Environment Friendly MBBR Biofilm Carrier In Situ Water Restoration for Landscape Water Purification

Our suspended MBBR biofilm carrier is a professional biological filler specially developed for moving bed biofilm reactor wastewater treatment processes, manufactured from brand-new UV-stabilized HDPE raw material with rigorous injection molding technology. Its unique multi-cavity hollow internal structure greatly expands the protected effective specific surface area, creating favorable attachment conditions for various functional microorganisms and significantly shortening the biofilm domestication and system startup cycle. After being put into biochemical pools, the carrier can suspend and flow uniformly under aeration stirring, making sufficient three-way contact among microorganisms, sewage and dissolved oxygen continuously, so as to efficiently decompose organic pollutants, ammonia nitrogen, total nitrogen and other harmful substances in water. We supply mature standard specifications including K1, K2, K3, K4 and K5, and support personalized customized molding according to customer engineering drawing requirements, which can satisfy different treatment loads and pool body structural demands from small integrated equipment to large-scale sewage treatment plants.

This product has extremely wide applicable working conditions to solve various common pain points in water treatment projects. When your existing sewage treatment facilities are overloaded and the outlet water fails to meet stricter emission standards, and there is no spare land to expand biochemical pools, directly adding MBBR carriers can improve the overall treatment capacity by a large margin without large-scale civil construction and greatly control renovation investment. For new projects constrained by land area, such as underground sewage stations, skid-mounted mobile treatment devices and scattered rural sewage facilities, the high volumetric load characteristic of MBBR system can effectively reduce the volume of reaction tanks and realize compact layout design. In production scenarios with unstable water inflow concentration and intermittent water discharge, the abundant biomass attached to the carrier possesses strong anti-shock loading capacity, effectively stabilizing effluent quality and avoiding frequent index fluctuations. For high-nitrogen difficult wastewater generated from pharmacy, printing and dyeing, breeding and landfill leachate, the aerobic and anoxic microenvironment naturally formed inside single carrier particles can realize synchronous nitrification and denitrification to achieve advanced deep denitrification effect. It also works perfectly for recirculating aquaculture water circulation purification to decompose toxic ammonia produced by aquatic excreta, as well as in-situ treatment for urban black and odorous rivers to restore water ecological self-purification capacity. Besides, it is an ideal alternative solution when traditional activated sludge systems frequently suffer sludge bulking, excessive foam and poor sedimentation performance, and it is also suitable for unattended remote sewage stations relying on low daily maintenance characteristics.