Abstract: A dual chamber aerobic reactor for continuous flow oxidation reduction of organic wastes which includes an elongated rectangular skid, a blending chamber fixed on the skid, and an elongated drum mounted on the skid for rotation relative to the blending chamber. A device is within the blending chamber for mixing and seeding the organic waste to initiate the reduction process and the drum providing a single continuous cylindrical chamber for completion of the oxidation reduction of the organic waste. The reactor includes a device for recovering excess liquid from the blending chamber and a bio-filter for removing odors and condensing moisture from the reactor to form compost tea.

Abstract: The present invention relates to a bio-catalytic oxidation reactor for remediation of organic wastes and more particularly to a bio-reactor for optimizing the process of oxidation reduction, or composting, of organic wastes or by-products. The reactor includes an elongated cylindrical vessel supported for rotation and includes loading and discharge chutes mounted on the ends of the vessel which include feed assemblies mounted to the vessel end plates such that the feed assemblies rotate when the vessel rotates.