the hydration process of metal fuel 1 through perforations 4 of perforated tape 3 passing in front of inlet 31 of fig3 b into square diffusion opening 15 of hydrolyzation chamber 20 shown in fig2 the three major assemblies comprising the air water diffusion stream system shown in fig4 a and 4 b are centrifugal air blower 33 driven by motor 41 venture water aspirator 34 circuit and nozzle extension 35 mounted on top of the said centrifugal fan air blower 33 is hose fitting 38 used for bleeding a small portion of air pressure into spool dispensing mechanism 8 cavity of fig2 to retard upward moisture encroachment from hydrolyzation chamber 20 venturi water aspirator 34 is comprised of venturi throat section with a water manifold 37 and an inlet water fitting 38 to said water manifold water is aspirated into air stream of centrifugal fan air blower 33 through venturi orifices 39 down stream of venturi orifices 39 is nozzle extension 35 at its attaching point to said venturi said nozzle extension 35 is circular but at its exit it is rectangular with rounded surfaces such that it interfaces and fits exactly into inlet 31 of hydrolyzation chamber 20 shown in fig3 b the pressure ratio of inlet to outlet across the venturi throat should be as near 1 8 as possible this requirement is a design factor limiting the amount of air that can be passed through air hose fitting 38 the inlet to outlet expansion ratio of nozzle extension 35 is about 2 providing additional diffusion stream velocity turning now to fig5 which is the assembly drawing of the electrolytic diffusion fuel cell to avoid double patenting only the singular novel feature pertinent is presented as.