NOVELTY - Method of processing waste material by fermentation process, involves mixing waste material with hyper thermophilic microbe in heat insulation system, processing at high temperature and collecting water vapor. The proliferation of microbe causes increases in temperature to 100 degrees Centigrade or more, evaporates water and increases pressure, which degrades cytoplasmic membrane of the waste material and provides nutrient for microbes.    USE - For manufacturing liquid fertilizer by processing of organic waste materials.    ADVANTAGE - The method enables to process the ecosystem waste material rapidly and efficiently by rapid proliferation of hyper thermophilic microbe.    DETAILED DESCRIPTION - Method of processing an ecosystem waste material by fermentation process, involves mixing waste material with high concentration of hyper thermophilic microbe in heat insulation system, processing at high temperature and collecting the water vapor produced during fermentation process. The proliferation of microbe causes increases in temperature to 100 degrees Centigrade or more, evaporates water and increases pressure, which degrades cytoplasmic membrane of the waste material and provides nutrient for proliferation of microbes. The process is automatically controlled depending upon the water vapor produced during the process. INDEPENDENT CLAIMS are included for the following:    (1) processed compost of the ecosystem waste material obtained by the process; and    (2) apparatus for processing fermentation of waste material, which comprises stirring unit equipped internally in cylindrical tank comprising heat insulator, feed unit near the cylindrical tank, ejection unit and heat exchange unit within the cylindrical tank, compost ejection unit at the other side of the cylindrical tank and automatic control system for each unit.    DESCRIPTION OF DRAWING(S) - The figure shows flowchart representation of the method of processing an ecosystem waste material by fermentation process. (Drawing includes non-English language text).