NOVELTY - The method comprises isolating empty fruit bunch fibers from waste, processing of a fibrous material in a knife mill, processing the material with weak solution of hydrochloric acid in a flow reactor, processing the material with hot water in a flow reactor hot water, processing the material with diluted enzyme solution, drying the material at temperature of 100-120 degrees C, desintegrating the material in a flow continuous mill with strike-slip action, and processing the material with an enzyme complex and carrying out hydrolysis of carbohydrate components of the waste.    USE - The method is useful for processing of wastes from palm oil production for producing liquid (bioethanol) and solid (pellets) fuel.    ADVANTAGE - The method is capable of efficiently, rapidly and economically processing the wastes from palm oil production in an environmental friendly manner.    DETAILED DESCRIPTION - The method comprises isolating empty fruit bunch fibers from waste, processing of a fibrous material in a knife mill, processing the material with weak solution of hydrochloric acid in a flow reactor, processing the material with hot water in a flow reactor hot water, processing the material with diluted enzyme solution, drying the material at temperature of 100-120 degrees C, desintegrating the material in a flow continuous mill with strike-slip action, processing the material with an enzyme complex and carrying out hydrolysis of carbohydrate components of the waste, separating (decantating and pressing out) the solid residue after completion of hydrolysis to conversion of carbohydride component to 65-70%, forming pellets of solid residue by hot extrusion, and adding cellulase complex into solution for obtaining pentoses from hemicelluloses. The material processing is accompanied by ultrasound action with frequency of 17.5-44 kHz and power of 0.2-2W/sm3. The obtained solution is neutralized with a relevant amount of calcium carbonate to pH value of 4.5-5. The treated aluminum oxide with developed specific surface is added to the solution after neutralization with calcium carbonate and adding the complex of cellulase enzymes. A ground building sand with specific surface of 3-4.5 m2/g is added to solution after neutralization with calcium carbonate and adding the complex of cellulase enzymes, where the sand is useful as a soil-forming material. A lignocellulose flour is added to solid residue (1-5 mass%) obtained at the separation. The processing of material is carried out in a biochemical reactor combined with a bead mill, a turbulator and a flow device, where the bead mill and the tubulator are in operation for the period from minutes to tens of minutes in the course of hydrolysis. The flow device allows processing of suspension in turbulent mode. The step of addition of enzymes to the substrate is carried out in the stepped manner.    DESCRIPTION OF DRAWING(S) - The diagram shows an image of particle vascular elements of the bunch.