NOVELTY - Processing cattle and beef waste involves collecting organic feed for cattle breeding and crops raw material used for cattle. Cow dung and urine and flushing water are collected for planting Agaricus bisporus. Fungus residue and organic fertilizer are used for Agaricus bisporus. Dairy manure, urine and flushing water are utilized for producing biogas. The waster material is utilized for preparing organic fertilizer. Organic fertilizer is used in farmland fertilizer. Organic feed production process involves cleaning impurities from bovine raw food crops.    USE - Method for processing cattle and beef waste (claimed).    DETAILED DESCRIPTION - Processing cattle and beef waste involves collecting organic feed for cattle breeding and crops raw material used for cattle. Cow dung and urine and flushing water are collected for planting Agaricus bisporus. Fungus residue and organic fertilizer are used for Agaricus bisporus. Dairy manure, urine and flushing water are utilized for producing biogas. The waster material is utilized for preparing organic fertilizer. Organic fertilizer is used in farmland fertilizer. Organic feed production process involves cleaning impurities from bovine raw food crops. Guillotine is pulverized. The raw materials are granulated, and then cooled. The material is screened to obtain organic feed. Agaricus bisporus mushroom is planted by utilizing raw materials. Raw materials comprises cow dung, biomass, urea, lightweight carbonated Qi, plaster, fat cake, calcium superphosphate, lime, crop straw and corn cob. Calcium superphosphate, urea, gypsum and light calcium carbonate are crushed and mixed uniformly. The obtained material is mixed with manure and kept it at 65-70 degrees C for 5-6 days. Culture material is sterilized with formaldehyde for 24 hours. The culture medium is inoculated with Agaricus bisporus strain in a culture material at 28 degrees C and 7.5 pH. Seeding is harvested. The organic fertilizer is prepared by adding and mixing biogas residue (10-90%) and mushroom (10-90%). The obtained material is pelletized, and then water is added to it. The obtained material is granulated and dried at 40-60 degrees C, and then cooled to obtain organic fertilizer.