Brief Introduction of the Products
The technical theory of MBBR is that when putting carriers with specific geometric shapes in the aeration tank of the wastewater/sewage biological treatment system, the loading of the reactor for biological wastewater treatment will be significantly increased.
It takes only 4 to 30 working days to upgrade the activated sludge process to the MBBR processing system.
The volumetric BOD loading of the MBBR reaction tank is about 1.7~5 times that of the activated sludge process.
In the demands of low contaminants concentration and high flow,MBBR has an absolute cost advantage over MBR or the activated sludge process.
MBBR can achieve low sludge yield and prevent sludge bulking during low-load operation.
The biofilm system is more resistant to the influent fluctuations andinhibitory substances in the wate.
The system is easy to operate and control.
In the A/O process, the activity of aerobic autotrophic nitrifying bacteria will not be affected by the aerobic/anoxic environmental changes in the A/O cycle.
SBEF-C4 carrier is self-developed and patented by SBEF and is exclusively used for MBBR. Made of HDPE material that has an excellent chemical resistance and a long lifespan, SBEF-C4 is particularly suitable for organic wastewater biological treatment, ammonia-nitrogen nitrification, and denitrification
SBEF-C4 has an effective specific surface area of 800m2/m3, which is1.6 times that of the international common carriers.
SBEF-C4 has a unique geometric structure with a surface divided into a high-shear stress zone and a low-shear stress zone. The thickness of biofilm is stable, and the biofilm attaches fast.
This carrier can be used under high organic load and low aeration intensity without causing any clogging.
Many biological carriers on the market have patent infringement concerns. Since C4 is a SBEF patented product, our clients can use it confidently without worrying about patent infringement