NOVELTY - The method for producing hydrogen using a generator, comprises heating a vessel, loading waste having steel into the heated vessel, melting the waste to a molten state, adding an additional 4 tons of steel to create a molten metal with a minimum depth, raising the vessel temperature to 2000degreesC, acquiring environmental protection authority category municipal solid-, hazardous- and/or special waste, loading the waste into the vessel, transforming the waste into molten material, maintaining the molten material status, and determining british thermal unit content and gas flow.    USE - Useful for producing hydrogen using a fuel gas generator system, and for the treatment of waste to obtain electricity.    ADVANTAGE - The method uses the waste and hence avoids fuel costs, minimizes the waste going to landfills, avoids atmospheric pollution, bottom ash or fly ash and the usage of smoke stacks, and provides a lower cost per kilowatt-hour. The method is less expensive to create the electricity.    DETAILED DESCRIPTION - The method for producing hydrogen using a generator, comprises heating a vessel, loading waste having steel into the heated vessel, melting the waste to a molten state, adding an additional 4 tons of steel to create a molten metal with a minimum depth, raising the vessel temperature to 2000degreesC, acquiring environmental protection authority category municipal solid-, hazardous- and/or special waste, loading the waste into the vessel, transforming the waste into molten material, maintaining the molten material status, determining british thermal unit content and gas flow, injecting steam into the vessel, flowing the gas from the vessel through the dry and wet scrubbers and into storage containers, and collecting the gas in a hydrogen storage vessel. The melting step is carried out by first using a non-transferred torch to cut and melt the waste and then using a second transferred torch to maintain the liquid state of the waste creating a molten metal pool. The waste is transformed into molten material with the non-transferred torch by cutting and heating the waste. The molten material status of the waste is maintained by further melting any non-melted waste into a molten status with the transferred torch. The waste is loaded into the vessel at a rate of 8000 pounds per hour. The waste is loaded in bales of 2000 pounds at a rate of 4 bales per hour and the first torch of the vessel cuts the bales and transforms the waste into molten material. The BTU content and gas flow data is determined by taking gas samples. The gas is flowed at a rate of 90000 cubic feet per 2000 pounds of waste. The steam injectors are 1.5-3 feet above the molten metal pool. The generator comprises the vessel having a feed ramp, a front-, a back-, bottom-, a first-, a second- and a third side, a feed system with a sealable opening disposed in the front for supplying waste to the vessel, a moveable non-transferred torch disposed in one side of the vessel for contacting the waste, a moveable transferred torch is disposed in one side of the vessel for contacting the molten material, a steam injector disposed in one side of the vessel, a molten material outlet disposed in the back of the vessel, a gas outlet disposed in the third side of the vessel for transferring gas from the vessel to a dry scrubber having a dry scrubber outlet, a wet scrubber connected to the dry scrubber outlet for receiving gas from the dry scrubber and further scrubbing and passing the gas to a wet scrubber outlet, and a hydrogen storage vessel connected to the wet scrubber outlet.    DESCRIPTION OF DRAWING(S) - The figure shows a generator:    Vessel; (10)    Front side; (12)    Back side; (14)    Bottom side; (16)    First side. (18)