NOVELTY - A feed system for fuel gas generator system, comprises a walled container, where the outer container back has outer back hole and the inner container has inner back hole; piston penetrating the holes and connected to sealable opening locks to apply pressure and retract a plate to a position against the back; second piston connected to the door locks; inert gas injector(s); and controller for operating the locks, door and sealable opening.    USE - The feed system is used for loading waste, e.g. municipal solid waste, special waste including tires and medical waste or hazardous waste, into a fuel gas generator system (claimed) for producing hydrogen gas. The fuel gas generator can be used to produce electricity.    ADVANTAGE - The system combines the advantages of automated system with the advantages of being inexpensive to build, modular in construction and inexpensive to operate. It can adjust to the size of the material being handed and in particular can handle various bales of waste material quickly and easily.    DETAILED DESCRIPTION - A feed system for loading waste into a fuel gas generator system, comprises:    (A) sealable double walled container (123) having a outer top side (124) and an inner top side, where the outer top side has a first rail (126) and a second rail (128) and a door (130) for slidable engaging the first and second rails;    (B) outer first container side (132), inner first container side (133), outer second container side (134), inner second container side (135), outer container back (136), inner container back (137), outer container bottom (138), and inner container bottom (139), where the outer container back has an outer back hole and the inner container back has an outer back hole (140) and the inner container has an inner back hole (141), and where the holes are aligned and the double wall construction comprises a space between one-half inch to 2-inches connected to the vessel;    (C) piston (142) penetrating the holes, where the piston is connected to a plate (144) and where the plate is moveably disposed in the container;    (D) at least two spring loaded door locks (143, 145) connected to the top side, each door lock adjacent to the door for locking the door in a closed position;    (E) at least two spring loaded sealing locks mounted on the vessel for locking the sealable opening in a closed position; where the piston is connected to the sealable opening locks to unlock all locks and to apply pressure to retract the plate to a position against the back thus providing a loading chamber (148) to insert waste;    (F) second piston (146) connected to the door locks to unlock and retract the door for loading waste;    (G) at least one inert gas injector (150) mounted to at least one side or bottom of the container for flooding the loading chamber with inert gas;    (H) liquid cooling system disposed in the space created by the double walls of the container; and    (I) controller (164) for operating the locks, door and sealable opening.    The gas generator system comprises a vessel consisting of a front, a back, a bottom, a first side, a second side, a third side, and a feed ramp; a moveable non-transferred torch disposed in at least one side of the vessel for contacting the waste and creating molten material; a moveable transferred torch for contacting the molten material where the transferred torch is disposed in at least one side of the vessel; at least one steam injector disposed in at least one side of the vessel; at least one molten material outlet disposed in the back of the vessel; at least one gas outlet disposed in the third side of the vessel for transferring gas from the vessel to a dray scrubber where the dry scrubber further has a dry scrubber outlet; and wet scrubber connected to the dry scrubber outlet for receiving gas from the dry scrubber and further scrubbing the gas and passing the gas to a wet scrubber outlet. An INDEPENDENT CLAIM is also included for using a feed system for gas generator comprising:    (A) loading waste into a container through a first sealable door;    (B) locking the first sealable door in a closed position;    (C) flooding the container with inert gas;    (D) opening a second sealable door to provide access to a fuel gas generator vessel, where the second sealable door cannot open unless the first sealable door is locked; and    (E) actuating a piston to move the waste through the second sealable door.    DESCRIPTION OF DRAWING(S) - The figure is a top view of a feed system in a position where waste is about to be loaded into the chamber.    Container (123)    Outer top side (124)    Rails (126, 128)    Door (130)    Outer first container side (132)    Inner first container side (133)    Outer second container side (134)    Inner second container side (135)    Outer container back (136)    Inner container back (137)    Outer container bottom (138)    Inner container bottom (139)    Inner back hole (141)    Pistons (142, 146)    Spring loaded door locks (143, 145)    Plate (144)    Loading chamber (148)    Inert gas injector (150)    Controller (164)