As is well known, the chemical properties of oxygen are quite reactive. Except for rare gases and metal elements with low activity such as gold, platinum, and silver, most elements can react with oxygen, which has combustion and oxidation properties. Due to the chemical properties of oxygen, equipment for oxygen pressurization must be designed in a stable, explosion-proof, and oil-free manner.
The development of the Feentor brand high flow oxygen pressurization filling equipment has effectively solved the problems encountered during the filling or pressurization process of oxygen. By using two two-stage pumps in parallel and special treatment of the core component oxygen pressurization pump, it can achieve a fast, energy-saving, and stable filling method, better meeting the filling and pressurization needs of customers.
Schematic diagram of oxygen booster pump
Principle of Oxygen Boosting Equipment
The Feentor ZTT oxygen booster pump series is a two-stage booster pump that can increase extremely low pressure oxygen to very high pressure. The driving gas is ≤ 8 bar, and the pressure range of the oxygen input port is 0.5-10 bar, which can be increased to 30 MPa. The entire oxygen booster pump is made of aluminum alloy and stainless steel. The drive piston diameter of this series of pumps is 160mm, and both ends of the pump head are equipped with exhaust cooling. It can prevent the temperature of the oxygen booster pump from being too high during operation. And after driving the release of air, it can be effectively utilized.
Oxygen filling system parameters
Drive air pressure: 3-8 bar
Inlet pressure range: 0.5-10 bar
Output pressure range: 0-30Mpa
Output flow rate: 380L/min
Drive port G1/2, oxygen inlet ZG1/2, high-pressure outlet ZG1/4 (customized according to customer requirements)
In addition, if you have special requirements for oxygen booster pumps or oxygen filling booster equipment, you can also raise them with Feentor manufacturers, and we also support non-standard customization for customers.
Click on the video link of the oxygen pressurization filling equipment