NOVELTY - Producing fertilizer involves utilizing (in wt.%): fresh chicken manure (77-79), cotton seed cake (13-15), VT-composite bacteria (2.2), amylase (0.2), protease (0.2), lipase (0.3), cellulase (0.2), oxidoreductase (0.2), lactose (0.5), urease (0.2), amino acid chelated calcium (0.4), amino acid chelated iron (0.2), amino acid chelated magnesium (0.1), humic acid chelated copper (0.3), humic acid chelated zinc (0.3), humic acid chelated molybdenum (0.1), humic acid chelated boron (0.2), plant growth regulator (1.4) and plant aroma (1).    USE - Method for producing fertilizer (claimed).    ADVANTAGE - The method enables to produce stable fertilizer that enhances crops resistance, product yield and improves quality of crops.    DETAILED DESCRIPTION - Producing fertilizer involves utilizing (in wt.%): fresh chicken manure (77-79), cotton seed cake (13-15), VT-composite bacteria (2.2), amylase (0.2), protease (0.2), lipase (0.3), cellulase (0.2), oxidoreductase (0.2), lactose (0.5), urease (0.2), amino acid chelated calcium (0.4), amino acid chelated iron (0.2), amino acid chelated magnesium (0.1), humic acid chelated copper (0.3), humic acid chelated zinc (0.3), humic acid chelated molybdenum (0.1), humic acid chelated boron (0.2), plant growth regulator (1.4) and plant aroma (1). Fresh chicken manure is filled in a fermentation tank, and then impurity is removed. Cotton seed, VT-composite bacteria, amylase, protease, lipase, cellulase, oxidoreductase, lactose, urease, amino acid chelate calcium, amino acid chelated calcium, amino acid chelated iron, amino acid chelated magnesium, humic acid chelated copper, humic acid chelated zinc, humic acid chelated molybdenum, humic acid chelated boron, plant growth regulator and plant aroma product are crushed, and then mixed uniformly with water in the fermentation tank. The fermentation tank is sealed to ferment, where the fermentation tank is heated at 55 degrees C for 10-12 days. Seal is removed in order to dry the product having water content less than 25%, where pellets are obtained by utilizing a pelletizer. The pellets are dried through a drying machine at 45-47 degrees C, and then particles are obtained by grinding.