Advanced Hydrolysis Catalyst for Fine Desulfurization
Enhance propylene purity by effectively removing organic sulfur compounds with our specialized catalyst.
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Hydrolytic Agent HT503
The HT503 Hydrolytic Agent is a cutting-edge catalyst designed to significantly improve the quality of your propylene streams through superior desulfurization. It effectively tackles trace amounts of COS, CS2, and other organic sulfur compounds, converting them into H2S for subsequent removal, thereby achieving fine desulfurization.
- Experience enhanced propylene purification by utilizing this advanced COS hydrolysis catalyst in liquid propylene to remove harmful organic sulfur.
- Achieve superior desulfurization effects by operating this hydrolysis agent in series with zinc oxide desulfurization catalysts.
- Benefit from the catalyst's high chemical adsorption capabilities, which simultaneously remove other organic sulfides, chlorides, and cyanides.
- Leverage the effectiveness of this activated alumina carrier catalyst in normal and low-temperature environments for versatile application.
Product Advantages
High Desulfurization Efficiency
Our catalyst ensures fine desulfurization by efficiently converting organic sulfur compounds like COS and CS2 to H2S, thereby improving your petrochemical processes.
Broad Impurity Removal
Beyond organic sulfur, its strong chemical adsorption removes common poisons such as chlorides and cyanides, offering comprehensive purification.
Versatile Operating Conditions
Designed to operate effectively at both normal and low temperatures, this hydrolysis agent offers flexibility for various industrial setups.
Key Applications
Petrochemical Refining
Essential for purifying raw gas and oil streams in refineries to meet stringent quality standards.
Propylene Purification
Crucial for removing organic sulfur and other contaminants from liquid propylene, enhancing its suitability for downstream processes.
Industrial Gas Treatment
A key component in treating exhaust gases and sewage gases to minimize environmental impact and recover valuable components.
Catalytic Process Enhancement
Improves the overall efficiency and lifespan of catalytic systems by removing potential catalyst poisons.