NOVELTY - A high-efficiency biological deodorizing mixed stuffing producing method involves preparing inorganic carbon stuffing by selecting materials, carbonizing raw materials, crushing and sorting materials. Organic biomass stuffing is prepared by selecting materials, such as dry wood chips, wood bark, humus, and municipal sludge, thoroughly decomposing by performing high temperature aerobic fermentation to generate heat by biological metabolism of aerobic microorganism, and drying. The final finished product is synthesized by taking standby materials, mixing and processing material.    USE - Method for producing high-efficiency biological deodorizing mixed stuffing.    ADVANTAGE - The stuffing produced by the method is excellent in water permeability and air permeability, and good in affinity with microorganisms, and is low in water utilization quantity, quick to start operation, good in deodorizing effect, high in efficiency, and capable of operating stably and effectively for a long time.    DETAILED DESCRIPTION - A high-efficiency biological deodorizing mixed stuffing producing method involves preparing inorganic carbon stuffing by selecting materials, carbonizing the raw materials, crushing and sorting and detecting the quality of the materials. Organic biomass stuffing is prepared by selecting materials, such as dry wood chips, wood bark, humus, and municipal sludge, thoroughly decomposing by performing high temperature aerobic fermentation to generate heat by biological metabolism of aerobic microorganism, and raising the stacking temperature to 55-60 degrees C for 5-7 days to kill the pathogenic bacteria, parasitic ovum and weed of disease organisms of seed material, and drying. The final finished product is synthesized by taking standby materials, mixing the material and processing by preparing spraying liquid for filling a deep treatment reactor for deeply processing required to the spraying liquid, mixing 5 g beef extract, 10 g peptone, 5 g sodium chloride, mixing uniformly, adjusting pH value to be 7.0-7.2, heating to 121 degrees C, and temperature sterilizing for 20 minutes, putting at normal temperature for further use, spraying the solution for 2 minutes to half an hour, maintaining the next operation, and for extracting material from the depth processor, detecting the growth of microorganisms in the filler, where the microorganism is Eosinophilic bacteria, Thiobacillus ferrooxidans, and drying.