NOVELTY - The thermo electric gas reactor system has internal gas burner fed with gas produced by gas reactor and connected to thermoelectric module. A condenser feeds water through a water container to the reactor for reuse. The condensed water is returned through the water container and electricity is produced by the thermoelectric module, for charging battery through a fast capacitor system provided in the electric exchange unit.    USE - Thermo electric gas reactor system for fuel injected petrol vehicle and industrial plants.    ADVANTAGE - Production, storage and transportation of renewable fuels and petroleum products can be easily achieved at low cost and at high degree of efficiency using efficient hydrogen/life quality gas (LQG) energy, while achieving reliable performance, and enhancing environment ability to repair damages and to support capacity of Earth's biosphere for better life quality. Cleaner and more complete combustion can be easily achieved, without increasing temperature of engine e.g. diesel engine, while ensuring maximum fuel efficiency and increasing mileage.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for gas reactor module that includes a gas reactor assembly to produce oxygen and hydrogen by branching one of water molecules. Face structure of gas reactor assembly has an inlet valve for filling water. Bottom member of gas reactor assembly has outlet valve for branched gaseous oxygen and hydrogen. A plate made of paramagnetic material is positioned between face and bottom structure, having an aperture through which water is flowed when filling the reactor and where the branched oxygen and hydrogen pass to the outlet valve. Each sealing structure is thicker than the plate. Inlet and outlet valves which are respectively defined as anode and cathode are connected to a source of electrical power to induce branching of molecules through an anode wire to be connected to source of electrical power. Another outlet is attached and utilized to empty/tap the reactor of used water.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view illustrating feeding operation of oxygen and hydrogen with respect to fuel cell using LQG fuel cell splitter.    LQG fuel cell splitter (76)