NOVELTY - A non-transferred plasma arc torch comprises a rear electrode comprising a tubular metal member, a front electrode comprising a tubular metal member having a bore, a tubular sleeve member mounted to the housing and coaxially surrounding the front electrode, a coolant flow path that extends through the housing and communicates with the annular passageway, and a vortex mechanism that generates a vortical flow of a gas.    USE - For a fuel gas generator system for generating electricity from waste.    ADVANTAGE - The invention provides a cheaper two-nozzle generator with a specific configuration for the plasma streams that does not require the additional use of magnetic fields and enables efficient introduction and processing of different products, including waste from municipalities and from medical facilities. The two-nozzle generator provides high performance in output of plasma and high reliability.    DETAILED DESCRIPTION - A non-transferred plasma arc torch (28) for a fuel gas generator system for generating electricity from waste (26), comprises:    (a) a torch housing;    (b) a rear electrode mounted within the housing and comprising a tubular metal member having a closed inner end and an open outer end;    (c) a front electrode comprising a tubular metal member having a bore, and mounted within the housing and in coaxial alignment with the rear electrode and having an inner end adjacent the open outer end of the rear electrode and an opposite outer end, and with the bore including an inner cylindrical end portion and an outer end portion that is cup-shaped in cross section to define an outwardly facing radial shoulder, and with the inner cylindrical end portion having axial length;    (d) a tubular sleeve member mounted to the housing and coaxially surrounding the front electrode in a spaced apart arrangement to define an annular passageway between the front electrode and the sleeve that extends along the entire axial length of the front electrode;    (e) a coolant flow path that extends through the housing and communicates with the annular passageway so that a fluid coolant circulates through the annular passageway to remove heat from the front electrode during operation of the torch;    (f) a vortex mechanism that generates a vortical flow of a gas at a location intermediate the rear and outer electrodes and that is in coaxial alignment with the rear and front electrodes; and    (g) a power supply mechanism connected to the rear and front electrodes that generates an arc that is adapted to extend axially from the rear electrode through the vortical flow of gas and to an attachment located on the bore of the front electrode.    The fuel gas generator system comprises a vessel (10) having a front (12), a back (14), a bottom(16), a first side (18), a second side (20), a third side (22), and a feed ramp (23); a moveable non-transferred plasma torch disposed in at least one side of the vessel for contacting the waste and creating molten material (29); a moveable transferred plasma torch (30) disposed in at least one side of the vessel for contacting the molten material; at least one steam injector (48) disposed in at least one side of the vessel; at least one molten material outlet disposed in the back of the vessel; a dry scrubber (38) connected to the vessel for receiving gas from the vessel and forming treated gas; a wet scrubber connected to the dry scrubber for scrubbing the treated gas; a steam boiler connected to the wet scrubber for receiving the scrubbed treated gas and burning the gas creating steam; and a steam turbine connected to the steam boiler for creating electricity.    DESCRIPTION OF DRAWING(S) - The figure is a side view of the generator.    Vessel (10)    Front (12)    Back (14)    Bottom (16)    First side (18)    Second side (20)    Third side (22)    Feed ramp (23)    Waste (26)    Plasma arc torch (28)    Molten material (29)    Moveable transferred plasma torch (30)    Dry scrubber (38)    Injector (48)