NOVELTY - The method involves allowing reacted stream to flow to third stage reciprocating compressor with interstage membrane hydrogen extraction. The remaining gaseous stream is split and flowed to gas turbine and recycled to plasmolysis unit. The exhaust gas from gas turbine unit is flowed into algae aquaculture feed stream and released gas is allowed to vent to atmosphere. Carbon dioxide and residual water are injected into aquaculture feed stream using line mixer. The algal aquaculture feed stream is sent to algal aquaculture unit to facilitate growth of algae and carbon sequestration.    USE - Method for generation of algal oil and electricity from solid waste of animal, human and hydrocarbon source.    ADVANTAGE - The algal oil and electricity generation efficiency are improved.    DETAILED DESCRIPTION - The method involves combining macerating various moist hydrocarbon wastes into paste. The paste is delivered to pyrolysis unit through concentric cylinders forming with internal diameter larger than that of plasmolysis torch external diameter. Another torch is located outside of paste cylinder such that plasmolysis torch completely renders the paste into gaseous product stream. The gas is flowed through radiant heat exchanger which conveys energy to superheated steam. The gaseous product stream is flowed through suitable filter device and into combined secondary heat exchanger and catalytic converter. The energy extracted from gaseous product stream and water is converted to hydrogen through water gas shift reaction. An INDEPENDENT CLAIM is included for apparatus for generation of algal oil and electricity from solid waste has gas inlet nozzle that is operatively connected to pyrolysis unit. A radiant heat is operatively connected to steam turbine. A filter device is operatively connected to radiant heat exchanger. A convective heat exchanger is operatively connected to filter device. A three stage reciprocating compressor with interstage membrane hydrogen separation and cooling devices are operatively connected to condensing heat exchanger connected to outlet of reciprocating compressor.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the plasmolysis unit waste feed former.