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Product Details:
Minimum Order Quantity | 1 Number |
Flow Rate(LPM)/(Nm3/hr) | 1500 LPM / 90Nm3/Hr to 25000 LPM/1500Nm3/Hr |
Application | Medical and Industrial Use |
Purity Of Oxygen | 93+-3% |
Technology Used | VPSA(Vacuum Pressure Swing Adsorption) |
Country Origin | Made In India |
Approval & Licenses | ISO, IAF, U.S. FDA, CE, UKAC |
Design | Customized |
Automation Grade | Fully-Automatic |
I Deal In | New Only |
Is It Leak Proof | Leak Proof |
VPSA is an acronym for Vacuum Pressure Swing Adsorption, and it is a technology that is used in oxygen production generators on the industrial level. VPSA technology makes use of a lithium-based molecular sieve and a number of special desiccants to absorb impurities like carbon dioxide, nitrogen, and water that are present in any air mixture in order for oxygen to accumulate in what’s left behind. It is a very efficient method of getting pure oxygen, with purity levels hitting as high as 95%. This is the level that is required for medical oxygen and other important applications.
VPSA is an acronym for Vacuum Pressure Swing Adsorption, and it is a technology that is used in oxygen production generators on the industrial level. VPSA technology makes use of a lithium-based molecular sieve and a number of special desiccants to absorb impurities like carbon dioxide, nitrogen, and water that are present in any air mixture in order for oxygen to accumulate in what’s left behind. It is a very efficient method of getting pure oxygen, with purity levels hitting as high as 95%. This is the level that is required for medical oxygen and other important applications.
OXYGEN Enhanced Combustion :
Oxygen- enhanced combution is used in many different applications including GLASS manufacturing, Ferrous & Nonferrous metal processing,waste incineration,sulphur recovery,fluid catalytic cracking & process.
(1) New Applications are emerging in the production of Bio Fuels.
(2) Pet Coke
(3) Solid Fuels
(4) As well as in OXY-COAL combustion with CO2 capture.
Benefits :
Oxygen - Enriched Combustion Can :
(1)
Increase Efficiency :- The fuel gas heat losses are reduced because the fuel gas mass decreases as it leaves the furnace.
(2)
Lower Emersions :- Certain burners & Oxy-fuel fired systems can achieve lower levels of nitrogen oxide, carbon monoxide & hydrocarbons.
(3)
Improve Temperature Stability and Heat Transfer:
Increasing the OXYGEN content allows more stable combustion & higher combustion temperatures that can lead to better heat transfer.
Industrial Application:-1) Ceramic Industries
2) Glass & Enamel Industries
3) Steel Industries
4) Pulp & Paper Industries
5) Chemical Industries
6) Public & Private Waste Water Treatment & Waste Disposal Industries
7) Biotechnology Industries etc...