NOVELTY - Amino acid organic and inorganic compound fertilizer are produced by delivering plant straw, cottonseed cake and vinasse in crushing machine and then to fermenting pond after crushing; adding water and organic fertilizer fermenting agent; mixing, sealing and fermenting; delivering aginomoto leftovers, potassium sulfate, monoammonium phosphate, zinc sulfate and urea; and filtering cystine waste fluid and delivering to acidity mixing configuring groove.    USE - Method for producing amino acid organic and inorganic compound fertilizer (claimed), for improving soil, improving absorption utilization rate of nutrient by plant root, transforming nutrient element incapable of absorbing in the soil to absorbable nutrient element, and improving output and quality of crops.    ADVANTAGE - The method is capable of providing fertilizer having high utilization rate and having long and fast efficiency.    DETAILED DESCRIPTION - Producing amino acid organic and inorganic compound fertilizer comprises:    (A) delivering plant straw (15 pts.wt.), cottonseed cake (10 pts.wt.) and vinasse (10 pts.wt.) in crushing machine to crush; delivering to fermenting pond after crushing; adding water and organic fertilizer fermenting agent; and mixing, sealing and fermenting for 5-20 days;    (B) delivering aginomoto leftovers (10 pts.wt.), potassium sulfate (15 pts.wt.), monoammonium phosphate (15 pts.wt.), zinc sulfate (3 pts.wt.) and urea (10 pts.wt.);    (C) filtering cystine waste fluid (30-60 pts.wt.) containing 80-90% of water and delivering to acidity mixing configuring groove; raising temperature to 80 degrees C; filtering moisture of the fermented material in step (A) and adding to the acid mixing configuring groove; adding the crushed material in step (A) in the acid mixing configuring groove; mixing; charging ammonia gas and reacting with the mixture; and adjusting pH value to 7-7.5;    (D) delivering the mixture obtained in (A) in a granulator to pellet; and    (E) delivering the grain to a drying machine to dry and obtain finish product.