Industrial gas whenever you need it - in the desired oxygen purity, no cumbersome logistics, no storage, no loss due to evaporation
Gas of required purity is generated on-demand with none of the safety hazards of handling high-pressure cylinders
Pneumatech gives oxygen to your business. With the PPOG series, Pneumatech offers an attractive replacement for traditional oxygen supply with very interesting returns on investment.
The PPOG1-120 series uses Pressure Swing Adsorption technology to extract oxygen from compressed air, resulting in oxygen purity levels up to 95%.
The PPOG 2-18 HE series is a true game changer in on-site oxygen generation. 30% more efficient than traditional oxygen generators, the PPOG HE gives you the oxygen volume, purity and reliability you need at a massively reduced cost and a smaller environmental footprint.
Problem: I need different purities of nitrogen for various processes at my facility. How can I change the purity on my nitrogen generator?
Solution: Pneumatech Nitrogen Generators purity levels depend on the control flow through the carbon molecular sieve (CMS) of the unit. Low flow results in higher purity and high flow results in lower purity.
The flow is influenced exclusively by the pressure difference between the air vessel and the nitrogen vessel. The higher the pressure difference, the higher the flow. The generator is sized to deliver 100% nitrogen to the nitrogen vessel during normal operation. When the application consumes less than 100% of the generator's capacity (example: 30%), the generator is able to maintain the pressure in the nitrogen vessel at a constant level. This also means the pressure diffference between the air and nitrogen vessels remains constant. This results in a stable flow through the generator's adsorbant and a stable purity. When the needle valve is opened further, more flow from the nitrogen vessel can be consumed. If this flow consumption is higher than the maximum flow the generator can deliver (example: 150%), the pressure in the nitrogen vessel will decrease. With this, the pressure difference between the air and nitrogen vessel will increase, resulting in a high flow through the adsorbant because the air vessel pushes high pressure air to the nitrogen vessel which is at a low pressure. Due to this high flow through the adsorbant, the purity will decrease.Â
An illustration of this purity process is included below: