heat generation stable voltage while avoiding catalyst poisoning and or sintering problems associated with conventional direct liquid hydrogen peroxide fuel cells in addition as illustrated in fig1 the cathode 5 may include carbon paper or a suitable conductive substrate with porosity preferable to achieve sufficient surface area an ion conducting membrane 3 is placed between the anode 7 and the cathode 5 and the anode 7 and cathode 5 pressed against the proton conducting membrane 3 to form an anode cathode membrane which effectively divides the fuel cell 1 into separate compartments the block diagram shown in fig2 illustrates the operation of fuel cell 1 specifically hydrogen peroxide and water as the oxidant are added to the cathode side of the fuel cell 1 and a fuel is added to the anode side of the fuel cell 1 to produce electric current by the flow of protons i e proton transfer over the anode cathode membrane fuel and hydrogen peroxide solutions must be added periodically to each of the anode and the cathode sides of the fuel cell 1 respectively usually by an automatic computer controlled system importantly the concentrations of each of the solutions must be within a predetermined range in order to achieve satisfactory operation of the fuel cell therefore the concentration of the solutions must be monitored and adjusted before injection thereof into the fuel cells the liquid fuel dissolved in basic solution may be methanol sodium borohydride hydroxylamine and the like preferred concentrations of the fuel component are 0 001m to.