
   1. Exhaust composition
   2. Exhaust flow and temperature
   3. Engineering target
   4. Back pressure requirements
   5. Installation space and requirements
   1. Catalyst type
   2. Substrate type and geometry
   3. Cell density
   4. Catalyst solution
   5. Back pressure

 

Continuously monitor and evaluate our products and processes, and ensure continuous improvement through close cooperation with R&D, process, quality, and marketing.

 

 

Choice of VOC Catalyst Substrate:

 

 

No. Type of Substrate Image Features
      1 Square cordierite honeycomb ceramic substarte   200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal 0
  • Common size: 100*100mm or 150*150mm
  • Length: 50, 100 ,150, 200mm
  • Cell density: 50-400 CPSI
  • Can be canned into various types of modules
     2 Square metal honeycomb substrate   200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal 1
  • Unique section size
  • Length: 50, 75, 100,150,200mm
  • Cell density: 16-600 CPSI
  • Low back pressure/high specific surface area (alternative to ceramic modules)
     3 Cylindrical cordierite honeycomb substrate   200 CPSI Voc Catalytic Converter Platinum Rhodium Palladium Rare Precious Metal 2
  • Diameter: 83-330mm
  • Length: 76.2, 90, 120, 152.4mm
  • Cell density: 100-600 CPSI
  • Standard size is conducive to fast supply, customized size is for customized solutions

 

 

VOC Catalyst Introduction:

 

Volatile organic compounds (VOCs) are one of the environmental pollutants. There are many types of VOCs. Outdoor VOCs mainly come from chemical production and automobile exhaust emissions, and indoor ones are mainly from construction and decoration materials. While VOCs are released into the air, they will destroy the ozone layer and produce photochemical smog, and cause great harm to human health. At present, the main treatment processes are adsorption, thermal incineration, plasma, photocatalysis and catalytic oxidation, etc. Besides, treatment methods of multi-process combinations have been applied.

 

While there are many methods to abate VOC emissions, catalytic incineration has become one of the most famous choices because it can be more versatile and economical than other approaches. WFEC has been developing highly active and robust catalysts and related technologies for the reduction of volatile organic compounds (VOCs). WFEC catalysts control emissions of hydrocarbons (HCs) and other VOCs from a wide variety of industrial processes. They help customers meet increasingly stringent emissions standards reliably and cost-effectively.

 

Our solutions include CO oxidation catalysts (CO catalysts) to remove carbon monoxide (CO), VOC catalysts (VOC oxidation catalysts) to remove Volatile Organic Compounds (VOC), SCR catalysts (Selective Catalytic Reduction catalysts) to remove NOx (nitrogen oxides).

 

 

 

Contact Details
Wuxi Weifu Environmental Catalysts Co., Ltd.

Contact Person: Cathy

Tel: 86-15371083609

Fax: 86-510-68076755

Send your inquiry directly to us (0 / 3000)

Contact

Address: No. 9 Lingjiang Road, Xinwu District, Wuxi, Jiangsu Province, China

Factory Address:No. 9 Lingjiang Road, Xinwu District, Wuxi, Jiangsu Province, China