Abstract: A cutting-to-length device for a pellet press has at least one cutting-to-length means for biogenic fibrous pellets, especially wood pellets, and a fastening area, in which the cutting-to-length device can be fastened to a stationary housing part of the pellet press. The cutting-to-length means can be arranged in the radially outer area of a rotation annular die of the pellet press and at a distance from the annular die which has radial through-holes. The cutting-to-length mechanism has a concave arched contour and is attached on the radially outer area of the annular die by means of the fastening area so that the cutting-to-length mechanism extends largely helically with its curvilinear contour over the area of the radial through-holes of the annular die. Furthermore, the invention refers to a pellet press with at least one such cutting-to-length device.

Abstract: The invention refers to a cutting-to-length device (13; 14; 15; 16) for a pellet press (1) with at least one cutting-to-length means (19) for biogenic fibrous pellets (11), especially wood pellets, and at least one fastening area (17), in which the cutting-to-length device (13; 14; 15; 16) can be fastened in such a way to a stationary housing part (2) of the pellet press (1) that the cutting-to-length means (19) can be arranged in the radially outer area of a pivoted annular die (4) of the pellet press (1) and at a distance from said pivoted annular die (4) which has radial through-holes (5). According to the invention, the cutting-to-length means (19) has a concave arched contour (21) and can be attached in such a way on the radially outer area of the annular die (4) by means of the fastening area (17), that the cutting-to-length means (19) extends largely helically with its curvilinear contour (21) over at least the area of one of the radial through-holes (5) of the annular die (4).

Abstract: The invention relates to a method and device for processing a dry fuel, in particular a wood pallet, wherein a dust-binding additive is added to the conveying medium that transports the dry fuel. The conveying medium that transports the dry fuel comprises an air flow fed from a high-pressure or low-pressure source, the dust-binding additive being added to the air flow in the form of a mist.