一、工作原理

气体处理器通过内部的蜗轮产生高压，使得进入处理器的气体通过高压作用进行压缩，使

气体体积变小、形成均匀分布的微小气泡或消失，从而使进入离心泵吸入口的井液由原来的气液

两相混合物变成单相的液体，或含有少量气体的均匀混合物，使得机组免受气锁、气蚀等影响。

气体处理器可处理的气体体积因数可高达70%,从而实现分离器不可能达到的气体处理效

果，扩大了潜油电泵机组的应用领域，同时大大提高机组寿命和效率。

二、四大特点

1、可使泵吸入口压力增高，提高泵的充满度;

2、改变气体的流动特性，使离心泵采气能力增强，解决离心泵的“气锁”问题;

3、利用天然气能量改善泵系统整体举升效率，同时降低能量消耗;

4、减少气体对泵的工作干扰，增加泵的排液能力，延长检泵周期.

Work Principle

Gas Handler can make high pressure with the worm wheel inside it, and compress the gas pass through it, make the tow phase well liquid turn into one phase.

Even the liquid coming out from Gas Handle also contains little gas, it can not form the gas locking and cavitation erosion.

Gas Handler can deal with the well liquid which has 70% volume factor gas in it, so Gas Handler has more effect than Gas

Separator. It extends the range of application of ESP, and increases the life and efficiency of ESP.

Specialty

1.Increase the intake pressure and the liquid in the pump;

2.Change the flow behaviour of the gas, solve the trouble of gas locking;

3.Improve the efficiency of ESP system with the gas energy, and reduce the energy consume at the same time.

4.Reduce the disturb of the gas, increase discharg capacity of pump and the life of the ESP.