NOVELTY - Waste converter appliance comprises a waste receptor module, and energy generation module (2). The waste receptor module has a rotary drum (14), and stream reforming mechanism. The drum has an opening for receiving household waste. The steam reforming mechanism converts household waste into synthesis gas. The energy generation module has inlet and fuel cell. The inlet is in fluid communication with waste receptor module for receiving the synthesis gas (58). The fuel cell converts the synthesis gas into at least electrical energy.    USE - The appliance is used for converter household waste into energy, and for destruction of residential and building waste to form hydrogen-rich syngas useful to power a fuel cell for generation of electric power, steam, and heat or cooling for use in residences and building as well as hydrogen fuel for vehicles.    ADVANTAGE - Eliminates the major portion of household waste and convert the waste into useful recyclables and/or energy. The appliance can eliminate residential waste. The appliance has appearance of washer/dryer stack found in the households. The appliance solves the problems of garbage compactors by greatly reducing mass of garbage, producing sterilized recyclable glass and metals, eliminating garbage requiring landfills, and using the organic chemical fractions of the waste to produce electricity, steam, and heat.    DETAILED DESCRIPTION - MECHANICAL ENGINEERING - Preferred Components: The rotary drum has a swing arm attached adjacent to the opening in rotary drum and a sealing door mounted on the swing arm for sealing the opening when the waste receptor module is in operation. The sealing door has a locking mechanism (24) and a handle (22) for setting the locking mechanism in a locked position. The household waste is volatilized to organic waste. The steam reforming mechanism includes a tube, and internal heater. The tube is mounted within the rotary drum having perforations for receiving the volatilized organic waste produced in the rotary drum. The waste receptor module has an outer door to cover the sealing door and the handle. A pipe is located between the waste receptor module and the energy generation module for returning unreacted synthesis gas, steam and carbon dioxide from the energy generation module to the waste receptor module. The locking mechanism has an array of bars which pivot and slide away from the rotary drum when the handle is rotated to release pressure on the rotary drum and to allow the opening of the sealing door. The rotary drum is heated by coils on the exterior walls of the rotary drum within the waste receptor module. A removable filter cartridge is mounted within the perforated tube. A rotary process piping seal is used to inject steam and carbon dioxide into the steam reforming mechanism. The fuel cell includes an anode side and a cathode side. The synthesis gas is fed to the anode side. The energy generation module includes a blower for feeding air through a heat exchanger into the cathode side of the fuel cell. A portion(s) of the unreacted synthesis gas, steam and carbon dioxide passed from the anode side of the fuel cell through the second pipe to the waste receptor module. After the steam reforming reactions take place in the waste receptor module, the waste receptor module is cooled, the outer door and the sealing door are opened, and any unconverted waste in the form of glass, metals, and other unconverted waste is discarded. Preferred Parameters: The household waste in the rotary drum is heated from room temperature to 450-600degreesC. The internal heater is within the cylinder for heating the organic waste at 900-1050degreesC. The synthesis gas entering the energy generation module through the inlet is passed through a heat recuperator exchanger for cooling the synthesis gas to 650-750degreesC by returning cooler stream passing through the pipe containing unreacted synthesis gas, carbon dioxide and steam.    DESCRIPTION OF DRAWING(S) - The figure shows a rotary drum heated by induction coils and the process configuration downstream of the rotary drum where the syngas is used for production of electricity, steam and heat.    Energy generation module (2)    Outer closing door (9)    Insulation layers (13,15)    Rotary drum (14)    Handle (22)    Locking mechanism (24)    Synthesis gas (58)