NOVELTY - The renewable energy microgeneration apparatus comprises a portable processing container, a controller for automating the flow of the waste between a mixing tank, small holding tanks (110), a large holding tank and a de-watering unit (114) of the processing container such that a user does not need to complete any tasks for performing mesophilic anaerobic digestion after the waste is loaded into the mixing tank, a portable gas storage container comprising a gas storage tank (120) that is configured to store biogas generated by the mesophilic anaerobic digestion, and a biogas engine.    USE - The renewable energy microgeneration apparatus is useful for converting the organic and septic waste into energy, where the organic and septic waste includes: farm animal manure such as horse, cow, pig and chicken manure; meat, blood and other slaughterhouse waste; garden and agricultural green waste; food preparation and kitchen waste; wasted/leftover/spoiled food; and septic tank contents.    ADVANTAGE - The modular and portable renewable energy microgeneration apparatus is capable of effectively and conveniently converting the organic and septic waste into energy with reduced footprint and without pollution, reduces carbon emissions from waste transport to a centralized processing facility such as a dump or a larger-scale anaerobic digestion system, and eliminates the cost of disposal, unsightly muck heaps and smelly septic systems.    DETAILED DESCRIPTION - The renewable energy microgeneration apparatus comprises a portable processing container, a controller for automating the flow of the waste between a mixing tank, small holding tanks (110), a large holding tank and a de-watering unit (114) of the processing container such that a user does not need to complete any tasks for performing mesophilic anaerobic digestion after the waste is loaded into the mixing tank, a portable gas storage container comprising a gas storage tank (120) that is configured to store biogas generated by the mesophilic anaerobic digestion, a biogas engine present in fluid communication with the gas storage tank for converting the biogas into electricity and heat, a gas scrubber present in fluid communication with the gas storage tank and the biogas engine that is configured to treat the biogas and to refine biogas for fuel by the biogas engine, a flare that is present in fluid communication with the gas storage tank and is configured to safely burn off excess biogas, and a buffer tank (108) present in fluid communication with the mixer tank and the small holding tanks. The mixing tank of the processing container is arranged for mixing waste with a liquid. The macerating pump of the processing container is present in fluid communication with the mixing tank, and is configured to macerate the waste into smaller pieces. The small holding tanks are present in fluid communication with the mixing tank, and are configured to perform pasteurization thermophilic anaerobic digestion on the waste. The large holding tank is present in fluid communication with the small holding tanks, and is configured to perform mesophilic anaerobic digestion on the waste after pasteurization thermophilic anaerobic digestion is performed on the waste. The de-watering unit is present in fluid communication with the large holding tank, and is configured to dry what remains of the waste after mesophilic anaerobic digestion is performed on the waste. The portable processing container and the portable gas storage container are configured to be transported to a site and placed in fluid communication with each other so the gas storage tank stores biogas generated by mesophilic anaerobic digestion in the processing container at the site. The buffer tank includes a heat exchanger for pre-heating the waste, and is configured for pre-heating the waste before the waste reaches the small holding tanks. The small holding tanks include a heater configured to heat the waste from a pre-heated temperature to a warmer temperature. The heat exchanger is present in fluid communication with the small holding tanks and the large holding tank. The waste in the buffer tank is heated by waste at the warmer temperature as the waste at the warmer temperature is moved from the small holding tanks to the large holding tank. The large holding tank and the gas storage tank are formed with an inner portion and an outer portion, and liquid removed from the waste by the de-watering unit is passed between the inner portion and the outer portion to cool waste and biogas stored within the inner portion and is returned to the mixing tank and mixed with a new batch of waste as it passes between the inner portion and the outer portion of the large holding tank and the gas storage tank. An INDEPENDENT CLAIM is included for a process for renewable energy micro generation.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a renewable energy microgeneration apparatus.    Chopper unit (106)    Buffer tank (108)    Small holding tanks (110)    De-watering unit (114)    Gas storage tank. (120)