A method and apparatus for automating control, remotely monitoring, and controlling a gas extraction assembly, coupled to a gas pipeline section. The gas extraction assembly may be used to increase gas volume, and/or overall gas flow from productive low or high pressure wells, as well as “wake-up” or recover lowered production from depleting wells. Two features of the gas extraction assembly of the present invention is the capability of creating substantial differential pressure, along with the ability to create substantial vacuum pressure on the suction inlet.