A method for employing fluid energy from an energized stream to drive a pressure boosting device of a fluid management system located on a surface, the method comprising the steps of: feeding the energized stream to a turbine of the fluid management system located on the surface wherein the energized stream is from an energized subterranean region in a strong well, the energized stream having an energized pressure, the energized stream having sufficient pressure to reach the surface from a wellbore of the strong well, the turbine configured to convert fluid energy in the energized stream to harvested energy; extracting the fluid energy in the energized stream to produce harvested energy , wherein extraction of the fluid energy from the energized stream produces a turbine discharge stream , the turbine discharge stream having a turbine discharge pressure, wherein the turbine discharge pressure is less than the energized pressure; driving the pressure boosting device with the harvested energy, the pressure boosting device configured to convert the harvested energy to pressurized fluid energy; and increasing a pressure of a depressurized stream to generate a pressurized fluid stream wherein the depressurized stream is from a depressurized subterranean region in a weak well, the depressurized stream not having sufficient pressure to reach the surface from a wellbore of the weak well, such that the weak well is a separate well from the strong well, wherein conversion of harvested energy to pressurized fluid energy in the pressure boosting device increases the pressure of the depressurized stream, the pressurized fluid stream having a pressurized fluid pressure, wherein the pressurized fluid pressure is greater than the pressure of the depressurized stream. feeding the energized stream to a turbine of the fluid management system located on the surface wherein the energized stream is from an energized subterranean region in a strong well, the energized stream having an energized pressure, the energized stream having sufficient pressure to reach the surface from a wellbore of the strong well, the turbine configured to convert fluid energy in the energized stream to harvested energy; extracting the fluid energy in the energized stream to produce harvested energy , wherein extraction of the fluid energy from the energized stream produces a turbine discharge stream , the turbine discharge stream having a turbine discharge pressure, wherein the turbine discharge pressure is less than the energized pressure; driving the pressure boosting device with the harvested energy, the pressure boosting device configured to convert the harvested energy to pressurized fluid energy; and increasing a pressure of a depressurized stream to generate a pressurized fluid stream wherein the depressurized stream is from a depressurized subterranean region in a weak well, the depressurized stream not having sufficient pressure to reach the surface from a wellbore of the weak well, such that the weak well is a separate well from the strong well, wherein conversion of harvested energy to pressurized fluid energy in the pressure boosting device increases the pressure of the depressurized stream, the pressurized fluid stream having a pressurized fluid pressure, wherein the pressurized fluid pressure is greater than the pressure of the depressurized stream. <EOS>