NOVELTY - Forming organic composite fertilizer involves taking animal manure, agricultural waste products, rice hull powder, corn flour, bean flour as raw material; taking Bacillus bacteria, phosphate solubilizing bacteria, potassium bacteria, and nitrogen fixing bacteria for beneficial microflora; taking microflora; mixing with water; granulating by taking raw materials, mixing, stirring and spray granulating; inoculating by placing granule into granulator, adding spray adhesive agent on the surface of the granule, and then drying to form the finished product.    USE - For the production of organic composite fertilizer with double-effect (claimed).    ADVANTAGE - The method effectively uses animal manure, agricultural waste, and rice husk powder waste as raw materials; effectively converts variable waste into high quality organic fertilizer; uses wide source of microorganism as raw materials; is low cost; effectively uses bacteria; maintains good water retention efficacy of soil; effectively improves structural condition of soil; and increases crop yields. The method is economical, causes less environmental pollution, increases crop yield, is environment friendly, has short treatment period, and provides fertilizer with high quality and good fertilizing effect. The method uses wide raw material resources, and is low cost.    DETAILED DESCRIPTION - Production of organic composite fertilizer with double-effect involves taking animal manure, agricultural waste products, rice hull powder, corn flour, and bean flour as raw material; taking Bacillus bacteria, phosphate solubilizing bacteria, potassium bacteria, and nitrogen fixing bacteria for beneficial microflora; taking the microflora having Bacillus bacteria, phosphate solubilizing bacteria, potassium bacteria, and nitrogen fixing bacteria in a weight ratio of 10:5:5:100; mixing with water, where water content is 20-40%; granulating by taking animal manure, agricultural waste products, rice hull powder, and corn flour and bean flour in weight ratio of 7:5:4:2, mixing, stirring uniformly and spray granulating to form organic fertilizer granule; inoculating by placing the granule into granulator, adding spray adhesive agent on the surface of the granule, and then drying to form the finished product.