We are the leading manufacturer, exporter and supplier of Oxygen Plants, Nitrogen Plants, Air Seperator Plants, Acetylene Plants, Nitrous Oxide Plants and Carbon Di-oxide Plants. O�ered in various capacities, sizes and other related speci�cations as per the preferences laid by our clients these products are manufactured by our skilled industry experts as per the set international standards. We also manufacture and export related Allied Equipment's and spares for the above stated Plants.
PROCESS DESCRIPTIONS:
Step1: Compression of Atmospheric Air Step
2: Puri�cation of Air Step
3: Cooling of Air Step
4: Separation of Liquid Air into Oxygen and Nitrogen. Step
5: Compression / Withdrawal and Filling of Oxygen and Nitrogen by latest liquid oxygen pump technology to �ll bone dry high purity oxygen in Cylinders.
USES OF OXYGEN:
Oxygen is obtained on a commercial scale through the liquefaction and desolation of ambient air at air separation
plants.
Oxygen (O2) is a colorless and odorless gas. It is vital for most life forms on earth. We absorb oxygen through the air we breathe. Medical oxygen is essential in hospital and clinical care for resuscitator and surgery and for various therapies. It is also mixed with nitrogen or helium to create underwater diving mixtures.
FOR DETAILS:
Please contact me for further details related to operation, installation and plant design according to client user requirements.
Contact: BABAR SALEEM / Email: bew-uae@brooklyn-bh.com
Based on the principle of VPSA technology, the VPSA-O2 units adopt the special adsorbent (model: PU-8) to enrich the oxygen in the air and supply it to the user.
Production Capacity
1000Nm3/h~40000 Nm3/h, Converted to liquid oxygen: 34 TPD~1360 TPD
Typical Applications
> Steel: Blast furnace oxygen-rich coal injection, electric furnace steelmaking
> Non-ferrous metallurgy: combustion-supporting for non-ferrous metals metallurgy including copper, lead, nickel, zinc, tin and gold.
> Chemical: gasification furnace oxygen-rich gas making, carbon black production, sulphur trioxide production etc.
> Kiln energy-saving: combustion supporting for glass kilns, cement kilns and oxygen-rich combustion supporting for waste incinerators
> Papermaking: pulp bleaching process
> Sewage treatment: OEAA technology, oxygen source for ozonizer
Technical Advantages
1. Experienced engineering
PKU PIONEER has built the most VPSA-O2 plants in China, including the world's largest VPSA-O2 plant.
2. Excellent energy consumption
Energy consumption of PKU PIONEER's VPSA-O2 plant is 0.29-0.32kWh/m3 O2, which is among the lowest, around the world.
3. Internationally-leading process design
PKU PIONEER has built up the first set of radial bed in China. Independently-developed five-bed, air intake and other original process designs have proved obvious advantages.
4. The independently-developed lithium-based adsorbent
PKU PIONEER's independently-developed and produced lithium-based VPSA-O2 adsorbent PU-8 is featured by high selectivity and high working capacity of nitrogen, which is among the best around the world.
5. Mature and reliable system running
The long-term engineering practice has proved that PKU PIONEER's VPSA-O2 plants are stable and the supplementary devices are mature and reliable, thus ensuring the continuous production for users.
Our V AQUACARE INDIA Oxygen Generators operates on Pressure Swing
Adsorption, commonly known as PSA Technology.
P S A Technology is based on the selective adsorption phenomena of
gas molecules under pressure on the surface of highly porous and
efficient adsorbent, In this case of Oxygen Generation the Adsorbent
is zeolite based Molecular Sieve (Z.M.S.)
In P S A System when compressed air is passed through a adsorption
tower field with Z.M.S. the molecules of oxygen, moisture & other
unwanted gases are adsorbed on surface of Z.M.S. and Oxygen
which is not adsorbed by Z.M.S. comes out of adsorption tower and is collected in a surge vessel.
For continuous generation of oxygen two Adsorption towers are
provided which are interconnected with Autochange over valves
controlled by PLC in the control panel. After saturation of one tower with nitrogen the process automatically changes over to another tower and thus the oxygen production is continuous.
Our systems are the best ones in industry to ensure the highest efficiency, user friendly design, Reliable Economical and Durable.
Our onsite oxygen generators are custom made and can be adjusted to give the desired oxygen quality for your process and application.
On-site Oxygen Generator Plant with Pressure Swing Adsorption (PSA) Technology. Made in India, CE Certified, ISO 9001:2015 Certified, GMP Certified, RoHS Compliant. Warranty 1 Year
Medical Oxygen Generator for the Hospitals & Clinics
PSA Technology O2 Generation Plant is a state of art and revolutionary product which produces Medical Oxygen on-site at Hospitals using electricity as the only raw material. Features- Easy Installation Completely Automatic Operations & Maintenance is simple No third party dependence Financing is available- Requires small space
Let us know if you need this plant to become self-reliant for oxygen during COVID and always.
Key Parameters
200-6,000 Nm3/h (per set)
(Higher capacity can be achieved with combined multiple sets).
Oxygen purity: 21-95%.
Power consumption: 0.3-0.36 kWh/Nm3 with oxygen purity of 90%.
Vacuum Pressure Swing Adsorption (VPSA) technology can produce the desired gas(es) much more efficiently. The system segregates certain gases from a gaseous mixture at near ambient pressure; the process then swings to a vacuum to regenerate the adsorbent material, zeolite molecular sieves. It draws the gas through the separation process with a vacuum, typically generated by a blower, The systems apply pressurized gas to the separation process and also apply a vacuum to the purge gas.
Suzhou Doer Gas & Chemical Equipment (DoerCryo) specializes in Atmospheric Cryogenic Storage Systems (Full Containment/Vacuum-insulated/MicroBulk Tanks for LNG, LOX, LIN, LAR, LCO2, LN2O, LC2H4...), VPSA Oxygen Generators/Plant, & Air Separation Units (ASU). We're ISO9001, 14001, 45001, ASME certified, having rich experience working with large engineering/energy enterprises, having been well received home and abroad.
Pressure swing adsorption (PSA) is a technology used to separate some gas species from a mixture of gases under pressure according to the species' molecular characteristics and affinity for an adsorbent material. It operates at near-ambient temperatures and differs significantly from cryogenic distillation techniques of gas separation.
