1. What are the Uses and Advantages of Membrane Bioreactors? Membrane Bioreactor (MBR) is a system that is used for defining all those wastewater treatment processes in which an ultrafiltration or microfiltration membrane is used along with a biological process. This is a suspended growth bioreactor that can be regarded as a type of CAS (conventional activated sludge) system. The CAS makes use of a settlement tank for separating liquids and solids while an MBR utilizes a membrane to handle this process. This has many benefits in the final quality of water and process control. Find out about the main uses and advantages of MBR. Better biotreatment There is better overall bio-treatment due to longer retention times for the solid particles. The ambience promotes the growth of nitrifiers and other microorganisms that grow slowly. These reactors happen to be very effectual at removing ammonia or nitrifying. Small footprint The plant footprint is also impacted due to a rise in SRT and solid retention, which generates greater concentration of biomass solids. The higher concentrations indicate that the similar amount of total solid mass is kept in a smaller volume. High quality effluent As the membrane has small-sized pores, less than 0.5 µm, the treated effluent happens to have more clarity. There is a lot less concentration of pathogens. MBR procedures discharge a high quality disinfected and clarified effluent that can be reclaimed for flushing toilets, irrigating urban areas or other utilities or transmitted to sensitive receiving consistencies. Full retention of solids The MBR process has a huge advantage in the sense that the bioreactor fully retains the sludge solids. Thus, the SRT (solids retention time) within the bioreactor can be regulated fully and separately from the HRT (Hydraulic Retention Time). Thus, although MBR is an expensive solution compared to other technologies, it is fast becoming the preferred treatment solution for wastewater and water applications that have limited space or need superior water treatment. PLEASE VISIT OUR WEBSITE http://www.ufmbr.com