NOVELTY - Producing energy from waste involves transforming raw waste to refuse derived fuel (RDF) (1-13); delivering organic and/or inorganic RDF waste into thermal reactor; gasifying any organic fraction of the waste into a syngas containing heat in non-combustion process within thermal reactor; melting any inorganic fraction of the waste in non-combustion process within thermal reactor; generating steam using the heat contained within the syngas; cleaning and conditioning the syngas; and using the steam and/or syngas as energy source to drive equipment for generating electricity.    USE - For producing energy from waste (claimed). The energy produced is used in gas turbine generator, or steam turbine to generate electricity (claimed); in chlorine production and pharmaceuticals industries.    ADVANTAGE - The method destroys waste in a safe and controlled environment, generates energy and produces useable fuel and recyclable by-products from the destruction of the waste. The method completely destroys waste without combustion and in doing so makes no impact on the environment rather than disposing of waste through incineration or size reducing it for say landfill.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for system for producing energy from waste in a plant comprising at least one waste blending feed hopper (2-1), a thermal reactor adapted to receive organic and/or inorganic waste from the feed hopper, and gasifying any organic fraction of the waste into a syngas containing heat and melting any inorganic fraction of the waste in non-combustion processes; a waste heat steam generator for generating steam from a portion of the heat contained within syngas; a cleaning and conditioning module for cleaning and conditioning the syngas; and at least one electricity generating module for generating electricity by using the syngas as a fuel.    DESCRIPTION OF DRAWING(S) - The figure shows diagrammatic view of organic waste gasification and inorganic waste vitrification.    Refuse derived fuel distribution system (1-13)    Waste blending feed hopper (2-1)    Horizontal screw feeder (2-2)    Carbon bed (2-3)    Gasification reactor (2-4)    Slag quench conveyor (2-10)    Stream condenser (2-11)