NOVELTY - The fermenter (2) and the operating chamber (3), are contained in a fermentation room (1), which is equipped with air supply unit (4), deodorising unit (5), ventilator style (6), water content regulating unit (7) and a product transferring unit (8). DETAILED DESCRIPTION - The fermenter and the operating chamber, are contained in a fermentation room, which is equipped with air supply unit, deodorising unit, ventilator style, water content regulating unit and a product transferring unit. The depth of the fermenter is set between 50 cm-2 m. The processed material is conveyed intermittently from the inlet to the outlet opening. Fermentation is carried out continuously. The air supply is equipped with a blower. The feed pipe which extends from the blower is connected to the base of fermenter. The blower sucks the contaminated air and compresses it at high temperature within the air supply unit. Warm air is blown into the refuse material (A) to be fermented through feed pipe (14). The deodorising unit aerates the operation chamber. Vent pipes (18) present in the upper part of the fermenter sucks the malodorous gas emanating from the fermenter. Blast pipes (19) are arranged at the base part of the fermenter. The malodorous gas is ejected out through the blast pipes. The ventilator style deodorises and aerates the refuse material. A fan (23) is installed at the intermediate position in the fermentation room, to promote the drying of the water content in the refuse material. A water storage tank present outside the fermenter provides water to the sprinkler system (24), arranged at the upper part of the fermenter. The processed material is transferred by the transferring unit arranged at the right and left edges of the fermenter. The fermented material is transferred from the base part of the fermenter. The mixing of the refuse material is also enabled by the transferring unit. INDEPENDENT CLAIMs are also included for: (1) deodorizing method; and (2) compost manufacturing method. The compost manufacture involves aerating the refuse material with warm air adjusted to 30-40 C. The fermentation of the refuse is promoted by providing the required temperature, oxygen concentration and microorganism. The atmosphere of the top and base part of the fermenter is equalised. The refuse material is uniformly fermented by actuating the mixing apparatus once or twice a day. A secondary fermentation process is further carried out by turning over the fermented products and raising the temperature to 65-95 C. When the fermentation activity decreases the temperature reduces and dew drops are formed on the surface of process material, at the middle portion of the fermenter. Hence the fan is actuated to produce the moisture content. Subsequently water sprinkling process is carried out to activate the microorganisms in the secondary fermentation process. This raises the temperature and forms steam which slows down the fermentation process. Gradually temperature is brought to normal to form mature compost which is transferred to the outlet.    USE -   Used as organic fertilizer.    ADVANTAGE -   The waste material such as animal excretions, vegetable residue, sewage, etc can be effectively processed to produce compost, in a short time period. DESCRIPTION OF DRAWING(S) - The diagram shows vertical section view of the compost manufacturing plant. Parts list: (1) Fermentation room; (2) Fermenter; (3) Operating chamber; (4) Air supply unit; (5) Deodorizing unit; (6) Ventilator style; (7) Water content regulating unit; (8) Product transferring unit; (14) Feed pipe; (18) Vent pipes; (19) Blast pipes; (23) Fan; (24) Sprinkler system; (A) Refuse material.