(KR2004036889-A)   NOVELTY - A gasification reactor comprises a reduction reaction chamber comprising a feed stock inlet, a gas outlet, a body extending from the feed stock inlet to the gas outlet, and gas inlet disposed along side the body; and oxidation reaction chamber disposed orthogonal to the reduction reaction chamber. The oxidation reaction chamber comprises a gas inlet and a gas outlet that is in communication with the gas inlet of the reduction reaction chamber.    USE - The reactor is used for reforming carbonaceous matter, and used in a system for driving a fuel cell (all claimed). It can be used to gasify wastes into syngas.    ADVANTAGE - The reactor can gasify carbonaceous waste without secondary pollutants formed from oxidation.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for:    (A) reforming carbonaceous matter comprising providing a gasification reactor; introducing oxygen gas and syngas into the oxidation reaction chamber; converting oxygen gas and syngas into water (H2O) and carbon dioxide (CO2) gas in the oxidation reaction chamber; supplying the H2O and CO2 gas into the reduction chamber; introducing a feedstock comprising a carbonaceous matter into the reduction reaction chamber; and reducing the carbonaceous matter to hydrogen (H2) and carbon monoxide (CO) gases;    (B) system for driving a fuel cell comprising a fuel cell; and reformer in communication with the fuel cell, where the reformer body is configured to generate and supply syngas to the fuel cell, and where at least a portion of the H2O and CO2 generated by the fuel cell is supplied to the reformer to be used to generate additional syngas; and    (C) driving a fuel cell comprising reforming fossil fuels into syngas in a reformer apparatus where the reformer is in communication with the fuel cell; providing oxygen gas to the fuel cell; transporting H2O and CO2 from the fuel cell to the reformer; and using at least a portion of the power generated by the fuel cell to heat the reformer.    DESCRIPTION OF DRAWING(S) - The figure schematically shows a reformer apparatus.    Outer casing (1)    Inner insulating layer (2)    Inner lining (3)    Gas outlet (4)    Feedstock inlet (5)    Gas inlet (17)