NOVELTY - Providing an effective method and apparatus for converting a wide variety of material, whether waste or resources, to useful fuels and chemicals. The apparatus comprising an augering system (30) feeds waste materials into a horizontal processing chamber (40). A heater heats the horizontal and vertical processing chambers. The horizontal chamber is moved so that the waste materials are agitated during supply to the chamber.    USE - For converting organic and inorganic materials to useful fuels and other products.    ADVANTAGE - Prevents escape of and promotes the recovery of uncompressed products rich in hydrogen gas. Prevents formation of coke and cake and clinker formation by a abrading catalytic materials to clean them to avoid catalytic poisoning. Reduces sulfur and chlorine contamination in products. Enables converting benzene-ring molecular forms into a straight chain molecular form to prevent hazardous effect to environment.    DETAILED DESCRIPTION - The horizontal and vertical chambers (40,50) are in fluid communication and are provided with catalysts. An electromagnetic source (58) connected with the chambers, irradiates the waste materials. A pump (80) maintains a negative pressure within the chambers. A feed unit includes a pair of counter-rotating augers. The heater applies greater heat at the exit end of the horizontal chambers than at its inlet end, to establish a thermal gradient in the horizontal chamber. A blending unit mixes the solid and fluid materials. The effluent is condensed and recovered by a thermal recovery/condensation unit into and from the vertical chamber respectively. Water is injected into the horizontal chamber. Dual counter rotating augers connected with inlet end of the horizontal chamber, have filters in inter-lapped condition and the flights are in clockwise and counter-clockwise direction in an alternate arrangement.    INDEPENDENT CLAIMS are also included for:    (1) an apparatus for processing waste materials as claimed above, but further comprising a means for applying electromagnetic radiation to materials in the first and second processing chambers;    (2) an apparatus for processing waste materials comprising a chamber having an inlet and an exit end, a dual counter-rotating augers in operational connection with the inlet end of the chamber such that the augers are adapted for feeding material into the inlet end of the chambers and a means for feeding material within the chamber;    (3) a waste material processing method, which involves feeding waste materials into horizontal chamber in which the waste materials are heated, agitated and exposed to electromagnetic radiation; the water being injected into chamber and volatized gases and liquids from solids in chamber are separated so as to recover volatized gases; the water is injected when it is exposed to heat and material containing organic material to liberate hydrogen gas to prevent polymerization of organic materials.    DESCRIPTION OF DRAWING(S) - The figure shows the schematic view of the feedstock material processing system.    Augering system (30)    Horizontal processing chamber (40)    Vertical processing chamber (50)    Electromagnetic source (58)    Pump (80)