NOVELTY - Upper pressure application frame (2) and lower pressure application frame of both sides are coupled together by upper and lower pins (4,5) connected with pressure application rod (7). Pressure application unit including frames are moved by screw (9), moving across the pin (5) with a screw hole. The screw is actuated by drive unit (8).    USE - For processing organic refuse generated from organic fertilizer manufacturing installation, large business centers.    ADVANTAGE - Increases rate of organic refuse decomposition by effective stirring action generator, as pressure application film actuated through screw is comprised. Removes powder residue of a non-decomposable nature materials through pores of bags and collected to drawer.    DETAILED DESCRIPTION - Upper pin is mounted between upper and lower frames and lower pin is mounted between lower frames of either sides. Treatment rods are attached by a pin in a direction enclosing the porous bag for application of pressure during application unit movement. Organic refuse (16) is added to porous bag forming the treatment tank. Heat insulation material (12) mounted to inner wall bottom of tank. Air supply and exhaust blower heating element (14) are fixed to side of casing (1). Organically non-decomposed powder contained in the refuse is removed through pores of bag and is collected in the drawer (13). Removed powder is collected periodically. Electrode (17) is installed to pores bag in contact with organic refuse. Drawer enables pulling out pores bag in deformed condition by pressure application. Heating element is mounted to inner wall of casing having hot air blower (18). Porous bag is made from either a porous resin film or a porous metal net coated with resin, and is attached to the inner surface with a flexible heat insulation material.    An INDEPENDENT CLAIM is also included for organic waste decomposition material which is selected from a group including resin foam made cylinder, resin made cylinder, aggregate of wood, natural zeolite, sintered zeolite and aggregated pearlite.    Organic waste material is mixed with copper or copper compound, zinc or zinc compound during molding of material. Carbon powder, water absorption polymer and silica gel are mixed to the organic waste decomposition material during molding of the material.    DESCRIPTION OF DRAWING(S) - The figure shows the side view of organic refuse processing machine showing and upper and lower pressure application frames. The diagram contains Japanese labelling.    Casing (1)    Upper pressure application frame (2)    Upper and lower pins (4,5)    Pressure application rod (7)    Drive unit (8)    Pressure application screw (9)    Insulation material (12)    Drawer (13)    Exhaust blower heating element (14)    Organic refuse (16)    Electrode (17)    Hot air blower (18)