NOVELTY - Adsorption and sewage disposal facility comprises deodorization tank (100) for generating methane from degradation process; coalesce tub (220) for ejecting generated nitrogen in aeration tank; and activated carbon tub (240) for equipping the admitted activated carbon filtering ash (242), removing ammonia by flowing with waste water to the deodorization tank, and supplying air to domestic water to the main part of the desk shell body. The coalesce tub, anaerobic tank and activated carbon tub use microorganism media for removing domestic water filtered in the main part of desk shell body.    USE - Adsorption and sewage disposal facility for processing sewage.    ADVANTAGE - The facility eliminates generated methane and ammonia, and prevents generation of scum in the water level.    DETAILED DESCRIPTION - Adsorption and sewage disposal facility comprises deodorization tank (100) for generating methane from degradation process; aeration tank (210) for aerobic microorganism; coalesce tub (220) having aerobic and anaerobe, and for ejecting generated nitrogen in the aeration tank; and activated carbon tub (240) for equipping the admitted activated carbon filtering ash (242), removing ammonia by flowing with waste water to the deodorization tank, and supplying air to domestic water to the main part of the desk shell body. The coalesce tub, anaerobic tank and activated carbon tub use microorganism media for removing domestic water filtered in the main part of desk shell body. First microorganism media layer (130) has anaerobe in waste water flowed into lower part, and passed through scum to the sewage disposal tank system processing the waste water flowed with anaerobic and aerobic microorganism.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the sewage disposal facility.    Deodorization tank (100)    First microorganism media layer (130)    Aeration tank (210)    Coalesce tub (220)    Activated carbon tub (240)    Activated carbon filtering ash (242)