Geothermal heat transfer and intensification system and method

A geothermal heat transfer method that heats water at a pressure reduced from hydrostatic pressure comprising:

• heating water at a first boiler located at a down-hole well-bore location, said first boiler uses the specific heat of the entering water to produce steam;
• compressing steam received from the first water boiler at a steam compressor, said compressor assisting in the production of steam;
• receiving steam at a first heat exchanger from steam compressor, said first heat exchanger heating the steam;
• compressing steam received from first heat exchanger at a compressor and accelerating said steam in an up-hole direction toward the surface of the well-bore location;
• dividing the steam flow at a flow divider after receiving steam from the jet compressor, said flow divider said received steam into two paths;
• receiving steam at a first surface condenser from a first path from the flow divider and directing said steam as condensed water stream downward;
• receiving steam flow at a vertical vessel from said first surface condenser, said vertical vessel propelling said steam downward as a combined saturated water;
• receiving water mixture at a second heat exchanger from the insulated vertical vessel;
• receiving steam flow at a second boiler from the second heat exchanger, said second boiler heats said steam received from the second heat exchanger;
• transferring steam to a second surface condenser from said second boiler to allow for heat discharge of said steam, said second surface condenser providing heat transfer capabilities on the surface and said second surface condenser being coupled to said first surface condenser;
• transferring steam from a said second boiler to said first boiler so that heated water can be supplied to the boiler through said first heat exchanger.

A geothermal heat transfer system that heats water at a pressure reduced from hydrostatic pressure comprising:

• a first water boiler located at a down-hole, well-bore location,
• a first compressor coupled to the first boiler, said compressor assisting in the production of steam;
• a first heat exchanger coupled to said first compressor and receiving steam from said first compressor, said first heat exchanger heating the steam further;
• a second compressor coupled said first heat exchanger to receive steam from the first heat exchanger and accelerate said steam in an up-hole direction toward the surface of the well-bore location;
• a flow divider coupled to the second compressor, said flow divider receiving said steam from said second compressor and dividing the flow of steam;
• a first surface condenser receiving said steam from said flow divider where the condensed water returns downward;
• a vertical vessel that receives steam from said first surface condenser, said vertical vessel powers a compression device that acts on a portion of the previously-produced steam, propelling said steam downward;
• a second heat exchanger coupled to said vertical vessel, said second heat exchanger receives steam from the vertical vessel;
• a second boiler coupled to the second heat exchanger, said second boiler heats said steam received from the second heat exchanger;
• and,
• a second surface condenser coupled to said second boiler for receiving steam from second boiler to allow for heat discharge of said steam, said second surface condenser providing heat transfer capabilities on the surface and coupled to said first surface condenser;
• said second boiler coupled to said first heat exchanger so that water can be supplied to the first boiler.