NOVELTY - Recovering resources from organic waste, comprising mixing treated water, ejected from human waste treatment tank (HWTT) (1) after biological denitrification (BD) of organic waste, with surplus sludge of HWTT and supplying to garbage disposal unit (4), is new. The sludge is fermented and dehydrated. The filtrate is supplied to HWTT.    USE - For recovery of resources from organic waste such as feces, urine and livestock dung.    ADVANTAGE - The source of organic carbon in biological denitrification processes of water treatment is reduced. The ammoniacal nitrogen concentration in fermentation sludge is controlled to less than a predetermined value by supplying a part of surplus sludge and treated water produced in human waste water treatment tank to film type methane fermentation tank. The amount of heat energy used is reduced, by supplying the heat produced in film type methane fermentation process tank as heating source for high-speed composting process.    DETAILED DESCRIPTION - Recovering resources from organic waste, comprising mixing treated water, ejected from human waste treatment tank (HWTT) (1) after biological denitrification (BD) of organic waste, with surplus sludge of HWTT and supplying to garbage disposal unit (4), is new. The sludge is fermented and dehydrated. The filtrate is supplied to HWTT. The fermented sludge, and surplus sludge produced by BD are supplied to livestock dung processing unit (10) and composted. Organic waste is introduced into HWTT for biological denitrification of feces and urine, and the ejected treated water is mixed with a part of surplus sludge, and supplied to garbage disposal unit. Subsequently, solid-liquid separation of sludge is carried out and the sludge is fermented in film-type methane fermentation tank (7). The concentration of ammoniacal nitrogen of the separated liquid during fermentation process is controlled. The fermented sludge is dehydrated and the obtained filtrate is again supplied to the human waste treatment unit for biological denitrification. The biogas generated during fermentation reaction is supplied to livestock dung processing unit and used as heat source for high-speed composting (13). The fermented sludge of garbage disposal unit and surplus sludge produced by biological denitrification in HWTT are supplied to the livestock dung processing unit and high-speed composting is carried out.    DESCRIPTION OF DRAWING(S) - The drawing shows a flowchart for recovering resources from organic waste. Drawing contains non-English language text.    Human waste treatment tank (1)    Garbage disposal unit (4)    Film-type methane fermentation tank (7)    Livestock dung processing unit (10)    High-speed composting process (13).