NOVELTY - Preparing ethanol and soy substitutes from ensiled legumes, comprises e.g. (a) taking a conveyor belt that rolls up a bale of ensiled legumes, and with a number of rollers cleaning fibers from other materials by scratching the seeds and pods that fall into a trough, scratching the form of a rotating pipe with sharp resilient wires standing in rows out from the tube, where the tube rotates at a speed greater than the conveyor so that the crop bale is spread longitudinally, and placing stems on the next conveyor belt which has a higher speed than the conveyor belt on which the bale is placed.    USE - The method is useful for preparing ethanol and soy substitutes.    ADVANTAGE - The method increases the yield of the ethanol.    DETAILED DESCRIPTION - Preparing ethanol from ensiled legumes and soy substitutes, comprises: (a) taking a conveyor belt that rolls up a bale of ensiled legumes, and with a number of rollers cleaning fibers from other materials by scratching the seeds and pods that fall into a trough, scratching the form of a rotating pipe with sharp resilient wires standing in rows out from the tube, where the tube rotates at a speed greater than the conveyor so that the crop bale is spread longitudinally, placing the stems on the next conveyor belt which has a higher speed than the conveyor belt on which the bale is placed, and separates the fiber from one another via pairs of radially corrugated rolls in which the grooves have the shape of a thread that rotate in opposite directions so that the unrolled fibers are evenly distributed above the ground,mechanically separating the fluid found in the crop with a soft and a perforated hard roll,rolling the fiber back and forth on a hard heated surface with two rollers angled against each other, thus purging completely proteins and starches from the fiber-free materials, and collecting the material in a trough and is screwing on to a mill, where the fibers are not cut, but preferably collected and reeled in length on a spool, or rolled or folded like a carpet; (b) peeling bean which has loosened by ensiling from the trough screwed material between two soft rolls, and placing on to a mill to grind the seeds into powder, and after milling mixing the powder with a sugar solution with a specific gravity of 1.05 kg protein/liter and 1.35 kg/liter starch to distinguish these in a tank so that the protein floats up and the starch gets settled, where the tank is equipped with a screw in the bottom for the transport of the starch and a screen with a screw in the top edge to transport and de-water the protein, and the screw presses the protein through a cone of filter cloth for optimum drainage; (c) mixing the settled starch with part of the sugar solution, diluting with water and purifying so that it is submersible to the appropriate concentration, and feeding into a trapezoidal screw whose function is to exchange heat between two fluids, where within the screw in a tube of preferably high conductivity is a hot fluid to be cooled, the screw is fed with a cold liquid to be heated, the screw holds both the inner and the outer tube to clear off the protein and starch accumulation and can transport liquids of different density and fluidity, the screw is formed with inclined guide rails which cause the liquid to move between the inner and outer tube for optimal heat transfer, the screw is driven by a simple bevel gear, and the heat exchanger tube can be bent for optimum applicability; (d) taking a jastorn (sic) including a helical path that keeps track of the fluid being pumped from the bottom of the screw heat exchanger in (b) and is sucked up from the top of the distillation of (d), where the jastorn (sic) is also equipped with an internal water-filled tube with check valves against which the path is inclined upwards so that the carbon dioxide formed can be evacuated from the process by the pressure produced by fermentation, and the course is also available so that if necessary a trapezoidal screw drives the liquid forward and mixes it actively; (e) taking a distiller, where the fermented liquid after preheating in eco reactor process is poured over a stepped medium of hot liquid filled member having good conductivity and subjected to pressure by a piston in a cylinder in parallel with a similar piston cylinder application, where as the cylinder volume increases the pressure drops, and causes the liquid boiling point to fall and be vaporized, when the piston closes the valve face via which the alcohol gas is drawn into the pump and opens another valve placed outside the nozzle, this nozzle is pressed against the gas alcohol so that the heat is collected by a heat exchanger and is removed from the cylinder to allow the gas to be cooled and condensed on the back of the nozzle, and simultaneously reverses the course of the second cylinder, where the heat generated by compression of the gas is used as energy supplements in the reactor process; and (f) inserting a burner that uses fiber materials wound on bobbins with the wire feeders and after igniting imposed on air, where both wire feed speed transfer bar and the air flow should be adjustable, and these should preferably be controlled by a thermostat so that accurate monitoring the temperature occurs. The method utilizes two drums which roll against each other so that two fluids can be applied and mixed with high accuracy, where the drum 1 bathed in liquid that comes and meets with the drum 2. The electrical energy used for eco reactor is to be produced by a generator driven by an internal combustion engine. The fuel for the internal combustion engine is so called gas produced through pyrolysis of the fiber material. As a supplement to the heat eco reactor uses the engine cooling water.