NOVELTY - Efficient and intelligent aerobic fermentation reaction system, comprises an aerobic fermentation reactor, a circulating water system, inlet and exhaust air systems, a detection system and a control system. An expansion cylinder in the horizontal position of the aerobic fermentation reactor is equipped with a water jacket. A sealing cover on both sides of the expansion cylinder is equipped with a charging hole, a discharging hole, an air inlet hole and an air outlet hole. A sensor of the detecting system is equipped in the aerobic fermentation reactor, and on water inlet and outlet pipes.    USE - Used as an efficient and intelligent aerobic fermentation reaction system.    ADVANTAGE - The reaction system: occupies less area; has high fermentation efficiency; is free of secondary pollution; reduces and recycles the organic waste; and is safe.    DETAILED DESCRIPTION - Efficient and intelligent aerobic fermentation reaction system, comprises an aerobic fermentation reactor, a circulating water system, inlet and exhaust air system, a detecting system and a control system. An expansion cylinder in the horizontal position of the aerobic fermentation reactor is equipped with a water jacket. A sealing cover on both sides of the expansion cylinder in the horizontal position is equipped with a charging hole, a discharging hole, an air inlet hole and an air outlet hole. A sensor of the detecting system is equipped in the aerobic fermentation reactor, and on a water inlet pipe and a water outlet pipe. The signal output by the sensor is respectively connected with the control system. The control system controls the circulating water system, inlet and exhaust air system, aerobic fermentation reactor and an external material delivering device. An INDEPENDENT CLAIM is also included for fermentation by the efficient and intelligent aerobic fermentation reaction system, comprising: (i) starting the circulating water system, heating the circulating water through the supplementary heat source, sending the circulating hot water into the water jacket of the aerobic fermentation reactor, heating the aerobic fermentation reactor, and heating the circulating water to high temperature; (ii) starting the external delivering device, sending the processed organic waste and high temperature aerobic strain into the aerobic fermentation reactor; (iii) starting the rotary driving device through the control system while charging, driving the cylinder to rotate in a positive direction, delivering the raw material to the discharging side through the spiral shoveling plate and shoveling the raw material, uniformly mixing the raw materials with oxygen, and expanding contact area of fermenting material with oxygen; (iv) connecting the inlet and exhaust air system with the rotary driving device of the reactor under the control of the control system, stopping or starting the inlet and exhaust air system at a low speed, sending the air heated in the fermentation reactor, uniformly contacting the raw material and strain with oxygen and processing aerobic reaction, and sending the waste gas to the deodorization device; (v) stopping the charging through the control system when the raw material in the aerobic fermentation reactor is adequate; (vi) controlling the temperature of the circulating water through controlling the temperature of the water outlet of the water jacket, enabling the temperature in a set value to be constant, with the processing of aerobic fermentation, increasing heating energy for maintaining the temperature of the water and avoiding the dormant state of microorganisms, opening the magnetic valve through the control system, delivering surplus heat to the heat load, reducing until the supplementary heat energy is shut, and enabling the reaction to be processed in a constant temperature; (vii) detecting the amount of the oxygen content and the temperature of the raw material through the control system, when the oxygen content is less than the set value or over the set value, starting the driving device and inlet and exhaust air system through the control system, and ensuring enough oxygen for the aerobic fermentation reaction; (viii) controlling the way of operating the driving device according to the oxygen content and temperature of the raw material through the control system, delivering the raw material to the discharging hole when the shoveling plate is in the positive rotation of the cylinder, delivering to the charging hole while the cylinder is in the reverse rotation, operating alternately to uniformly mix the raw material and reducing the material pasted on the wall of the reactor, and reducing energy consumption; (ix) controlling the rotary driving device of the reactor in the positive reaction when the time is in the preset value, starting the discharge valve of the fermentation reactor, and discharging part of fermented material to delivering into the next process; (x) sending the material to be fermented in the aerobic fermentation reactor, cooling the temperature of the water by the material sent into the reactor, maintaining the temperature of the circulating water, supplying heat to the system, and performing aerobic fermentation reaction, processing the heat load in a relatively constant temperature; and (xi) repeating the above steps for the degradation reaction of the organic waste at a high speed.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the efficient and intelligent aerobic fermentation reaction system.