NOVELTY - High temperature splitting of waste and biomass to produce industrial virgin gas or fuel gas comprises: (i) extruding and cutting waste using extruding cutting machine and crushing waste into granules, (ii) adding material granules into high temperature splitting furnace by: (a) collecting cracked gas by heat splitting material granules and (b) after making heated cold gas to pass through high temperature component and cracking part of methane, joining new cracked gas for transferring heat energy to the feeding layer and releasing the gas out of the furnace.    USE - The industrial virgin gas or fuel gas is useful as carbinol compounded virgin gas for gas-fired electric generation.    ADVANTAGE - The method does not waste heat energy and discharge waste gas and thus the method is environment friendly.    DETAILED DESCRIPTION - High temperature splitting of waste and biomass to produce industrial virgin gas or fuel gas comprises: (i) preparing raw materials by extruding and cutting waste using an extruding cutting machine and pressing out the external water, cutting the waste into blocks for easy drying, crushing the waste into granules of 3 mm and storing the granules in a high temperature splitting furnace, (ii) adding the material granules into the high temperature splitting furnace through a feeding mechanism by: (a) collecting the cracked gas by heat splitting the material granules in the high temperature splitting furnace, transferring the formed cracked gas to a gas cooling dedusting tower and an activated carbon filter for filtering through an outlet hole, transferring the granules to an air box and after gas compressing and purifying, obtaining the composite material gas and (b) after high temperature cracking, allowing the residual carbon of the raw material to fall on to the bottom of the high temperature splitting furnace, obtaining a part of cold gas from the outlet hole of a roots machine and introducing into an inlet hole c at the bottom of furnace, distributing the gas to pass through a hot carbon layer, cooling the carbon layer to remove the carbon residue in the cold state and at the same time, after letting the heated cold gas to pass through the high temperature component and cracking part of methane, combining the new cracked gas for transferring heat energy to the feeding layer and releasing the gas out of the furnace.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic representation of the high temperature splitting furnace.