NOVELTY - The method for producing shaped fuel elements from biomass material, comprises feeding the biomass material to a filling apparatus (16) by a feed means, and removing the biomass material from the filling apparatus and then compressing and rolling up by a conveying means (15), so that the biomass material is formed into a sausage-like profile. The compressed and rolled-up biomass material is cut into shaped fuel elements by a cutting tool. The biomass material comprises lawns, bush-chaff, grain-waste, horse manure, needle leaves and/or straw. The conveying means is a conveying screw.    USE - Method for producing shaped fuel elements from biomass material.    ADVANTAGE - The method ensures efficient, simple, rapid and economical production of re-used shaped fuel elements with very good breaking strength, high throughput and less energy consumption in environmental-friendly manner without pollution.    DETAILED DESCRIPTION - The method for producing shaped fuel elements from biomass material, comprises feeding the biomass material to a filling apparatus (16) by a feed means, and removing the biomass material from the filling apparatus and then compressing and rolling up by a conveying means (15), so that the biomass material is formed into a sausage-like profile. The compressed and rolled-up biomass material is cut into shaped fuel elements by a cutting tool. The biomass material comprises lawns, bush-chaff, grain-waste, horse manure, needle leaves and/or straw. The conveying means is a conveying screw, whose endless screw runs out at its outlet-side end with an oblique surface, which is inclined at an angle ( alpha ) of 45 degrees to the axis of the conveying screw. The conveying screw of the inlet side has a first section, in which a screw-threaded element (15') has a first larger external diameter of 40-60 mm as a second external diameter of 20-30 mm in a second section, which is arranged at the outlet-side. The shaped fuel elements are formed by a single conveying means conveyed through a single exit nozzle (17), which is coaxially arranged to the conveying means. The exit nozzle has first and second hollow sections in a conveying direction. The diameter of the first hollow section is 10-30% larger than the diameter of the second hollow section. The conveying means formed as conveying screw is section-wisely and coaxially arranged in the first hollow section. The outlet-side tip of the conveying screw is arranged during or before the transition of the first hollow section to the second hollow section. Preferred masses of the first external diameter in the first section is smaller than the internal diameter of the additional upstream hollow section, in which the screw-threaded element runs and/or preferred masses of the second external diameter in the second section is smaller than the internal diameter of the second hollow section. The biomass material in the compression region is held at 115-125 degrees C. The moisture content of the biomass material introduced in the process is 26-28 wt.%. The shaped fuel elements are dried after cutting. The biomass material is crushed by a comminution means before feeding to the filling apparatus and/or is fermented before feeding to the filling apparatus. The compression of the biomass material is realized to a diameter reduction of conveyor-guide elements through the conveying means. During the compression of the biomass material, heat is developed, so that the compression of the biomass material is accelerated and enhanced. INDEPENDENT CLAIMS are included for:    (1) a fuel element for biomass material; and    (2) a device for producing shaped fuel elements from biomass material.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic cross-sectional view of a device for producing shaped fuel elements from biomass material.    Motor (11)    Conveying means (15)    Screw-threaded element in a first section (15')    Filling apparatus (16)    Exit nozzle. (17)