Pd/C Catalyst Deoxygenation of Hydrogen Petrochemical Industry Use Palladium Deoxidizing Agent

• Customization: Available
• CAS No.: 1314-13-2
• Formula: Pd Al2O3 Palladium
• EINECS: 215-691-6
• Status: Solid Catalyst
• Response Type: Polymerization
• Classification: Heterogeneous Catalysts
• Usage: Positive Catalyst
• Effect Size: Promoter Catalysts
• Manufacturing Method: Mechanical Mixing
• Application Industry: Physiology
• Application: Petrochemical Industry, Chemical Fertilizer Industr
• Transport Package: 1kg/Bag
• Specification: 100, 200mesh
• Trademark: brand
• Origin: China
• HS Code: 2708100000
• Production Capacity: 50000ton

Product Description

Product Description

High-efficiency pd catalyst alumina carrierr is mainly used for deep purification and deoxidation of hydrogen, argon, nitrogen and other gases. It is a thin shell type efficient deoxidation catalyst with activated alumina as the carrier. The product has the characteristics of high catalytic activity, simple operation, safe use, no need for regeneration and long service life, and has been widely used in gas purification technology in various industries. When used for non-hydrogen gas deoxidation, an appropriate amount of hydrogen is often added.High-efficiency pd catalyst alumina carrier 0.3%palladium catalyst used for deoxidation of nitrogen

Deoxidation of nitrogen pd catalyst Product features:  High-efficiency pd catalyst alumina carrier 0.3%palladium catalyst used for deoxidation of nitrogen 1, the principle is simple, mature technology; 2, high deoxidation activity, deep deoxidation depth, large gas processing capacity, only room temperature use, no activation treatment for the first time, and no regeneration treatment is required during use; 3, high cost performance, low unit gas processing cost;

Name	Deoxidation of Hydrogen nitrogen catalyst
Appearance shape	Gray sphere
Diameter	2.5-3.5mm
Reactor specific gravity	0.75 ± 0.05 g/ml
Mechanical strength	> 60 n/grain
permissible oxygen content in feed gas	2%-0.5%
heat resistant temperature	450 ° C
operating temperature	80-120 ° C
operating airspeed	3000.5000 H-1
deoxidation depth	≤5 ppm

 

 

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It is used in hydrogen deoxygenation, or in the hydrogenation and deoxygenation of inert gases such as nitrogen, carbon dioxide, argon, and ammonia. Its deoxidation mechanism is catalytic hydrogen-oxygen reaction and deoxidation. The catalyst can be used at normal deoxidation temperature, with better effect at elevated temperature, without activation and regeneration, and has the advantages of small bulk specific gravity (0.65~0.73g/ml) and low deoxidation depth (≤0.1ppm), extremely high deoxidation activity (the minimum bed height-diameter ratio is 0.3), high oxygen concentration (up to 2.5%), good heat resistance (no sintering at 500 °C, instant heat resistance to 600 °C) and other notable features.
 

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