FO MBR

The FO-MBR core is based on the positive pressure non-pressure-driven permeation principle. It replaces the traditional pressure-type membrane components with positive pressure special membrane modules and integrates them into the biochemical reaction system. The entire process runs at normal temperature, under non-pressure conditions, and without external force-driven filtration. The system utilizes the natural osmotic pressure difference on both sides of the membrane to achieve efficient separation of water molecules. It can precisely retain substances such as activated sludge, colloidal particles, large-molecule non-biodegradable organic substances, and suspended pollutants in the reactor, completely eliminating the problems of membrane surface pollutant compaction, membrane pore blockage, and irreversible pollution caused by the high-pressure suction in traditional MBR. At the same time, this process can maintain an extremely high sludge concentration in the reactor, significantly improving the biodegradation efficiency of non-biodegradable organic substances, and effectively solving the industry pain points of low B/C ratio wastewater treatment efficiency and incomplete degradation.