NOVELTY - Processing organic waste material involves mixing an organic waste material with microbial pre-soak liquid in a pre-digester tank to produce a slurry; conducting the slurry to a bioreactor; agitating the slurry in the bioreactor at a temperature that is suitable for growth of the microbes and for an amount of time that is suitable for the microbes to digest the waste material to produce digested waste material; and conducting the digested waste material to a separator system that separates liquids from solids.    USE - For processing the organic waste material comprising plastic, rubber, wood, hydrocarbons, paper, fecal matter, landscape waste, meat, carbohydrates, proteins, and food waste to produce digested waste material comprising compost, humus, humate, biochar, biofuel, syngas, landfill topping, sorbent, fertilizer, fire logs, and metal e.g. gold; and producing electricity from solid digested organic material (claimed).    ADVANTAGE - The method produces solid digested waste material comprising a reduced mass and volume i.e. 85% in comparison to the organic waste material that was used as starting material; digests the waste material in 5 minutes to 1 hour; and does not produce methane gas and hydrogen sulfide gas. The carbon dioxide is exhausted from the bioreactor into a closed area i.e. greenhouse for consumption by plants and into a tank for consumption by algae.    DETAILED DESCRIPTION - Processing organic waste material involves mixing an organic waste material with microbial pre-soak liquid in a pre-digester tank to produce a slurry; conducting the slurry to a bioreactor; agitating the slurry in the bioreactor at a temperature that is suitable for growth of the microbes and for an amount of time that is suitable for the microbes to digest the waste material to produce digested waste material, where carbon dioxide (CO2) is produced during the microbial digestion process; and conducting the digested waste material to a separator system that separates liquids from solids. The solid digested waste material is separated from liquid in the separator system. The bioreactor comprises the organic waste material slurry; microbes that are capable of digesting the waste material; and oxygen gas. INDEPENDENT CLAIMS are included for the following:    (1) a system for processing organic waste material, comprising a pre-digester tank, comprising an inlet transferring organic waste material into the pre-digester tank, heated liquid, and a mixer for mixing the organic waste material with the heated liquid to produce a slurry; a bioreactor downstream from and in fluid communication with the pre-digester tank, comprising an inlet for transferring the slurry produced in the pre-digester tank into the bioreactor, microbes that are capable of digesting the organic material under aerobic conditions, oxygen, heat, and a mixer for mixing the slurry with the microbes; and a solid-liquid separator downstream from and in fluid communication with the bioreactor, where digested waste output from the bioreactor is separated in the solid-liquid separator into a material that is solid and a material that is liquid;    (2) a solid digested organic material, produced by method; and    (3) a fertilizer comprising solid digested organic material and/or liquid output produced by method.