PSA O-5000 without compressor. Recommended for 5 kg O3/h ozone generator
PSA, Industrial Oxygen Generator of 40 Nm3/h, at a purity of 95% and a drying dew point of -40ºC, 230 V, 50-60 Hz, 5.7 kW, for ozone generator of 5 kg O3/h.
It includes:
Inlet filter 11.5 Nm3/min.
Refrigeration dryer 11.5 Nm3/h, 2.5kw.
3-stage filter 11.5 Nm3/min. Oil <0.01ppm. Particles <0.01 micron.
Activated carbon filter 11.5 Nm3/min. Oil < 0,003ppm.
Dry air buffer tank 1 m3, 8 bar, with safety valve.
2 Zeolite columns 40 Nm3/h.
Oxygen lung tank 1 m3, 8 bars.
Oxygen purity analyser.
Flow meter 40Nm3/h.
Integrated PLC.
Compressed air supply compressor not included.
CE marked.
Characteristics:
Capacity to generate 40Nm3/h of oxygen at 95% purity.
Oxygen output pressure: at 0-5.5 bar, and at -40°C dew point.
Compressed air connection: DN 32.
Oxygen outlet connection: DN 40.
Nitrogen outlet connection: to silencer.
Weight: 3500kg.
Length x width x height: 3500 x 2500 x 2500 x 2875 mm
Requirements:
Requires a compressed air supply of 10 Nm3/min.
Power supply: 230v, 50-60hz. 5.7 KW.
Room conditions: -20ºC to 40ºC, humidity <80%.
Dust in air<200mg/m3. H2S, SO2 <0.25mg/m3. CO2<600ppm. CnHm <0.05mg/m3.
Leave a clearance of 800 mm around the equipment.
Keep the room ventilated.
Do not install outdoors.
Manufacturing in 60-90 days
Industrial PSA Oxygen Generator
Technical specifications
What is it used for?
This oxygen concentrator is specifically used to generate ozone. Ozone is used in wastewater purification and disinfection treatments (WWTP), and public water purification (DWTP). It is also used in bleaching processes in the textile or paper industry. Also in fish farms, aquariums, recovery of lakes and agricultural ponds, irrigation water, etc.
Functioning
The oxygen concentrator receives dry, grease-free air from the air compressor, and is passed through the zeolite columns A, where the nitrogen is captured in the zeolite molecular structure, allowing only oxygen to pass through. When column A becomes saturated with nitrogen, the supply air is redirected to column B, depressurizing column A and releasing the nitrogen into the atmosphere. This cycle is repeated cyclically, always maintaining a constant flow of highly concentrated oxygen. The oxygen obtained is stored in an outlet buffer tank to stabilize the supply.