NOVELTY - Creating a multi-phase fuel comprising a gas phase, solid phase, liquid solvent phase and an aqueous phase from animal waste, involves combining the animal waste, a solvent, and a water/alcohol solution into a fluid mixture; placing the mixture into a reactor; and heating the mixture for a sufficient time, at a sufficient temperature and pressure to create the multi-phase fuel.    USE - For creating a multi-phase fuel from animal wastes e.g. manure, mortalities, municipal waste, chicken litter (claimed).    ADVANTAGE - The method converts animal wastes into usable fuels in an efficient and economical manner. The method can be economically exploited on a farm, thus eliminating the need to transport the agricultural waste great distances to a processing facility. The fuel produced by the method minimizes environmental hazards and eliminating undesirable manure odors. The fuels obtained from animal manure greatly enhance the energy value of the original manure. The method facilitates the production of fuel on a farm that can be used for farm purposes such as generation of electricity or the fuel can be transported to a central refinery unit for conversion into petroleum-like fuels. The method provides three different fuels that can be separately utilized. The method improves the efficiency of previous attempts to convert animal waste to fuel and produces a product with reduced ash byproduct in the fuel and the ash byproduct can be used as a fertilizer. The addition of solvents such as diesel fuel removes the ash from the fuel products and the water/alcohol solution increases the solubility of the waste in the reaction. All products of the reaction, other than the gas product, have heats of combustion that allow them to be used as a fuel.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a fuel comprising several phase products containing gas, solid and liquids produced by combining (wt.%) animal waste (1), diesel (1.5) and water/alcohol solution (0.11-1.86). The solution of water/alcohol mixture comprising alcohol (5-85%) is placed into a closed reactor, heating the reactor at 245-385degreesC and at a pressure of 2250-3750 psig, for 5-70 minutes, cooling the phase products and releasing the gas after cooling.