KH207 Activated Carbon: High-Performance Sorbent and Catalyst
Experience superior purification and catalytic action with our advanced activated carbon solution for demanding industrial applications.
Get a Quote & SampleProduct Core Value
Activated Carbon Carbonyl Metal Sorbent
Our KH207 activated carbon, meticulously modified from premium coconut shell activated carbon, offers an exceptionally large surface area and a rich pore structure. This advanced material is engineered for the fine purification of critical industrial raw materials, effectively removing trace oxygen from gases such as nitrogen, ammonia, coal gas, shift gas, methanol synthesis gas, carbon dioxide, liquefied petroleum gas, and natural gas. Furthermore, it functions as a highly effective chemical catalyst for the removal of COS, CS2, mercaptans, and carbonyl iron. Its enhanced strength, wear rate, sulfur capacity, and water resistance surpass those of commercially available modified activated carbons, ensuring reliable and efficient performance in challenging environments.
- Leverage the benefits of 'fine purification of raw materials activated carbon' for cleaner gas streams.
- Utilize its 'catalytic removal of COS, CS2, mercaptans' capabilities for effective sulfur management.
- Benefit from 'high strength wear resistant activated carbon' for extended operational life and reduced maintenance.
- Achieve superior gas quality with 'trace oxygen removal gas purification' functionalities.
Key Advantages Provided
Enhanced Purification Efficacy
Our KH207 activated carbon provides exceptional performance in 'fine purification of raw materials activated carbon', ensuring the removal of undesirable trace components from various industrial gases.
Superior Catalytic Action
Experience efficient removal of sulfur compounds and carbonyl iron through the 'carbonyl iron removal activated carbon' and 'catalytic removal of organic sulfur' properties, vital for many chemical processes.
Robust Physical Properties
The 'high strength wear resistant activated carbon' ensures durability and longevity in demanding operational conditions, minimizing particle attrition and maintaining performance.
Key Applications
Industrial Gas Treatment
Ideal for purifying feedstock gases in petrochemical, synthesis gas, and natural gas industries, utilizing its 'trace oxygen removal gas purification' capabilities.
Chemical Synthesis
Serves as a crucial catalyst for reactions requiring the removal of specific impurities like organic sulfur compounds, leveraging 'COS CS2 mercaptans catalyst' function.
Petrochemical Refining
Effective in removing sulfur and carbonyl iron impurities that can poison catalysts or affect product quality in refining processes.
Environmental Control
Contributes to cleaner industrial emissions by catalytically removing harmful sulfur compounds from process gases.