NOVELTY - A treatment facility includes rotary kiln (42) to convert material into gaseous stream, plasma arc generator (20) to convert the gaseous stream into a stream of atoms with deficient in oxygen, heat exchanger (22) to cool the hot stream of atoms, contactor (80) to convert the molecular stream into useful products, and analyzer (120) to monitor the amount of oxygen in the process.    USE - For converting municipal solid waste, hazardous waste, or industrial waste into useful products such as carbon monoxide and hydrogen.    DETAILED DESCRIPTION - A treatment facility for converting products containing quantity of organic material into carbon monoxide and hydrogen comprises an inlet structure (12) to generate a feedstock stream with an inert gas seal (45) to control the amount of oxygen in the feedstock; a rotary kiln to generate gaseous feedstock stream; an air control assembly (54) to control the amount of air delivered to the kiln; a plasma arc generator to convert the gaseous feedstock stream into a stream of atoms with deficient in oxygen; heat exchanger to cool the stream of hot atoms to a temperature where the atoms recombine into a molecular stream of carbon monoxide, hydrogen, and inert gas; a contactor to convert the molecular stream into useful product; and an analyzer to determine the amount of oxygen in the output stream of the plasma arc generator. The analyzer sends signals to alter the oxygen concentration in the molecular stream and to reduce the amount of air delivered to the starved air burner.    An INDEPENDENT CLAIM is also included for a method of converting products containing quantity of organic material into carbon monoxide and hydrogen by creating a feedstock stream having oxygen in an amount to produce carbon monoxide; delivering the feedstock stream to a plasma arc generator and converting the feedstock stream into a stream of atoms; cooling the stream of atoms to temperature where the atoms recombine into a molecular stream of carbon monoxide, hydrogen, and an inert gas; and converting the molecular stream into a useful product.    DESCRIPTION OF DRAWING(S) - The figure shows the schematic view of the treatment facility.    Inlet structure (12)    Metal removing facility (16)    Plasma arc generator (20)    Heat exchanger (22)    Separation facility (30)    Hopper (40)    Rotary kiln (42)    Inert gas seal (45)    Air control assembly (54)    Contactor (80)    Analyzer (120)    Separation facility (30)