Vacuum pump system energy saving
Thread Content
The vacuum degree of the raw water ring pump is not enough, or the unit combination is not good, does not match the original system, and the unit efficiency is low. After using our company's technical solutions, the system power saving rate can reach more than 30%.
It needs to be explained whether the energy-saving transformation is to improve the suction and exhaust capacity by changing the impeller, or by transforming the heat exchanger to change the gasification pressure of the liquid ring circulation pump, or by replacing the circulating fluid and changing the gasification pressure, or by adjusting the operating power according to the non-condensable gas volume through frequency conversion control, or by some other method?
Through the actual operating conditions on site, the vacuum pump unit is re-selected to achieve the best matching operation of the equipment and system. That is, the pump efficiency is the highest under actual working conditions. This is not only an understanding of the pump performance, but also an understanding of the system.
As for the specific operation, don’t talk about it in official terms. I think our vacuum pump is designed to have a small air extraction capacity. It has not been started yet and needs to be verified in practice.
I don’t know how to save energy in this vacuum unit. How much energy can it save?