NOVELTY - The equipment comprises a U shaped fermenter, a feeding mouth, a discharging mouth, a breaking stirrer, a variable frequency motor, an air blower, a vent pipe, a vent hole (8), a microorganism feeding pipe (9), a microorganism material feeding sprayer (10), an electrical heating tube (11), a water interlayer (12), a covering layer, a round shaped deodorizing tower and a support. The fermenter is installed with an upper part of the feeding mouth and a bottom part of the discharging mouth.    USE - The equipment is useful for fermenting kitchen waste (claimed), which is useful as organic soil fertilizer.    DETAILED DESCRIPTION - The equipment comprises a U shaped fermenter, a feeding mouth, a discharging mouth, a breaking stirrer, a variable frequency motor, an air blower, a vent hole (8), a microorganism feeding pipe (9), a microorganism material feeding sprayer (10), an electrical heating tube (11), a water interlayer (12), a covering layer, a round shaped deodorizing tower and a support. The fermenter is installed with an upper part of the feeding mouth and a bottom part of the discharging mouth. A horizontal center line of the fermenter is provided with multiple breaking stirrers. An end of the stirring horizontal axis is connected with the variable frequency motor connected at an outer side of the fermenter. The breaking stirrer is connected with flabellum supports and triangle cone shaped flabella attached arc bottom of a gear along stirring horizontal axis. The flabellum supports are installed on the stirring horizontal axis at equal intervals. The flabella are installed on an end of the flabellum supports. The vent pipe with holes is parallely installed on the horizontal axis. The vent pipe is connected with an air blower arranged at an outer side of the fermenter to blow air when microorganism in fermenting liquid is fermented. The vent pipe is connected parallel with the stirring horizontal axis for homogeneous aeration to avoid of microorganism growth limitation. The outer side and a top part of the fermenter are connected in sandwich model. The water interlayer is installed with multiple electrical heating pipes. The circulating water is injected into the water interlayer to ensure that the temperature at any position on the fermenter is same and temperature for automatic control of fermenting temperature. A top part of the fermenter is installed with the microorganism material feeding horizontal pipe. The horizontal pipe is end-capped. An initial end of the horizontal pipe is connected through the top part of the fermenter. The horizontal pipe is installed with sprayers at same distance to inoculate the microorganism liquid into the fermenter. The top part of the fermenter is installed with a deodorizing tower connected with a fermenter tank body. The deodorizing tower is divided into 3 layers and arranged between every two layers installed with stainless steel gridding having opening to fill adsorbent of active carbon. The deodorizing tower is filled with active carbon, nano photo-catalyst and microorganism padding. The padding absorbs stench produced during fermentation and purifies off-gas produced by fermenting process. The deodorizing tower is connected to a pump and an exhaust blower to quicken the deodorizing off-gas and then disinfecting and releasing process. An INDEPENDENT CLAIM is included for a method for treating kitchen waste using the fermenting equipment.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a kitchen waste fermenting equipment.    Vent hole (8)    Microorganism feeding pipe (9)    Microorganism material feeding sprayer (10)    Electrical heating tube (11)    Water interlayer. (12)