NOVELTY - Sugar cane molasses fermented waste recycling involves concentrating fermented waste liquid, where the organic matter content is adjusted to 40-75 %. The pH of concentrated liquid is adjusted using alkali agent or acid solution to 5-6.5. Probiotic bacteria seed liquid (10-20%) is added to the obtained material, and then fermented for 20-48 hours. The fermented liquid is dried to obtain waste liquid, where the water content is less than 30%. Sugar cane slag (15-30 pts.wt.), filter mud (50-70 pts.wt.), obtained waste liquid (10-30 pts.wt.) and base culture medium (2-3 pts.wt.) are mixed in tank.    USE - Method for recycling sugar cane molasses fermented waste used for preparing compound organic fertilizer (claimed).    ADVANTAGE - The method enables to produce the product that is efficient and eco-frienly.    DETAILED DESCRIPTION - Sugar cane molasses fermented waste recycling involves concentrating fermented waste liquid, where the organic matter content is adjusted to 40-75 %. The pH of concentrated liquid is adjusted using alkali agent or acid solution to 5-6.5. Probiotic bacteria seed liquid (10-20%) is added to the obtained material, and then fermented for 20-48 hours. The fermented liquid is dried to obtain waste liquid, where the water content is less than 30%. Sugar cane slag (15-30 pts.wt.), filter mud (50-70 pts.wt.), the obtained waste liquid (10-30 pts.wt.) and base culture medium (2-3 pts.wt.) are mixed in a fermentation tank, and then fermented for 10-15 days to obtain fermentated fertilizer. The fermentated fertilizer is added with trace element (2-5 pts.wt.) and probiotics seed liquid (5-15 pts.wt.), and then stirred uniformly, and then fermented in aerobic condition for 7-10 days to obtain organic fertilizer, where the pH is adjusted using alkali agent or acid agent. The obtained organic fertilizer is stirred uniformly, and the pH is adjusted using alkali agent or acid agent to 5.5-7. Calcium-magnesium fertilizer (5-15%) and potash fertilizer (5-15%) are added, and then stirred uniformly. The obtained material is dried at 40-60 degrees C to obtain compound organic fertilizer.