How it works

A Catalyst is dropped into our heat chamber generating up to 350psi by an exothermic chemical reaction between water and the catalyst made from inexpensive, abundant, readily available metallic elements. The steam and pressure resulting from the reaction are used to drive a low pressure steam turbine, which in turn powers an on-demand generator to generate electricity for any application from automobiles to power grids. After passing through the turbine, the steam is cooled and condensed, and the water is recycled back to a reservoir for re-use completing the 100% recirculating system.

Two more additions to our technology is the use of Zeolite rods and a fuel cell. As the heat is generated in our heat chamber so is the heating of the Zeolite rods. Warmed by the heat the Zeolite rods will hold onto the heat until immersed into water thus releasing the same amount of heat creating the same amount of steam and pressure. This will significantly help with the increase in millage by alternating the catalyst with the rods, regulating the operation and saving even more on the catalyst usage. During the chemical reaction in the heat chamber an Aluminum Oxide gas is generated.  Instead of exhausting it we capture it in a fuel cell for late use in recharging the EV batteries.
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