High-Performance Hydrogenation Catalyst: Efficient Desulfurization and Olefin Removal for Industrial Applications
Unlock superior efficiency in your chemical processes with our advanced hydrogenation catalyst, engineered for exceptional desulfurization and olefin removal in demanding industrial environments.
Get a Quote & SampleProduct Core Value
Hydrogenation Catalyst
As a leading supplier in China, we offer a cutting-edge hydrogenation catalyst designed to optimize your industrial operations. This catalyst excels in various hydrogenation processes, including the conversion of olefinic or carbon dioxide gas, high coke oven gas, and water gas. It is especially vital for refinery coking dry gas hydrogenation desulfurization and olefin hydrogen plants, where achieving ultra-low organic sulfur levels (less than 0.05ppm) and minimal olefin content (lower than 0.1%) is critical. We provide professional data and reliable service, ensuring you meet stringent quality and performance standards.
- Optimize your refinery coking dry gas hydrogenation desulfurization processes with our specialized catalyst.
- Achieve ultra-low organic sulfur content, less than 0.05ppm, for cleaner product streams.
- Effectively remove olefins, ensuring content lower than 0.1%, crucial for downstream applications.
- Leverage the strength of our gamma-alumina ball carrier, enhanced with molybdenum, cobalt, and other active components for superior catalytic activity.
Advantages Offered by the Product
Exceptional Purity Levels
Attain unparalleled purity in your hydrogen streams by utilizing our catalyst for efficient desulfurization and olefin removal.
Versatile Industrial Application
This catalyst is ideal for a wide range of applications, including refinery coking dry gas hydrogenation desulfurization and olefin hydrogen plants.
Robust Catalyst Design
Built on a gamma-alumina ball carrier with active additives, our catalyst ensures high strength, fine activity, and a long service life.
Key Applications
Refinery Operations
Enhance the performance of refinery coking dry gas processes, focusing on desulfurization for improved product quality.
Olefin Hydrogen Plants
Ensure high purity of hydrogen products by effectively removing olefins, a critical step in many chemical synthesis pathways.
Gas Processing
Ideal for the hydrogenation conversion of various gases like high coke oven gas and water gas, improving their utility.
Chemical Synthesis Intermediates
Serve as a crucial component in the production of synthesis material intermediates, contributing to a wide array of chemical products.