A one-minute animation (no audio) shows how the Hydrocyler (also known as the Parallel Mass Transfer Electric Power Generator) converts distilled water into hydrogen through electrolysis and recombines hydrogen and oxygen from air in the fuel cell unit to generate electricity and recovered water which is channeled to a hydroelectric unit to produce a secondary electrical output.  The two electrical outputs are combined to allow the system to self-cycle and produce a net electrical output.  NOTE: The two percentage rates of 99.9% refer to 1) purity of hydrogen produced by the electrolysis unit and 2) water recovery, including condensation effects, not efficiency rates of the electrolysis or fuel cell units.

After the first steady state cycle is completed, electricity and water from the outside are no longer necessary.

How is this possible?

The Hydrocycler is able to harvest: 

1) fuel cell electrical output and water byproduct, and

2) hydroelectric potential equivalent to that derived from nature to harvest electricity and water feedstock for electrolysis.

By combining fuel cell electrical output and water byproduct with hydroelectric output, the system generates sufficient electric power to maintain the electrolysis function thus achieving a self-sustaining cycle while producing a net output of electricity.

WIPO (World Intellectual Property Organization) publication on September 9, 2022.

The Parallel Mass Transfer Electric Power Generator was issued a patent by the USPTO on April 30, 2024. 

Patent No.  (US11973208B1)