The huge role of air booster pump in energy conservation and emission reduction in factories

Technical support inquiry / 2026-08-08 09:04:10 空气增压泵工厂节能减排高效节能气动泵增压泵环保应用菲恩特流体控制

What role does the air booster pump play in energy conservation and emission reduction in factories?

In the daily production of the factory, compressed air is needed, which is the air pump and compressor we use. Many manufacturers use this machine, usually with a pressure of 3-8 bar. The air compressor stops working when the pressure reaches 8 bar and starts when it is below 5 bar. For large air compressor stations in factories, the power consumption is significant. The higher the pressure of the air compressor, the greater its workload and power consumption. Below is an introduction to the role of the air booster pump.

They responded to the national call for energy conservation and emission reduction, and based on the fact that the majority of the company's pressure only needs to be around 6 bar, they adjusted their air compression pump pressure to 4 bar and stopped using it. By using an air booster pump for local boosting, the power consumption in the production was reduced, and the maintenance cost of the factory's air compressor was also reduced.

Experiments have shown that using the Feentor compressed air local booster pump can save 20% -30% of the factory's air power consumption. In addition, the maintenance of the factory's air compression station is less than before, resulting in relatively more cost savings.

The role of air booster pumps in factories is not only for local boosting, but also for pressure testing, air tightness testing, and other purposes of products produced in factories

The principle of an air booster pump is to compress the existing air pressure through the pressure difference generated by the large and small pistons to generate high pressure. We also call an air booster pump an air booster valve, an air amplifier, or a pneumatic booster pump. The commonly used boosting ratios are 2 times and 5 times.