Antibiotics fungus residue treatment system

The invention relates to an antibiotics fungus residue treatment system. The antibiotics fungus residue treatment system comprises a mixing pond, a hydrolysis pond, an ammonia gas blowing-off pond, an ammonia gas absorbing pond, a baffling type hypoxic and anaerobic reaction pond and a backflow type biological aerated filter. A water inlet pipe is arranged at the bottom of the ammonia gas blowing-off pond. A water distribution triangular cone is arranged in the position of an outlet of the water inlet pipe. A denitrification assistant adding and metering system is arranged in front of a water inlet. An alkali liquor adding inlet is formed in the middle of the ammonia gas blowing-off pond. A pH value measurement device is arranged on the upper portion of the ammonia gas blowing-off pond. An aerating system is arranged at the bottom of the ammonia gas blowing-off pond. A gas-liquid separator is arranged in the position of a wateroutlet of the ammonia gas blowing-off pond. A sulfuric acid solution with the mass concentration being 2%-6% is contained in the ammonia gas absorbing pond. The baffling type hypoxic and anaerobic reaction pond comprises a facultative anaerobic section, a hypoxic section and an anaerobic section which are formed through dividing of baffle boards. The backflow type biological aerated filter comprises a lower flow area, an upper flow area and a sludge area.