Overview
The present invention provides a method for producing aqua splitting hydrogen from gaseous water nanoparticles for continuous ignition in internal combustion hydrogen engine. The nano molecules of water are continuously bombarded with high energy charges impinging from the very high voltage induction coil and very high energy capacitor circuits at nearly ambient temperature and pressure. Induction coil mechanism gives rise to high voltage across the RLC circuit and make-and-break of high rating capacitor circuitry produces high temperature waves, which eventually breaks nano particles of water into hydrogen and oxygen. The breakaway hydrogen produced is immediately allowed to combust with oxygen available in the air, resulting in aqua power for internal combustion engine. The invention can be utilized in aqua power gas turbines and industrial furnaces.