Air Separation Plant Oxygen Generating & Filling Equipment Oxygen Cylinder Filling ASU PSA VSA VPSA Liquid Cryogenic Membrane
CANGAS VSA Oxygen Generation Technology
Customers want low-cost oxygen, reliable supply and quick plant delivery. We are going to make sure that CANGAS' oxygen VSA is the best in the world at providing these. Combined with our expertise in applications such as combustion and oxygenation, we will demonstrate our worldwide leadership in meeting the needs of our customers in the glass, metals, chemicals and water-treatment industries
Vacuum swing adsorption (VSA) is a non-cryogenic gas separation technology.
Using special solids, or adsorbents, VSA segregates certain gases from a gaseous mixture under minimal pressure according to the species' molecular characteristics and affinity for the adsorbents. These adsorbents (e.g., zeolites) form a molecular sieve and preferentially adsorb the target gas species at near ambient pressure. The process then swings to a vacuum to regenerate the adsorbent material.
VSA differs from cryogenic distillation techniques of gas separation as well as pressure swing adsorption (PSA) techniques because it operates at near-ambient temperatures and pressures. VSA may actually be best described as a subset of the larger category of PSA. It differs primarily from PSA in that PSA typically vents to atmospheric pressures, and uses a pressurized gas feed into the separation process. VSA typically draws the gas through the separation process with a vacuum. For oxygen and nitrogen VSA systems, the vacuum is typically generated by a blower. Hybrid VPSA systems also exist. VPSA systems apply pressurized gas to the separation process and also apply a vacuum to the purge gas. VPSA systems, like one of the portable oxygen concentrators, are among the most efficient systems, measured on customary industry indices, such as recovery (product gas out/product gas in), productivity (product gas out/mass of sieve material). Generally, higher recovery leads to a smaller compressor, blower, or other compressed gas or vacuum source and lower power consumption. Higher productivity leads to smaller sieve beds. The consumer will most likely consider indices which have a more directly measurable difference in the overall system, like the amount of product gas divided by the system weight and size, the system initial and maintenance costs, the system power consumption or other operational costs, and reliability.
Absolute offers PSA/VSA Oxygen Plants for on-site production of industrial oxygen. Such plants utilizes zeolites to adsorb nitrogen from compressed air, thereby producing a continuous stream of oxygen.
Applications experts aid in optimizing oxygen system sizing, selection and gas utilization.
Highly reliable, dedicated source of supply.
Compact configuration minimizes space requirements. Cost-effective, continuous supply of oxygen.
High-efficiency molecular sieve for low energy consumption. Micro-processor control system allows
Unattended operation and maintains highest efficiency.
Modular design, enabling quick installation
Proven design, ensuring reliable operation and minimal maintenance.
Oxygen Flow Rate : 0.1 to 100 Nm³/hr, Customizable
Oxygen Purity : 93%
Oxygen Pressure : 3 Kg/cm2g (PSA), Customizable
Oxygen Pressure : 0.3 Kg/cm2g (VSA)
Oxygen Dew Point : (-) 50 Deg C
Oxygen Power consumption:0.5kw.h per 1.0m³ Oxygen production