NOVELTY - Producing humic acid organic compound fertilizer by using waste residue and wastewater from sugar refinery, comprises: (a) condensing alcohol waste liquor: letting alcohol waste liquor exchanges heat with freezing agent; (b) carrying out alkalization reaction: mixing waste honey water with solution of alcohol waste liquor; (c) mixing solution with filter mud; (d) stacking and fermenting: stacking the mixture to naturally ferment; (e) crushing and sieving: crushing and sieving the stacked mixture; (f) mixing and disc pelletizing; and (g) dusting powder, drying, sieving, and packing.    USE - The process is useful for producing humic acid organic compound fertilizer by using waste residue and wastewater from sugar refinery (claimed).    ADVANTAGE - The process completely recovers waste residue and wastewater in sugar refinery and alcohol plant, solves the problem of environment pollution caused by discharge of waste, and increases economic and social benefits. Moreover, the novel humic acid compound fertilizer that integrates benefits of yield incensement, quality and eco-environmental has strong market competitiveness, which shows development direction of the future fertilizer.    DETAILED DESCRIPTION - Producing humic acid organic compound fertilizer by using waste residue and wastewater from sugar refinery, comprises: (a) condensing alcohol waste liquor: letting the alcohol waste liquor exchanges heat with freezing agent at not less than 108 degrees C with condenser, increasing temperature of the alcohol waste liquor to 60-75 degrees C, vaporizing at vacuum degree of not greater than 0.85 MPa, condensing the alcohol waste liquor until the water content is 20%; (b) carrying out alkalization reaction: mixing waste honey water with the concentrated solution of the alcohol waste liquor having weight ratio of 2:1, adding hydrogen carbonate with weight ratio of the mixture equal to 1:1.5-1.7 according to content of sucrose in the mixture, and reacting in alkalization reactor at normal temperature for not less than 1 h; where the and pH of the reactant is not greater than 7; (c) mixing: mixing the reaction mixed solution with filter mud having water content of not greater than 40% with weight ratio of 1:1.3-1.8, adding potassium dihydrogen phosphate with weight that is 1% of weight of the mixture, controlling water content of the mixture to be not greater than 31%, adding proper powdered rock phosphate when water content is high, and mixing for 15-25 minutes; (d) stacking and fermenting: stacking the mixture obtained in (c) to naturally ferment for 14-16 days at not greater than 50 degrees C; where the water content of the material is not greater than 20%; turning over for once in first three days; turning over once every two days; and not turning over in last three days; (e) crushing and sieving: crushing and sieving the stacked mixture, sending the material having grain size of not greater than 0.1-2.0 mm, sending the large size and unfermented granules to the mixing reaction process; (f) mixing and disc pelletizing: processing according to product quality standard and material formulation, adding the crushed inorganic ingredients, mixing for not greater than 10 minutes at not greater than 12 degrees C, placing the mixture in disc pelletizer to pelletize, and spraying adhesive while pelletizing; where the weight of the adhesive is 10-11% of that of the mixture; and (g) dusting powder, drying at not greater than 100 degrees C, sieving, and packing dusting powder.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram of the process for producing humic acid organic compound fertilizer by using waste residue and wastewater from sugar refinery (Drawing includes non-English language text).