NOVELTY - An organic waste is liquefied by spraying water to organic waste and bacterial bed of upper groove during stirring, and adjusting temperature control component in upper groove at 35-38 degrees C during stirring and fermenting. The organic waste is transformed to colloidal organism and flows to lower groove through bottom surface with hole of upper groove, then it is cleaned by cleaning spaying component and becomes liquid organism. The organic waste is discharged outwards from discharge outlet after being filtered by filtering component.    USE - The method is used for liquefying an organic waste (claimed).    ADVANTAGE - The organic waste is transformed into harmless and odorless liquid and is discarded, which solves and deals with the problem of piled waste fundamentally.    DETAILED DESCRIPTION - Liquefying an organic waste involves throwing organic waste that is not more than specified amount in upper groove with stirring component, and spraying component and temperature control component through feeding part of the device. Bacterial bed composed of quantitative microbial hull is pre-installed on bottom surface with hole of the upper groove. Cycle work of stirring and fermenting organic waste of upper groove is carried out. The cycle work period comprises slow rotate stirring of stirring component of upper groove in a first set time (2-4 minutes) and fermenting process that organic waste is stopped stirring in upper groove in a second set time (30-50, preferably 40 minutes). Water is sprayed on organic waste and bacterial bed with spraying component on upper groove. To promote organic waste to ferment and decompose, temperature of upper groove is adjusted at 35-38 degrees C with temperature control component on upper groove in the cycle work. Organic waste in upper groove is heated and transformed into dissolved colloidal organism. It is fermented to dissolve colloidal organism in the cycle work of stirring and fermenting organic waste, then it is discharged from bottom surface with hole of the upper groove and flows to lower groove underneath. Spray cleaning is carried out on dissolved colloidal organism in lower groove with cleaning spray component set in lower groove to make it liquid organism. The liquid organism is filtered by filtering component on side of lower groove, then it is discharged outward through discharge outlet. An INDEPENDENT CLAIM is included for a device for implementing processing method for liquefying organic waste.    DESCRIPTION OF DRAWING(S) - The drawing is a sectional view of a device for implementing processing method for liquefying organic waste.