NOVELTY - The system (10) has a reactor vessel having a housing that is extended a length from a first end to a second end, and is provided with hollow interior. A screw lift is positioned within the hollow interior. Screw lift (88) having a first auger blade that is wrapped around a center axis of the hollow interior and is extended a length between the ends. The material is forced around the first auger blade and is exposed to heat and pressure within the hollow interior, so that the material is converted partially into an oil substance when material is introduced into the housing.    USE - System for converting waste of animal such as cow, chicken, turkey and pig into fuel, oil and useful product.    ADVANTAGE - The downstream process performance is improved by breaking up and mixing the sludge. The heat retention and thermal efficiencies are improved, and the efficiency of the conversion process is improved. The down time or potential down time of the system is reduced, and the amount of animal waste is reduced. The amount of heating required to lift the temperature to the optimum level for reaction is reduced.    DETAILED DESCRIPTION - An exterior edge of the first auger blade is engaged with an interior surface of the housing. A second auger blade is positioned in spaced alignment to the first auger blade. The auger blades are connected to one another, so as to form a heat chamber between the auger blades. The material is a combination of animal waste solids and liquids. The auger blade is removed from an end of the reactor vessel. A drywell is extending positioned within the hollow interior of the reactor vessel, and is provided with heating element. An insulating material is positioned around an exterior surface of the housing. A heating element is positioned around an exterior surface of the reactor vessel. The material is converted in a continuous flow process. The housing is extended from a first end to a second end. An auger is positioned within the housing and is extended around a central axis of the housing. The biomass is forced around the first auger blade and is exposed to heat and pressure, so that the biomass partially converted into hydrocarbons in a continuous flow process when biomass is introduced into the first end of the housing. The auger is formed of first auger blade positioned in spaced relation to second auger blade. A hollow column is positioned within the housing and an inner edge of the auger is connected to the hollow column. The auger is formed of a first section which is inserted into the first end and a second section which is inserted into the second end. A heating element is positioned within a hollow column positioned within the housing. An INDEPENDENT CLAIM is included for method for converting biomass into fuel and other useful products, involves providing a housing that extends a length from a first end to a second end. A liquid biomass is pressurized using a pump. The biomass is forced into the hollow interior of the housing through an entry port. The biomass is heated within the housing while the biomass moves from the first end to the second end guided by the auger. The biomass is converted into an oil-like substance within the housing. The biomass is forced out of the hollow interior of the housing through an exit port. The oil-like substance is separated from byproducts.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the system for converting waste of animal into fuel, oil and useful product.    System for converting animal waste into fuel (10)    Hog confinement building (12)    Lagoon (14)    Reactor vessel (24)    Screw lift (88)