NOVELTY - The processing plant comprises a module insertable in the processing plant and/or couplable to the processing plant and comprising a comminution device such as Gorator (RTM: Pulverizer), a vacuum band filter turned to the comminution device and a milling device connected with a pellet press at the vacuum band filter. The processing plant is developed in modular-like construction. A supply opening of the band filter for dewatering a plant pulp to a plant pressing material is connected to a discharge opening of the comminution device for comminuting saltwater plants.    USE - Processing plant for producing shaped products such as plant pellets as non-polluting fuels and/or soil conditioners from saltwater plants such as seaweed.    ADVANTAGE - The processing plant can be economically manufactured and is capable of simply and continuously producing the shaped products with high efficiency and high quality without impurities and requiring high personnel effort.    DETAILED DESCRIPTION - The processing plant comprises a module insertable in the processing plant and/or couplable to the processing plant and comprising a comminution device such as Gorator (RTM: Pulverizer), a vacuum band filter turned to the comminution device and a milling device connected with a pellet press at the vacuum band filter. The processing plant is developed in modular-like construction. A supply opening of the band filter for dewatering a plant pulp to a plant pressing material is connected to a discharge opening of the comminution device for comminuting saltwater plants to the plant pulp. An exit opening of the band filter is connected to an entrance of the milling device for drying the plant pressing material to plant cakes. An outlet of the milling device for milling the plant cakes to plant cake crumbs is connected to a supply of the pellet press for producing the saltwater plant pellets from the plant cake crumbs. The comminution device with a housing, a shaft stub projecting into the housing, an oppositely-lying inlet opening and the discharge opening running in right angle to the axis of the shaft stub fastens a rotor reaching up to the inlet opening at the shaft stub and a cylindrical stator in the housing. The rotor is formed in a toothed manner and meshes with a corresponding tooth at the inner side of the stator. Openings, by which the product is pressed through and is conveyed to the discharge opening, are provided in the stator. A cylindrical stator wall, whose teeth are inwardly aligned, consists of individual toothed racks, which are arranged next to each other, have a pre-determined gap distance from each other in a predetermined area and are held at the respective cylinder front faces of the stator by two fixing rings. The fixing rings are equipped with wings at their circular outer periphery. The thickness of the fixing rings specifies the distance of the racks in circumferential direction and the gap width between the racks. The housing is formed with the shaft stub projecting into the housing. The rotor is positioned in a torque-proof manner and consists of a plate standing oblique to the rotating axis of the shaft stub. The comminution device comprises a plate instead of the rotor. The alignment of the plate fastened at the shaft stub is adjustable and lockable or arrestable to the rotational axis of the shaft stub. The plate includes an angle of 55-60 degrees at its plane with the rotational axis of the shaft stub. The plate obliquely fastened at the shaft stub is formed as wobble plate, which is movably coupled to the shaft stub and is tumbling around a fixed point. The plane of the shaft stub is obliquely set to the rotational axis of the shaft stub in a pointed angle and the points of the shaft stub passes through spherical trajectories during the operation or initial operation. The plate or the wobble plate is formed in its edge region turned to the teeth of the toothed racks or tooth of the inner side of the stator, so that the plate or the wobble plate meshes with its teeth or the teeth of the toothed racks and/or of the stator without tilting during the transition of the rest position in the initial operation, and is equipped as rotating cylinder. A base surface and/or a cover surface of the plate and/or the wobble plate are formed in a concave and/or convex manner.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of a process step for producing plant pellets as non-polluting fuels and/or soil conditioners from saltwater plants such as seaweed using a processing plant (Drawing includes non-English language text).    Algae delivery (b)    Chamber filter press (d)    Drying (e)    Milling (f)    Membrane filter press with drying. (k)