High-Efficiency Iron Molybdenum Hydrogenation Catalyst for Organic Sulfur Removal in Coke-Oven Gas
Achieve superior gas purity with our advanced hydrogenation catalyst, designed for effective organic sulfur and unsaturated hydrocarbon conversion.
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Iron Molybdenum Hydrogenation Catalyst for Organic Sulfur
This advanced catalyst is engineered for the crucial task of removing organic sulfur and unsaturated hydrocarbons from coke-oven gas, ensuring higher purity for downstream processes.
- Leverage the high conversion rate for organic sulfur removal, often exceeding 97%, to improve gas quality.
- Utilize the catalyst for coke-oven gas treatment, particularly effective with CO content below 10% and olefin content around 5%.
- Benefit from the JT-8Y variant, a preloading sulfur type that significantly simplifies startup and reduces operational time.
- Ensure efficient industrial gas purification with a catalyst designed to operate under demanding temperature, pressure, and space velocity conditions.
Advantages Provided by the Product
Enhanced Purity
Experience a significant reduction in organic sulfur content, achieving levels below 0.1ppm, crucial for sensitive industrial applications and for achieving organic sulfur conversion.
Operational Simplicity
The JT-8Y preloading sulfur type eliminates the need for special sulfidation operations, simplifying filling and driving procedures and accelerating the catalyst's path to optimal activity.
Robust Performance
Engineered for reliability, this hydrogenation catalyst maintains high efficiency across a range of operating temperatures (250-450ºC) and pressures (0.6-6.0 MPa), supporting consistent coke oven gas treatment.
Key Applications
Coke-Oven Gas Processing
Essential for purifying coke-oven gas by removing organic sulfur and unsaturated hydrocarbons, thereby supporting processes like synthesis of methanol or ammonia production.
Industrial Desulfurization
A key solution for industrial desulfurization needs, ensuring cleaner fuel gas streams and reducing environmental impact through effective organic sulfur removal.
Petrochemical Refining
Utilized in petrochemical refining to enhance the quality of feedstocks by removing sulfur compounds and olefins, contributing to the efficiency of petroleum refining catalysts.
Hydrogen Production
Supports hydrogen production plants by ensuring the purity of feed gases, where sulfur contamination can poison catalysts in subsequent reforming processes.