Abstract: A system for producing electricity by pumping a mixture of melted sodium/potassium metals through tubing within the walls of equipment which extends downward to the geothermal zone of the earth. The mixture of melted metals passes through a first heat exchange area producing steam, then passes downward through an insulated low pressure vacuum area from where it is pumped from the tubing into a high pressure, super conductive heat transfer zone at the bottom of the equipment located in the geothermal zone. The geothermal heated mixture of melted metals passes through insulated tubing in the insulated vacuum area into a super heat exchange area passing through water forming steam and into a super steamer producing super heated steam. The super heated steam passes through a line into turbines producing electricity.

Abstract: A system for producing electricity by pumping a mixture of melted sodium/potassium metals through tubing within the walls of equipment which extends downward to the geothermal zone of the earth. The mixture of melted metals passes through a first heat exchange area producing steam, then passes downward through an insulated low pressure vacuum area from where it is pumped from the tubing into a high pressure, super conductive heat transfer zone at the bottom of the equipment located in the geothermal zone. The geothermal heated mixture of melted metals passes through insulated tubing in the insulated vacuum area into a super heat exchange area passing through water forming steam and into a super steamer producing super heated steam. The super heated steam passes through a line into turbines producing electricity.