VERTICAL LABYRINTH ENZYMATIC HYDROLYSIS BIOREACTOR (VHEL) WITH STATIC BED (MATRIX) BACTERIAL SUBSTRATE FORMATION, FOR AUTOTROPHIC BIOREMEDIATION OF ORGANIC WASTEWATER AND GENERATION OF PURIFIED WATER FOR CROP IRRIGATION

Abstract

Vertical labyrinth enzymatic hydrolysis bioreactor (BHEL) with formation of bacterial substrate in static bed (matrix), for autotrophic bioremediation of organic wastewater and generation of purified water for crop irrigation. This invention relates to a system for the biological treatment of wastewater, using autotrophic bioremediation processes with efficient bacterial strains specific to each type of wastewater. Within these strains, an aerobic and anaerobic microbiota has been generated, resulting in purified water suitable for agricultural irrigation. The bioremediation process takes place in a horizontal fluidized bed bioreactor of the vertical labyrinth type (VLB), through the activation of enzymatic biosynthesis processes in each bacterial strain. This activation is achieved by adding specific reactivating culture media formulated to generate the natural organic synthesis directly responsible for the autotrophic bioremediation characteristic of this invention.

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