(BR201100645-A2)   NOVELTY - Industrial water recovery and detoxification involves obtaining vinasse from a distillation tower of a plant (2), where material is received in a water recovery unit in order to produce fertilizer. Aqueous stream is provided to a water heater (4), where conditioned water is provided to a membrane. The water is circulated through a centrifugal pump (5). Chilled vinasse is provided to a cooling tower (6) with ambient air, which is flowed to a storage tank (7) at 55 degrees C. The heated water is stored in a hot water tank (8) at 55 degrees C. The foreign particles free liquid is stored in the storage tank.    USE - Method for recovering and detoxifying industrial water to obtain organo-mineral fertilizer formulation (claimed).    DETAILED DESCRIPTION - Industrial water recovery and detoxification involves obtaining vinasse from a distillation tower of a plant, where material is received in a water recovery unit in order to produce fertilizer. Aqueous stream is provided to a water heater, where conditioned water is provided to a membrane. The water is circulated through a centrifugal pump. Chilled vinasse is provided to a cooling tower with ambient air, which is flowed to a storage tank at 55 degrees C. The heated water is stored in a hot water tank at 55 degrees C. The foreign particles free liquid is stored in the storage tank. The material is flowed to a filtrate before pumping the material in a molecular sieve through high pressure centrifugal pumps, where vinasse is processed to obtain 10% total solids. The total solids are processed in a catalytic oxidation reactor with continuous addition of reagents to obtain organic-mineral fertilizer, where phenol is removed from the fertilizer with pH adjustment. Vinasse is pre-evaporated with removing water from the material through a spray drying equipment. An internal rotor is rotated at speeds of 200 feet per second, where water is separated from the vinasse. Dry powder of organo-mineral fertilizer is obtained and transported into a bagging unit. Hot waste gases of a boiler are removed. An INDEPENDENT CLAIM is also included for an organo-mineral fertilizer formulation, which uses vinasse in an oxidation tank with hydrogen peroxide, ferrous sulfate and sulfuric acid.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the industrial water recovery and detoxification plant. (Drawing includes non-English language text).    Plant (2)    Water heater (4)    Centrifugal pump (5)    Cooling tower (6)    Storage tank (7)    Hot water tank (8)