NOVELTY - A nutrient rich composition is produced by providing fresh food waste; grinding fresh food waste using 1st grinder, and optionally, 2nd grinder to produce fresh food waste particle slurry; adding combination of enzymes to fresh food waste particle slurry and incubating mixture under constant agitation in which 3rd grinder is used to create shear during at least part of incubation, and hydrolysate comprising incubated fresh food waste particles is produced; pasteurizing hydrolysate to kill pathogens; and separating hydrolysate into liquid hydrolysate and incubated fresh food particles.    USE - Production of nutrient rich composition from fresh food waste.    ADVANTAGE - The method is an effective way to make use of food waste in agriculture, which not only reduces greenhouse gas emissions associated with putrescent food, but also sequesters carbon in the soil, cutting greenhouse gas emissions and improving sustainability of farm practices. In addition, the method fully utilize the capabilities and benefits of fresh food waste and drastically reduces organic wastes and potential risks of harboring pathogens, while providing significant benefits to the soil.    DETAILED DESCRIPTION - A nutrient rich composition is produced by providing fresh food waste (2) using highly efficient and effective collection system; grinding fresh food waste using 1st grinder (8), and optionally, 2nd grinder (20) to produce fresh food waste particle slurry (26); adding combination of enzymes (28) comprising enzyme to digest proteins, enzyme to digest fats and lipids, enzyme to digest cellulosic material, and enzyme to digest other carbohydrates to fresh food waste particle slurry and incubating the mixture under constant agitation at greater than or equal to 2 temperatures ranging between 100 degrees F and 130 degrees F to match the temperature performance curves of the enzymes in which a 3rd grinder (34) is used to create shear during at least part of incubation, and hydrolysate comprising incubated fresh food waste particles is produced; pasteurizing hydrolysate to kill pathogens; and separating hydrolysate into liquid hydrolysate (50) and incubated fresh food particles using coarse screen and fine screen. INDEPENDENT CLAIMS are included for:    (1) emulsified hydrolysate (64) made by the process;    (2) nutrient rich emulsified hydrolysate made from fresh food waste comprising nutrients released by grinding, shearing, homogenization, and enzymatic digestion, and an acid stabilizer in which emulsified hydrolysate has average particle size of less than or equal to 30 mu m and pH of 2.5-3.5;    (3) increasing the yield of produce which involves applying by drip line irrigation a composition comprising nutrient rich emulsified hydrolysate made from fresh food waste in which yield of produce is increased by up to 30%;    (4) system for processing fresh food waste comprising rotary blade grinder with fresh food waste inlet port and outlet port (10) coupled to 1st inlet port of incubation vessel (16) and for delivering fresh food waste particles to incubation vessel in which incubation vessel has incubation unit, agitator, 2nd inlet port, mixing device for mixing components received in 1st and 2nd inlet ports, and recirculating line coupled to incubation unit and including an in-line grinder, separation unit (42) including inlet port coupled to outlet port of incubation vessel, separation device that separates fluid from particulates and has fluid outlet port and particulate outlet port, stabilization/mixing vessel (52) having inlet port (56) coupled to fluid outlet port, emulsification unit coupled to stabilization/mixing vessel and includes homogenizing grinder (62), and blending/storage tank and pump;    (5) increasing soil organic matter which involves applying by drip line irrigation a composition comprising nutrient rich emulsified hydrolysate made from fresh food waste in which soil organic matter may be increased by 140% over a growing season;    (6) processing fresh food waste that generates negligible amounts of emissions, effluent (44), solid waste, and nuisance odors which involves performing the method within a warehouse in a commercial and/or industrial zoned area so that such facility may obtain all necessary government and regulatory permits and approvals to be able to operate in an urban area;    (7) efficient and effective collection of fresh food waste before the material becomes putrescent to allow processing of fresh food waste, eliminating a long distance haul typical of hauling food waste to landfills; and    (8) reduction of greenhouse gas emissions from food waste and sequestering of carbon in agricultural soil to increase soil organic matter and improve sustainability of agriculture.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of the system for producing nutrient rich composition from fresh food waste.    Fresh food waste (2)    1st grinder (8)    Outlet port (10)    Incubation vessel (16)    2nd grinder (20)    Fresh food waste particle slurry (26)    Enzymes (28)    3rd grinder (34)    Separation unit (42)    Effluent (44)    Liquid hydrolysate (50)    Homogenizing grinder (62)    Emulsifed hydrolysate (64)