CANGAS professional hospical PSA Oxygen generator CAPO-5 for ventilator and Anesthesia Machine

We have the largest professional production base of oxygen generators in China, covers an area of 28,000m2.

With more than 4,000 systems built worldwide since 1998, CAN GAS Systems win the respect with their reliability, cost-effectiveness, convenience and excellent services.

The principles of Pressure Swing Adsorption (PSA) oxygen generator are adsorption and desorption.

Each gas has a characteristic adsorption rate that when adsorbed by Zeolite Molecular Sieve (ZMS). ZMS has large surface area containing volumes of micro pores and passageways. Nitrogen has a higher adsorption rate than oxygen. When compressed air enters ZMS, oxygen molecules are able to pass through this large surface, and nitrogen molecules are adsorbed to the surface area.

  Adsorption and diffusion are the general principles of the PSA system since each gas has a characteristic adsorption rate that is a function of its ability to be adsorbed by a molecular sieve. The adsorption process can produce a range of gas with purities 93%-99% oxygen.

2003, CAN GAS cooperated with Chinese PLA Air Force, started to supply NL Altitude Simulator for training Chinese astronauts.

2008, CAN GAS supplied nitrogen generator for Beijing Olympics food testing center.

In 2013, we built a large-scale plateau oxygen-enriched system for Jiaduobao Group Qinghai Yuzhufeng Mineral Water Co., Ltd., which is currently the highest altitude and largest oxygen-rich system project in China.

In 2015,  CAN GAS provided the PLA the plateau with on-site oxygen generator system. The operating temperature of the equipment is -40 ° C ­ - 70 ° C, the use of altitude is more than 4,500 meters.

In 2016, Oxygen generator system provided to National Engineering Laboratory for Antitumor Protein Drugs

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CIMES

CANTON FAIR

Application

Function

Hospital

Medical oxygen for breath

Burning process (glass craft, ampoule making, thermal power)

Enhances burning efficiency

Ozone generation

Raw material to make O3

Waste water disposal

Oxidization of waste content

Aquaculture

Oxygen enriched water improves life of fishes

Fermentation

Better atmosphere for fermentation

Diving, mountaineering,

For breathing

High-altitude flight, interplanetary flight, civil aviation

For breathing

Cutting, welding

Burns to produce heat

Engineering Blasting

To make liquid oxygen explosive

metallurgy

Iron making, steelmaking

Oxygen enriching

Bar, meeting room, office, dorm, homes

Mining

Reacts with minerals to increase separation rate

Chemical engineering

To make vitriol, nitric acid, etc

Paper and pulp

Pulp bleaching