Fleischmann and Pons discovered that cold fusion occurs at cathode Pd in strong alkaline D2O in ref [1].
Correct D2O Cold Fusion Reactor with Strong Alkaline Electrolyte.pdf
Conceptualized D2O Cold Fusion power generator with steam turbine.pdf
However, this experiment setting is not based on the mechanism of Cold Fusion because Cold Fusion needs the positive metal potential. Due to the incorrect setting of Pd voltage, heat generation is very low because D+ concentration is many orders of magnitude lower than OD- concentration.
The rough estimation shows that the reaction can be increased by about 8 orders of magnitude from PH = 3 and PH = 11, and experimental data shows the 3cm2 Pd plate can generate the heat of W, thus, 1GW need the total surface area of only 9m2, as reported in ref [2]. Because The trigger of Conventional D2O Cold Fusion is very difficult due to the high heat conductance to D2O to cool the heating Pd, we must develop the new Cold Fusion power generating system with steam turbine. Power generator of D2O Cold Fusion heat generator with steam turbine can be trigger Cold Fusion effectively due to the steam condition with pressure of 24.5 MPa on D2O to rase the D2O temperature to 600°C. Thus, D2O Cold Fusion can be triggered with design optimization of steam turbine and triggering system.
