NOVELTY - System for drying sludge organism, comprises: a glass greenhouse, an air blower; an inclined fermentation bed comprising porous inclined plate bed, where the upper half part is fermentation area (I) and the lower half part is fermentation area (II); a material outlet of double-spiral stirring and mixing machine that is connected with top part of plate bed; a sludge bin connected with material inlet; a microbial inoculum tank with a synchronous measuring pump and the fermentation bin is further equipped with a sensor for temperature, humidity, pH value and oxygen concentration.    USE - The system is useful for drying the sludge organism.    ADVANTAGE - The system for drying sludge organism is highly efficient and practical. The industrial organism drying treatment can be stably processed to sludge in a continuous manner without drying via a hot source.    DETAILED DESCRIPTION - System for drying sludge organism, comprises a glass greenhouse, an air blower and an inclined fermentation bed equipped in the glass greenhouse, where the inclined fermentation bed comprises a porous inclined plate bed and the upper half part of the plate bed is fermentation area (I) while the lower half part is fermentation area (II) and the fermentation areas are divided into multiple inclined fermentation bins. Control gate plates are equipped between the fermentation area (I) and fermentation area (II) and on the lowest side of the lower fermentation area (II), the lower surface of the plate bed is equipped with an air bin that communicates with a gas discharging pipe of the air blower, the lowest side of the lower half part of the fermentation area (II) is equipped with a discharging belt, which communicates with a packaging room of a sieving machine by a conveying belt. A material outlet of a double-spiral stirring and mixing machine is connected with the top part of the plate bed by a material distributing belt with a movable charger. A sludge bin with a sludge high-pressure conveying metering pump is connected with a material inlet of the double-spiral stirring and mixing machine. An auxiliary material bin with an auxiliary material bin measuring control gate is connected with the material inlet of the double-spiral stirring and mixing machine by an auxiliary material conveying belt. A microbial inoculum tank with a synchronous measuring pump is connected with the material inlet of the double-spiral stirring and mixing machine and the fermentation bin is further equipped with a sensor for temperature, humidity, pH value and oxygen concentration. An INDEPENDENT CLAIM is also included for the method for drying sludge organism, comprising: conveying sludge to be processed, conditioner which is pre-mixed with heavy metal passivant and an microbial inoculum to the double-spiral stirring and mixing machine; dispersing the materials to be uniform particles with a diameter of 3-5 mm after alternatively agitating and high-speed crushing by the machine, conveying the particles to the material distributing belt to the inclined fermentation bed in the glass greenhouse to process the organism drying treatment; paving the materials fed to the inclined fermentation bed to the fermentation area (I) of the fermentation bed plate by the movable charger on the material distributing belt to process primary fermentation; opening the control gate plates between the fermentation area (I) and the fermentation area (II) after the primary fermentation; processing the secondary fermentation of the materials, after the materials slide to the fermentation area (II) under the action of gravity force; opening the control gate plates below the fermentation area (II), sliding the materials to the discharging belt after fermentation putrescibility and organism drying; and feeding the materials sliding to the discharging belt to the packaging room outside the glass greenhouse by the conveying belt and packaging the materials in the bag after sieving by the sieving machine.