NOVELTY - Method of processing domestic or industrial waste by thermal photolysis of organic compounds in a chamber (10), comprises: loading the waste onto a surface of an eutectic bismuth alloy (16); exposing the waste to ultraviolet radiation in the 200-450 nm band; and heating the waste to a target temperature of 100-300 degrees C, where the eutectic bismuth alloy has a melting temperature of 45-145 degrees C.    USE - The method is useful for thermal recycling of a mixture of organic domestic and industrial waste, where the mixture is polymer, paper product, leather, alimentary product, oil slurry, spent motor oil, pesticide, peat, and mud waste generated at city sewage biological treatment plants. The method is useful in municipal services, chemical, petrochemical and other industries for recycling of hydrocarbon waste into solid and gaseous fuels.    ADVANTAGE - The method is economical. The method provides: recycling of waste (e.g. domestic and/or industrial waste) by ultraviolet radiation on the surface of eutectic bismuth alloys having a coefficient of heat transmission; and decomposition of organic compounds in any aggregate state. The method: prevents generation of hazardous substances and their entry into the environment; and decreases material and energy consumption compared with other methods.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a waste processor for processing waste by thermal photolysis of organic compounds, comprising: a chamber having an interior cavity; an eutectic bismuth alloy located in the interior cavity for supporting the waste; an ultraviolet radiation source (12) located in the interior cavity generating ultraviolet radiation inside the chamber in the 200-450 nm band; and a heater (14) for heating the interior cavity at 100-300 degrees C; and a control module (30) to control the ultraviolet radiation source and the heater, where the eutectic bismuth alloy has melting point of 45-145 degrees C.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic representation of an exemplary reaction chamber.    Reaction chamber (10)    Source of UV radiation (12)    Heating element (14)    eutectic bismuth alloy (16)    Nozzle (24)    Control instruments. (30)