Sulfur Recovery Catalysts - Efficient Desulfurization in Refining
Our sulfur recovery catalysts play a crucial role in removing sulfur compounds from refinery gas streams. These catalysts enable the Claus process, converting harmful hydrogen sulfide into elemental sulfur, thereby reducing air pollution and meeting environmental regulations. They are widely used in:
Petroleum refineries
Natural gas processing plants
Chemical manufacturing facilities
Hydrorefining and Hydrodesulfurization Catalysts - Purifying Fuels and Chemicals.
Hydrorefining catalysts from Shandong Xunda Chemical improve the quality of fuels by removing sulfur, nitrogen, and other impurities. These catalysts ensure cleaner-burning fuels and help comply with stringent emission standards. Key applications include:
Diesel and gasoline desulfurization
Jet fuel refining
Lubricant production
Hydrolysis Catalysts - Breaking Down Complex Organics.
Our hydrolysis catalysts facilitate the decomposition of organic sulfur compounds and other impurities in petrochemical processes. They enhance reaction efficiency in:
Organic sulfur hydrolysis
Ammonia decomposition for hydrogen production
Wax removal and refining
Molecular Sieves - Precise Gas Separation and Drying.
Molecular sieves such as 4A and 13X types serve as essential adsorbents in industrial processes. Their applications include:
Gas dehydration and purification
Air separation
Petrochemical feedstock purification
Environmental Remediation Agents - Chlorine and Mercury Removal.
To address environmental safety, We offers specialized adsorbents and reagents that remove hazardous chlorine and mercury compounds from industrial emissions and wastewater streams. These products find use in:
Flue gas treatment
Wastewater treatment plants
Chemical process exhaust purification
Ceramic Balls - Supporting Catalytic and Filtration Systems.
Our high-quality ceramic balls serve as support media in catalytic reactors and filtration units, providing mechanical strength and optimized flow characteristics. They are used in:
Fixed-bed catalytic reactors
Fluidized-bed systems
Industrial filtration.