NOVELTY - A process for treating solid organic waste material comprising having the material analyzed in a laboratory, introducing the material into a glass-house, shredding the material to a particle size below 3 square millimeters, and applying beneficial microorganisms to the material by means of a controlled droplet applicator, is new.    USE - The process can be used to produce fertilizer or animal feed from waste materials such as vinasse (claimed).    DETAILED DESCRIPTION - A process for treating solid organic waste material comprising having the material analyzed in a laboratory, introducing the material into a glass-house, shredding the material to a particle size below 3 square millimeters, and applying beneficial microorganisms to the material by means of a controlled droplet applicator, is new. The process further comprises:    (a) aerating and mixing the material every hour for one day, every 2 hours for two days and three times a day for 2-4 days, until the moisture content is less than 13 %;    (b) grinding the material and transporting it by tractor shovel onto a conveyor belt leading to a manually or mechanically operated riddle for classifying the material into fine, medium (1-3 mm) and coarse fractions; and    (c) transporting the fractions by screw conveyor into silos for subsequent packaging.    An INDEPENDENT CLAIM is also included for a process for treating liquid organic waste material, comprising:    (1) having the material analyzed in a laboratory;    (2) introducing the material into a storage tank;    (3) introducing another organic material into another storage tank;    (4) introducing metered amounts of the two materials into an electronically controlled bioreactor and applying beneficial microorganisms by means of a controlled droplet applicator;    (5) passing the mixture to a pneumatic conveyor operating at 140 kPa to transfer the mixture onto fermenting trays;    (6) stacking the trays in a curing facility with a controlled air supply for 10 days;    (7) passing the resulting blocks of polymerized material to a grating mill;    (8) rapidly freezing the grated material at temperatures below -70 degrees C;    (9) grinding the frozen material in a hammer mill;    (10) transferring the resulting granules by screw conveyor to a riddle for classifying the material into fine, medium (1-3 mm) and coarse fractions; and    (11) storing the fractions in silos for subsequent pelletization and/or packaging.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of equipment used for the treatment of solid organic waste material.    Glass-house (1)    Tractor (2)    Shredder (3)    Shovel (4)    Conveyor belt (5)    Grinding mill (6)    Silo (7, 8, 9)    Packaging device (10).