Water Fuel Technologies
The Secret of Fire from Water
If just a single spark is applied to any of the H2O gaseous compounds, they will instantaneously ignite into a ball of fire and recombine into water. No carbon is necessary. HOH is a conductive gas that when ignited forms a plasmoid of intense heat.
In ball lightening the hydroxyl gas may also react with the atmospheric nitrogen ions NO2 or NO3 creating an even more intense plasma ball. In Greek mythology it was Prometheus, the Titan creator and protector of humanity, who stole the secret of fire from Zeus and gave it to humanity as “The Fire of Prometheus” .
Fire of Prometheus Part 1
This is the first part of a two part video examining the viability and thermodynamic requirements for operating an internal engine on hydroxy (HOH) fuel gas from water. The video will serve as a guide for those interested in researching the use of water as a fuel.
Fire of Prometheus Part 2
This second part of the video examines approaches made by various well known researchers to power engines on the hydroxy fuel. It examines the viability of each approach and if hydroxy can be used as a substitute for carbon based fuels.
Hydroxy fuel powering an engine
This is a demonstration video showing a test using hydroxy (HOH) fuel from water to drive a 198cc four stroke engine. It demonstrates the energy required for the electrolysis of water and the volume of HOH gas required to power this IC engine.
Free PDF Manual "Fire of Prometheus"
This 66 page manual is now available to you as a free download. This manual examines the use of water fuel as explained in the above videos, but is far more comprehensive, as it goes into every detail of using hydroxy fuels. It will provide the basis for researchers hoping to develop more advanced water based fuel technologies that may be able to rival the energy densities of carbon based fuels.
Definitions
HHO, HOH, Hydroxy, Oxyhydrogen or Brown’s Gas — any one of these terms are loosely used to define a mixture of hydrogen and oxygen gasses. However, for the purpose of standardization, the combinations of these gasses may be more formally identified. In this presentation, Hydroxy, is defined as any gasses based on a mixture of hydrogen and oxygen irrespective of their chemical or nuclear state.
HHO (Oxyhydrogen) may be defined as the stoichiometric gaseous mix of water (H2O) and comprises basically H2 (diatomic hydrogen) and O2 (diatomic oxygen). HOH (or Hydroxide) is different, it is predominantly made up of the ions H+ (Hydrogen radical or a proton) and OH- (Hydroxyl). The term Brown’s gas is superfluous in our system of definitions.