NOVELTY - The method comprises pulverizing a food waste using a pulverizer and then adding glass particles, stone powder, vinyl, plastic, wood carvings and shell, removing foreign substances from the mixture, further crushing the obtained mixture and then dehydrating to reduce its moisture content, introducing the dehydrated product in a waste water treatment tank and then fermenting by adding sugar and carbohydrates including starch at 60-80 degrees C under aerobic conditions in a fermenter, filtering the fermented product to obtain a precipitate, and disposing the slurry obtained during filtering process.    USE - The method is useful for producing compost from food waste (claimed).    ADVANTAGE - The method is capable of efficiently and safely producing the compost from food waste with high-quality in an economical and eco-friendly manner.    DETAILED DESCRIPTION - The method comprises pulverizing a food waste using a pulverizer and then adding glass particles, stone powder, vinyl, plastic, wood carvings and shell, removing foreign substances from the mixture, further crushing the obtained mixture and then dehydrating to reduce its moisture content, introducing the dehydrated product in a waste water treatment tank and then fermenting by adding sugar and carbohydrates including starch at 60-80 degrees C under aerobic conditions in a fermenter, filtering the fermented product to obtain a precipitate, disposing the slurry obtained during filtering process, injecting lime and coal ash to the precipitate in a settling tank at high temperature, desalinating the obtained mixture using a desalination device and then purifying using a cation exchange membrane and an anion exchange membrane, subjecting the purified product to electrophoresis to remove sodium (Na+) ions and chloride (Cl-) ions in a desalting chamber, where the Na+ ion is moved towards a negative side of the desalting chamber through the cation exchange membrane, aerating the electrophoresis product for 10-20 days and then dehydrating, adding a soil conditioner to the dehydrated mixture and then mixing using a mixer and then performing microbial degradation in the presence of fungi, bacteria and organic matter to obtain a solid compost. The waste water treatment tank comprises a liquefier that is rotated at a speed rate of 2-4 revolutions per minute, an upstream nozzle, a downstream nozzle, an oxygen storage cylinder, and a liquid reservoir. The method further comprises subjecting the solid compost to dry distillation to reduce its moisture content rather than using water content-adjusting agent.