CO Sorbent
HCO101 CO High Efficient Sorbent
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Application
HCO101 has been applied in PSA technology to separate high purity CO gas from high content N2, CO2 and CH4.
Characteristics
High efficient, low energy consumption, high adsorption capacity.
Physical and chemical properties
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CO Adsorption capacity, ml/g
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≥52 (25°C, 1bar)
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Size, mm
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Φ2.0×(2-5)
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Bulk Density, kg/l
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0.78±0.05
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Crushing Strength, kg/cm
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≥5
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Performance index
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Product scale
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10-30000Nm3/h
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Product purity
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Normal designing valve ≥98.5%, purity can be flexibly adjusted, the highest being 99.99%.
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Yield of CO
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When purity is 98.5%, the yield is 75-95%.
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Equip consumption
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When the product yield and purity is the same, energy consumption is 30% lower than other domestic PSA process, saving above 50% feed gas consumption.
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| [Back] |
HCO101 CO High Efficient Sorbent
|
Application
HCO101 has been applied in PSA technology to separate high purity CO gas from high content N2, CO2 and CH4.
Characteristics
High efficient, low energy consumption, high adsorption capacity.
Physical and chemical properties
|
CO Adsorption capacity, ml/g
|
≥52 (25°C, 1bar)
|
|
Size, mm
|
Φ2.0×(2-5)
|
|
Bulk Density, kg/l
|
0.78±0.05
|
|
Crushing Strength, kg/cm
|
≥5
|
Performance index
|
Product scale
|
10-30000Nm3/h
|
|
Product purity
|
Normal designing valve ≥98.5%, purity can be flexibly adjusted, the highest being 99.99%.
|
|
Yield of CO
|
When purity is 98.5%, the yield is 75-95%.
|
|
Equip consumption
|
When the product yield and purity is the same, energy consumption is 30% lower than other domestic PSA process, saving above 50% feed gas consumption.
|
|
|
| [Back] |
