set up will allow a better operation of the second electrolytic cell 71 as the potential difference of the alkaline 83 and acidic 81 electrolyte solutions is evened up rather than the strongest electrolyte solutions neutralizing each other and resulting in the weakened electrolyte solutions towards the end of the second electrolytic cell 71 having reduced potential to neutralize each other fig4 a to 4c illustrate the process of electrolyzing water for increased hydrogen production electric power through a dc power source 55 is applied through a modulator 57 to the anode electrode 47 housed within the anode compartment 41 of the first electrolytic cell 67 which contains the alkaline electrolyte solution 49 and to the cathode electrode 51 housed within the cathode compartment 43 which contains the acidic electrolyte solution 53 with a membrane or diaphragm 45 separating between the anode 47 and cathode 51 electrodes the anode 47 and cathode 51 electrodes are made of titanium mesh as an example and coated with a catalyst such as platinum platinum group oxides or metals such as nickel cobalt molybdenum or alloys or oxides of these precious and base metals each of the anode compartments 41 73 and a cathode compartments 43 75 comprise of a plurality of non conductive members 69 being a plurality of plastic baffles these non conductive members 69 are used to guide the alkaline 49 83 and acidic 53 81 electrolyte solutions in and out of the anode electrodes 47 77 and a cathode electrodes 51 79 as the electrolyte solutions move from one end to the other in the respective anode compartments 41 73 and a cathode compartments 43 75 it is readily.