System, method and apparatus for generating electric power from subsurface wells

A system for generating electric power from subsurface wells comprising:

• a plurality of wells penetrating or terminating in at least one fluid-bearing subterranean zone, wherein the at least one fluid-bearing subterranean zone contains water as a primary fluid, wherein the plurality of wells extract fluid from one or more subterranean zones, strata, or reservoirs;
• a fluid gathering network configured to combine fluid produced from the plurality of wells;
• at least one energy generation apparatus configured to generate electricity from kinetic energy of the produced fluid;
• at least one processing apparatus configured to separate the produced fluid into component parts for subsequent combustion, chemical energy generation, or production of energy from the at least one energy producing apparatus;
• at least one secondary energy generation apparatus configured to generate electricity from at least one of:
• thermal energy contained in the produced fluid and chemical energy derived from components contained in the produced fluid;
• a heat exchange apparatus that extracts geothermal heat from the produced fluid to generate additional electricity, wherein the heat exchange apparatus is configured with carbon fiber reinforced polymer conduits to reduce thermal losses and corrosion in high-salinity environments;
• and
• a fluid distribution network configured to direct processed fluid to at least one injection well for reinjection into the at least one fluid-bearing subterranean zone, thereby creating a continuous flow loop between producing wells and injection wells.