1800 Nm3/h 99% Membrane Nitrogen Generator On-Site Industrial N2 Gas Generation System

Product characteristics Ø Intake pressure: atmospheric pressure Ø Exhaust pressure: 15/25/35/50/70MPa Ø Nitrogen displacement: 300/600/900/1200/1500 /2000Nm3/h Ø Nitrogen purity: ≥95%-≥99% Ø Drive mode: electric motor/diesel engine/gas engineØ Cooling method: air cooling Ø Power range: 300-880KW Ø Installation method: skid mounted truck type Ø Main applications: oil field gas injection, line sweeping, nitrogen induced injection, foam displacement and so on

Product characteristics Ø Intake pressure: atmospheric pressure Ø Exhaust pressure: 15/25/35/50/70MPa Ø Nitrogen displacement: 300/600/900/1200/1500 /2000Nm3/h Ø Nitrogen purity: ≥95%-≥99% Ø Drive mode: electric motor/diesel engine/gas engineØ Cooling method: air cooling Ø Power range: 300-880KW Ø Installation method: skid mounted truck type Ø Main applications: oil field gas injection, line sweeping, nitrogen induced injection, foam displacement and so on

BangWin's PSA Oxygen Generator equipment compact layout, module design, convenient transportation, save the site. It covers a small area. Easy to install, customers only need to connect the power supply and three pipes. And our equipment appearance beautiful atmosphere. The device is properly configured. Strict process control. Free wearing parts at random. Every device is turned on and tested before delivery. BangWin's PSA Oxygen generator oxygen purity can be reached 93±3%.Molecular sieve service life is more than 10 years, PLC control cabinet for Siemens PLC, built-in imported gas distribution system, ESG stainless steel pneumatic valve, automatic follow-up pressing device, touch screen display control: oxygen concentration, flow, pressure real-time display, concentration historical data storage display. BangWin's PSA Oxygen Generator equipment adopts oil-free design, does not contact with the compression medium, avoid the pollution of the gas in the compression process, to ensure the purity of the gas body, microcomputer controller control, high level of automation.

The versatility of small air separation equipment allows for the production of high-purity gases, such as oxygen or nitrogen, which find applications in industries including medical, welding, food packaging, electronics, and chemical manufacturing.

BangWin's PSA Oxygen Generator equipment compact layout, module design, convenient transportation, save the site. It covers a small area. Easy to install, customers only need to connect the power supply and three pipes. And our equipment appearance beautiful atmosphere. The device is properly configured. Strict process control. Free wearing parts at random. Every device is turned on and tested before delivery. BangWin's PSA Oxygen generator oxygen purity can be reached 93±3%.Molecular sieve service life is more than 10 years, PLC control cabinet for Siemens PLC, built-in imported gas distribution system, ESG stainless steel pneumatic valve, automatic follow-up pressing device, touch screen display control: oxygen concentration, flow, pressure real-time display, concentration historical data storage display. BangWin's PSA Oxygen Generator equipment adopts oil-free design, does not contact with the compression medium, avoid the pollution of the gas in the compression process, to ensure the purity of the gas body, microcomputer controller control, high level of automation.  

Small air separation equipment refers to compact systems that efficiently separate components of gas, such as oxygen and nitrogen, offering a range of advantages for various applications.

Small air separation equipment in the operation process of small vibration, small impact on the surrounding environment. Small air separation equipment has self-cleaning function, which can effectively reduce the maintenance cost. In addition to gas separation, small air separation equipment can also complete some other functions, such as dehumidification, purification and so on.

Small liquid nitrogen machines are refrigeration units that work by compressing and cooling nitrogen gas. The gas is first drawn in and compressed, which raises its temperature. The compressed gas is then passed through a cooling system to reduce its temperature below the boiling point. This causes the gas to condense into a liquid state, which is collected in a storage vessel.