NOVELTY - The method comprises reducing dimensions of waste material, passing the reduced dimension waste material to a purge chamber, reducing a quantity of oxygen in the purge chamber, passing the oxygen free reduced dimension waste material from the purge chamber through a heat exchanger, heating the oxygen free reduced dimension waste material in the heat exchanger, passing the heated oxygen free reduced dimension waste material from the heat exchanger to a conversion chamber (4), and heating the oxygen free reduced dimension waste material in the conversion chamber.    USE - The method is useful for processing waste (claimed) such as hazardous waste material, municipal solid waste, medical waste, fly and bottom ash, other energy containing material, military waste, polychlorinated biphenyl-contaminated materials, industrial and laboratory solvents, organic and inorganic chemicals, pesticides, organochlorides, refinery waste, office waste, cafeteria waste, facilities maintenance waste such as wooden pellets, oils, grease, discarded light fixtures, yard waste, wastewater sludge and pharmaceutical waste and/or producing fuel or synthetic gas feedstock, where the medical waste includes bags of infectious waste including blood-soaked sponges, bandages, containers of sharps such as needles, razors, scalpels and other instruments.    ADVANTAGE - The method is capable of continuously and economically processing the waste in an environmentally friendly manner.    DETAILED DESCRIPTION - The method comprises reducing dimensions of waste material, passing the reduced dimension waste material to a purge chamber, reducing a quantity of oxygen in the purge chamber, passing the oxygen free reduced dimension waste material from the purge chamber through a heat exchanger, heating the oxygen free reduced dimension waste material in the heat exchanger, passing the heated oxygen free reduced dimension waste material from the heat exchanger to a conversion chamber (4), heating the oxygen free reduced dimension waste material in the conversion chamber using a hydrogen-hydrogen-oxygen (H-H-O) gas torch to generate a gaseous product, passing the gaseous product through the heat exchanger to cool the gaseous product, harnessing the gaseous product, and removing recyclable metal materials from the quantity of waste material. The step of removing the recyclable metal materials from the quantity of waste material comprises removing a magnetic metal or a non-ferrous metal. The step of harnessing the gaseous product comprises passing the gaseous product to gas storage container. The gaseous product is passed through a second heat exchanger to further cool the gaseous product before harnessing, through a particulate filter before harnessing, through a water/sodium hydroxide bath before harnessing and through an activated carbon filter before harnessing.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a system or process for converting waste material to gaseous material.    Purging chamber (2)    Heat exchanger assembly (3)    Conversion chamber (4)    Torches (5)    Conduit. (6)