CAN GAS provided a vacuum pressure swing adsorption oxygen generation system (CanGas® CAVO series oxygen generators) to a British renewable energy company, assisted them in helping more energy intensive industries shift towards low-carbon fuel alternatives, reducing operating costs and greenhouse gas emissions.

The automatic valve in the PSA nitrogen generation system controls the on-off and gas flow direction. When the automatic valve fails, it may appear that medium and low pressure gas blow-by, increase in air flow or decrease in air pressure in the PSA nitrogen production system.

After rigorous online research and offline site visits across more than 7,000 kilometers, CanGas stood out among its competitors and provided 2 sets of CanGas medical molecular sieve oxygen generator systems.

CAN GAS provided multiple complete sets of medical gas systems for several medical oxygen project in Mongolia, including medical air, medical vacuum, medical oxygen plant and cylinder filling systems, etc. The advantages of easy operation, convenient maintenance, and low energy consumption is favored by users.

CAN GAS provided a integrated small box medical oxygen system(3Nm³ h@93%） for a hospital in Kazakhstan.

As industrial equipment, the PSA oxygen generation system will inevitably experience mechanical wear and tear during its long-term operation, resulting in a decline in product performance. The decline in oxygen concentration is a more important issue, especially in the field of medical PSA oxygen generation; therefore , this article has compiled.

The emergence of nitrogen as an inactive inert gas soon made people realize its broad application value in the pharmaceutical industry. By obtaining high-purity nitrogen, which have significant effects in prolonging the oxidation of synthetic drugs, isolating pollution in bioengineering, and protecting Chinese herbal medicines from moth and corrosion.

Most manufacturers classify the machine rooms where air separation equipment such as molecular sieve pressure swing adsorption (PSA) nitrogen generators are placed into fire risk E. class.

Although there is no danger of explosion when oxygen encounters an open flame, it will support combustion and make the fire burn more violently. Therefore, everyone in the oxygen production workshop must be alert to the occurrence of fire. The most basic thing is the preparation of fire extinguishing equipment. In addition to common fire extinguishing equipment - fire extinguishers, sand, water and nitrogen, etc., the staff in the reserve workshop must also fully understand their respective usag

In PSA nitrogen production systems, it is very common to use PLC. It can be used to control the opening and closing of the pneumatic valve in PSA nitrogen generator, so that the two towers work alternately; with the assistance of the corresponding control algorithm, a constant gas supply can be achieved; production efficiency can be improved and all work can be carried out safely.