the art of gas wells that the system 400 allows gas wells to be de liquefied using the submersible hydraulic fluid pump 423 whilst producing and commercializing gas up the annulus 436 between the outer diameter of production conduit 422 and inner diameter of well casing 421 the system 400 of fig4 uses a hydraulic pump as an illustrative example of a fluid transducer powered by a submersible hydraulic engine to deliquify a gas well or to extract well fluids from gas wells along with other types of wells in other embodiments however other fluid transducer such as compressors can be used without departing from the spirit and scope of the embodiments of the present disclosure in other embodiments the submersible hydraulic piston engine 420 and the submersible hydraulic piston pump 423 may be replaced with a jet pump in yet another embodiment the submersible hydraulic engine 420 may be replaced with a rotating hydraulic motor connected to a rotating submersible well fluid pump like a centrifugal pump or a progressive cavity pump as shown in fig4 system 400 allows for the well fluid to be brought to the surface without the use of positive displacement pumps located at the surface additionally system 400 provides housing for the hydraulic power supply system that protects the environment from any damages that may occur during the operation of the system 400 referring to fig5 another embodiment is depicted system 500 which can also incorporate the well configuration of fig2 and the corresponding descriptions provided above in one embodiment the well configuration of fig2 may be installed as shown in fig1 and 2 in fig5 centrifugal pump 510 is located in subterranean enclosure 511 the.