Palladium-based deoxygenation catalysts are mainly used for deoxygenation in industrial gases, and can also be widely used for the removal of trace oxygen from gases such as nitrogen, carbon dioxide and hydrogen. The catalyst is characterized by large pore volume, high compressive strength, large specific surface area, high activity, good selectivity and long life, with the advantages of simple operation, easy to use and high oxygen removal capacity.
Item | unit | sulphur content |
Pd | % | 0.1-0.5 |
Deoxygenation capacity | mL/g | 10~20 |
Depth of deoxygenation | V/V | ≤0.1×10-6 |
Palladium-based deoxygenation catalysts are mainly used for deoxygenation in industrial gases, and can also be widely used for the removal of trace oxygen from gases such as nitrogen, carbon dioxide and hydrogen. The catalyst is characterized by large pore volume, high compressive strength, large specific surface area, high activity, good selectivity and long life, with the advantages of simple operation, easy to use and high oxygen removal capacity.
Item | unit | sulphur content |
Pd | % | 0.1-0.5 |
Deoxygenation capacity | mL/g | 10~20 |
Depth of deoxygenation | V/V | ≤0.1×10-6 |
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