Hydrothermal Engines

1.?We put on the century's dominant technology, covering most covered Energies, going from coastal/ offshore Power plants. Powering almost all naval transportation. Powering small citizens' Cars, Light planes, drones, and automation.?

Homes/communities air conditioners, heating, and green applications needed unlimited and cheaper than what is done today.

?2.?We leave the thermodynamics of Sadi Carnot and his successors, and with the double heat and the waste generated, what we have in this disastrous situation this overheating.

3.?(1) (8) The input is a?hot liquid from any: electric resistor, coal/fuel boiler, primary reactor, solar heat panels, or others. Shall generate high-pressure fluid in element (2), which spins (9) a hydraulic turbine, also a heating heat exchanger(8).

4.??The used liquid can be a mixture of nonmineralized water, ammonia, rubbing alcohol, or any refrigerant liquid-compatible mixture appropriate to the task; linking low cost to maxi security, and reliability.

5.??Operating temperature: can be from around zero Celsius (32°F) up to 200°C (392°F), it depends on the application and environment. There can be no great similarity between an aircraft carrier and a small city car. We optimize Cost security, reliability, durability, etc.??