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| MOQ: | 1 set |
| Price: | Negotiable |
Cyclohexane Tail Gas Separation Technologies 29100Nm3/H By PSA
29100Nm³/H Cyclohexane Tail Gas Separation Technologies
Technology Introduction
Take the refinery dry gas recovery as an example, the coupling process of cold and light oil + PSA is adopted with the adsorption with the cold and light oil, PSA adsorption and low temperature distillation recovery. The products of C2 component such as ethylene and ethane-rich light hydrocarbons have a higher purity and yield of more than 93%.
Brief introduction of full temperature range PSA (FTrPSA) technology
The traditional pressure swing adsorption (PSA) technology is suitable for the separation and purification of mixed gas with a certain separation coefficient. However, for the components with low separation coefficient, the traditional PSA technology can not effectively separate them. At the same time, it is difficult to match the adsorption and regeneration for the components with too large polarity and strong adsorption capacity.
Full temperature range PSA (FTrPSA) technology is a method based on pressure swing adsorption (PSA) and can be coupled with various separation technologies. By using the differences of adsorption separation coefficients and physicochemical properties of different components in materials at different pressures and temperatures, the adsorption depth can be controlled in the process of pressure swing adsorption, The contradiction and technical bottleneck between adsorption and regeneration in traditional PSA cycle are solved, and the application scope of traditional PSA separation is widened. It is especially suitable for: conventional low separation adsorption separation and purification (natural gas purification), simultaneous recovery of multi-component gas (full recovery of electronic tail gas), preparation and purification of ultra pure gas at low temperature separation (hydrogen production from ultra pure hydrogen, pure oxygen preparation from air separation), dehydration of fuel ethanol, etc.
Technical indexes
Purity:＞99.9%
Capacity
29100Nm³/h
Yield
≥90%
Reference
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|
| MOQ: | 1 set |
| Price: | Negotiable |
Cyclohexane Tail Gas Separation Technologies 29100Nm3/H By PSA
29100Nm³/H Cyclohexane Tail Gas Separation Technologies
Technology Introduction
Take the refinery dry gas recovery as an example, the coupling process of cold and light oil + PSA is adopted with the adsorption with the cold and light oil, PSA adsorption and low temperature distillation recovery. The products of C2 component such as ethylene and ethane-rich light hydrocarbons have a higher purity and yield of more than 93%.
Brief introduction of full temperature range PSA (FTrPSA) technology
The traditional pressure swing adsorption (PSA) technology is suitable for the separation and purification of mixed gas with a certain separation coefficient. However, for the components with low separation coefficient, the traditional PSA technology can not effectively separate them. At the same time, it is difficult to match the adsorption and regeneration for the components with too large polarity and strong adsorption capacity.
Full temperature range PSA (FTrPSA) technology is a method based on pressure swing adsorption (PSA) and can be coupled with various separation technologies. By using the differences of adsorption separation coefficients and physicochemical properties of different components in materials at different pressures and temperatures, the adsorption depth can be controlled in the process of pressure swing adsorption, The contradiction and technical bottleneck between adsorption and regeneration in traditional PSA cycle are solved, and the application scope of traditional PSA separation is widened. It is especially suitable for: conventional low separation adsorption separation and purification (natural gas purification), simultaneous recovery of multi-component gas (full recovery of electronic tail gas), preparation and purification of ultra pure gas at low temperature separation (hydrogen production from ultra pure hydrogen, pure oxygen preparation from air separation), dehydration of fuel ethanol, etc.
Technical indexes
Purity:＞99.9%
Capacity
29100Nm³/h
Yield
≥90%
Reference
