NOVELTY - Carbon, hydrogen and carbon dioxide are generated from moist solid wastes by delivering macerated moist solid waste to a pyrolysis unit. Gas is supplied into the unit where gas flows through radiant heat exchanger which conveys energy to superheated steam. Following radiant heat exchanger, gaseous product stream flows through a bag particle filter to extract energy from gaseous product stream and water is converted to hydrogen via water gas shift reaction. Hydrogen is extracted from reacted stream. Purge stream is delivered to in line mixers for mixing with algal aquaculture water feed.    USE - Method of generating carbon, hydrogen and carbon dioxide from moist solid wastes (claimed)    ADVANTAGE - The process can deliver renewable energy with miniscule pollutant emissions.    DETAILED DESCRIPTION - Generation of carbon, hydrogen and carbon dioxide from moist solid wastes comprises macerating solid waste into a paste, and delivering moist solid waste to a pyrolysis unit having gas plasmolysis torch(es). The waste is delivered into the pyrolysis unit through concentric cylinders forming a paste cylinder with an internal diameter greater than that of a plasmolysis torch external diameter. A second torch is located outside of the paste cylinder such that the combined effect of the plasmolysis torches completely renders the waste into a gaseous product stream. Gas was allowed into the unit via gas inlet nozzle(s) in amount such that all suspended solids are entrained, where the gas flows through a radiant heat exchanger which conveys energy to superheated steam, and where the steam drives a steam turbine and is condensed and recycled. Following the radiant heat exchanger, the gaseous product stream flows through a bag particle filter and into a combined secondary heat exchanger and catalytic converter, and where further energy is extracted from the gaseous product stream and water is converted to hydrogen via a water gas shift reaction. The reacted stream then flows to a hydrogen separation device in which hydrogen is extracted, compressed, and stored in gas cylinder(s). Any remaining gaseous stream is circulated to a compressor expander unit where a purge stream flows through the expander providing energy to compress recycled stream. The purge stream is delivered to in line mixers for mixing with algal aquaculture water feed. The recycled stream is compressed and returned to a gas storage vessel. The recycled stream is fed back to the plasmolysis unit. INDEPENDENT CLAIMS are included for:    (1) an apparatus for facilitating the generation of energy from solid waste, comprising a pyrolysis unit having gas plasmolysis torch(es) and concentric cylinders forming a paste cylinder with an internal diameter greater than that of a plasmolysis torch external diameter; a radiant heat exchanger operatively connected to a steam turbine; and a hydrogen separation device; and    (2) generation of algal oil and electricity, comprising producing a paste from hydrocarbon waste; delivering the paste to a pyrolysis unit; rendering the paste into a gaseous product stream; allowing the gaseous product stream to flow through a filter device; extracting energy from the gaseous product stream and converting water to hydrogen via a water gas shift reaction; allowing the reacted stream to flow to a reciprocating compressor; allowing any remaining gaseous stream to pass through compression, cooling, condensing, and storing carbon dioxide in a high pressure tank; allowing any remaining gaseous stream to be split, with one part being combusted in a gas turbine and the other part being recycled to the plasmolysis unit; injecting exhaust gas into an algae aquaculture feed stream which flows to a degasification chamber; and allowing carbon dioxide and residual water from a high pressure storage tank to be expanded, passed through the heat exchanger and injected into the algae aquaculture feed stream to deliver a purge stream to in line mixers for mixing with the algal aquaculture water feed.