NOVELTY - Performing gasification in gasification reactor having molten metal material disposed within refractory lined vessel of the reactor for converting feed into product syngas, involves: forming melt by inductive melting; injecting feed into contact with the melt; tilting and positioning refractory-lined vessel at a pre-determined tilt angle about horizontal plane; directing molten slag material formed during conversion of the feed into product syngas; and directing product syngas to flow from the refractory-lined vessel to a powerplant, first, second and/or third chemical catalytic reactor.    USE - For performing gasification for converting feed into product syngas use for electric power generation, for determined hydrocarbon product, anhydrous ammonia product and methanol product (claimed); for the gasification of cellulosic biomass, coal and other types of carbonaceous feed to produce low BTU syngas for downstream application such as electric power generation, or chemical upgrading into determined syngas-derived product.    ADVANTAGE - The process improves gasification efficiency and is fast and economical.    DETAILED DESCRIPTION - A method of performing gasification in a gasification reactor having a molten metal material disposed within a refractory lined vessel of the gasification reactor for converting a feed into product syngas by contacting feed into melt, involves: forming a melt by inductive melting by at least one induction coil apparatus energized with at least one alternating current (AC) power waveform; injecting a feed into contact with the melt to dissolve at least a portion of the feed into the melt, where the feed is selected from coal, lignite, coal-liquid slurry, wood, biomass, municipal solid waste, sewage, crude oil, natural gas, petroleum residue, bituminous sand, seawater, shale oil material and/or peat; tilting and positioning a refractory-lined vessel at a pre-determined tilt angle about a horizontal plane to cause the refractory-lined vessel to be tilted at the pre-determined tilt angle from the horizontal plane during a conversion of the feed into a product syngas; directing molten slag material formed during conversion of the feed into product syngas to flow away from the refractory-lined vessel at a predetermined molten slag material flow rate; and directing product syngas to flow from the refractory-lined vessel to a powerplant for electric power generation, a first chemical catalytic reactor to chemically reform product syngas into a determined hydrocarbon product, a second chemical catalytic reactor to chemically reform product syngas into anhydrous ammonia product, and/or a third chemical catalytic reactor to chemically reform product syngas into methanol product. An INDEPENDENT CLAIM is included for gasification reactor for converting a feed into product syngas by contacting feed into a melt, where the melt being disposed within the gasification reactor, comprising a refractory-lined vessel in operational communication with gasification reactor for holding the melt; an induction coil apparatus for inductively heating the melt during a conversion of the feed into product syngas; injection unit for injecting a feed into contact with the melt to dissolve at least a portion of the feed into the melt; tilting and positioning unit for tilting and positioning the refractory-lined vessel at a pre-determined tilt angle about a horizontal plane to cause the refractory-lined vessel to be tilted at the pre-determined tilt angle with respect to the horizontal plane during a conversion of the feed into a product syngas; a slag conduit for directing molten slag material formed during conversion of the feed into product syngas to flow away from the refractory-lined vessel at a pre-determined molten slag material flow rate; and a gas conduit for directing product syngas to flow from the refractory-lined vessel to a syngas processing apparatus.