Oxygen generator breathedge mainly by two adsorption towers filled with molecular sieves, under normal temperature conditions, the compressed air is filtered, dried and purified into the adsorption tower, the nitrogen in the adsorption tower is adsorbed by molecular sieves, and the oxygen is enriched in the gas phase and stored in the oxygen buffer tank from the outlet, while the molecular sieve in the other tower has completed adsorption is rapidly depressurized, and the adsorbed components are resolved, and the two towers are alternately circulated to obtain cheap oxygen with a purity of ≥ 90%.
Oxygen generator breathedge is widely used in metallurgical combustion, chemical industry, environmental protection, building materials, light industry, medical treatment, aquaculture, biotechnology, sewage treatment and other fields.
Technical features
Easy installation
Compact structure of the equipment, the whole skid-mounted, occupying a small area without infrastructure investment, less investment.
High quality zeolite molecular sieve
With large adsorption capacity, high pressure resistance and long service life.
Fail-safe system
Fault system alarm and automatic start function for users to ensure the safety of system operation
More economical than other oxygen supply methods
The zeolite molecular sieve is filled by "blizzard" method, so that the molecular sieve is evenly distributed without dead corners and not easy to pulverize; the adsorption tower adopts multi-stage airflow distribution device and automatic compression device in a balanced way; and the adsorption performance of zeolite molecular sieve is kept in a compact state, so as to ensure that the adsorption process does not produce fluidization phenomenon and effectively prolong the service life of zeolite molecular sieve.
Automatic emptying system of unqualified oxygen
The low purity oxygen at the beginning of the start-up is automatically evacuated and sent to the air after reaching the target.
Ideal purity selection range
The oxygen purity can be easily adjusted from 21% to 93±2% according to the user's needs.
The unique cycle switching process of the system
Reduced valve wear and tear, extended equipment life and reduced maintenance costs.
Post time: Jan-05-2022