Abstract: Systems and methods for optimizing injection of a foaming composition into a well for deliquification are disclosed herein. Embodiments of the method generally comprise injecting a foaming composition into a well to deliquify the well. The method may further comprise measuring the foaming properties of the produced fluids from the well. In addition, the method may comprise correlating the foaming properties of the produced fluids to production rate and then adjusting the injection rate of the foaming composition in light of the results of the analysis.

Abstract: Methods and systems for removing water from gas wells are described herein. The water is removed by positioning a pump in a liquid layer below the perforations through which gas enters a gas well and powering a water pump with electrical power generated by an energy recovery system which produces electricity from a gas flow through the energy recovery system to an earth surface.

Abstract: The present invention relates to a method and system for removing water from gas wells. The water is removed by positioning a pump in a liquid layer below the perforations through which gas enters a gas well and powering a water pump with electrical power generated by an energy recovery system which produces electricity from a gas flow through the energy recovery system to an earth surface.

Abstract: A method and system for the removal of produced liquid from a gas well extending from an earth surface through a subterranean gas-bearing formation using a thermodynamic cycle.