Abstract: A method and apparatuses used in several interdependent energy transducing [energy] passageways. Each passageway uses [at least one] flow generators such as mechanical compressors, direct and indirect gravity [upon the generative fluid], condensing, [means and] heating [means], absorption [means], adapted turbo-jet engines, [flow] generation and storage of hydrogen and oxygen; uses vehicles [means] to control and direct the generative fluid such as pipes, valves, a liquid medium, nozzles, hoods, channels, etc.

Abstract: A system for extracting useful energy from two masses of matter having polarized hot and cold temperatures operates in its primary embodiment with a looped circulation passageway having a condensing phase, an expansion phase and a working generally gaseous fluid that circulates through the loop. The expansion phase of the gas contains a relatively standing liquid through which the working gas, which is injected at the bottom, is allowed to buoy up to drive gas pressure turbines and principally a flotation turbines (floturbines).The rest of the loop defines a return path which includes the condensing phase in which the expanded gas from the end of the last turbine is condensed to either a denser gas or to a liquid, and re-injected into the bottom of the condensation phase again, in a continuous cycle.

Abstract: A system for extracting useful energy from two masses of matter having polarized hot and cold temperatures operates in its primary embodiment with a looped circulation passageway having a condensing phase, an expansion phase and s working generally gaseous circulating generative fluid or gas that circulates through the loop. The expansion phase of the generative fluid includes means to heat at least the generative fluid and a relatively standing liquid through which the generative fluid is allowed to buoy up and drive gas pressure turbines, in this case multi-wheeled flotation turbines composed of closable tube segments. The rest of the loop defines a return path that includes the condensing phase in which the expanded gas released by the turbine is condensed before being heated and re-exposed for expansion through said gas turbines again, in a continuous cycle.