MBR MembraneLaboratory EquipmentPrimarily used to determine the basic operational parameters of MBR membranes during wastewater treatment through simulating industrial operating conditions, ascertain the actual performance achievable with the MBR membrane process, and provide technical support for the design of MBR membrane industrial systems. This equipment is suitable for various specifications and models of MBR membranes, allowing for quick replacement and is easy to operate and maintain.
The Membrane Bio-Reactor (MBR) process is a novel wastewater treatment technology that combines membrane separation technology with biotechnology. It employs membrane separation to retain active sludge and large molecular organic substances in the biochemical reaction tank, eliminating the need for a secondary sedimentation tank. With the greatly increased concentration of active sludge, hydraulic retention time (HRT) and sludge retention time (SRT) are controlled, allowing for continuous degradation of refractory substances within the reactor. Consequently, the MBR process significantly enhances the functionality of the bio-reactor through membrane separation technology. Compared to traditional biological treatment methods, it offers high biochemical efficiency, strong resistance to load shocks, stable effluent water quality, small land area requirements, long sludge removal cycles, and ease of automation. This equipment is suitable for wastewater standardization and reuse in industries such as biology, food and beverage, and chemical engineering, particularly for preliminary research and validation experiments in universities, research institutions, and corporate R&D centers.
MBR membrane experimental equipment structural features:
Compact structural design, small in size, portable, easy to install and use.
Simple operation, stable equipment performance.
Good effluent quality, excellent separation effect.
Easy to integrate with other water treatment units.
Utilizing AAO+MBR technology, phosphorus and nitrogen removal is achievable.
Can be combined with enhanced filler for superior effluent water quality.
