Thank you so much for this remarkable piece of news. Did you make any experimental tests of Aquafuel, or was your work on the theoretical underpinnings of Richardson's Aquafuel? And BTW, do you have a link for the relevant patents?
The mass balance for AquaFuel was based on the equations derived from mass balance and stoichiometry based on data in Santilli's patent application on intermediate controlled fusion processes. The inputs have to be water, carbon from the electrode and contamination with atmospheric air. The output had to match the chemical analysis of AquaFuel as provided by NASA. I didn't repeat NASA assay.
The mass balance shows that hydrogen from the hydrolysis of water disappears, that the expected transmutation product appears, that reactions in ICFP occur in water as they do in deuterium gas phase and that two hydrogens can substitute for one deuterium in the reactions.
The most remarkable thing about AquaFuel is that the heat/torque yield is massively in excess of the value predicted basis on the chemical analysis. So how is that energy stored in the fuel gas? This data is also in the AquaFuel report by Santilli. I didn't replicate it.