|Place of Origin:||China|
|Certification:||SGS, FDA, ISO9001|
|Minimum Order Quantity:||5 cubic meter|
|Packaging Details:||woven bag|
|Delivery Time:||as your requirement qty|
|Payment Terms:||T/T, L/C|
|Supply Ability:||80,000m³ per year|
|Surface Area:||800m2/m3||Port:||Port Shanghai Or Ningbo|
|Packing Numbers:||>630000 Pcs/m3||Size:||12*9mm|
Shock Resistance MBBR Bio Media Kaldnes K1 Filter Media Energy Saving
Small Boss MBBR Filter Media ITEM
|Model||Size(mm)||Specific Surface Area(m2/m3)||Bio-film formation Duration
|Nitrification Efficiency||Preferential Temperature (ºC)||Services life(years)||Number of unites per m3|
MBBR Technology and Biofilm Carries
MBBR technology is based on the biofilm principle with an active biofilm growing on small specially designed plastic carriers that are kept suspended in the reactor. The technology utilizes the advantages of both activated sludge and other biofilm systems (e.g. biofilters, biorotors etc.) without being restrained by their disadvantages.
The carriers are designed to provide a large protected surface area for the biofilm and optimal conditions for the bacteria culture when the carriers are suspended in water.
Solutions based on MBBR technology is mainly used in the following applications:
+ For new plants, especially those requiring a small footprint and easy operation, for BOD/COD and nitrogen removal
+ As a high loading system in front of existing biological treatment - roughing reactor
+ To increase the amount of nitrifying bacteria in existing activated sludge system using the WOCK OLIVER carrier in a hybrid plant to meet ammonia limits
+ To implement post-treatment to existing plants for process improvements
The core of the MBBR technology are the biofilm carriers. They are designed to provide a large protected surface area for the biofilm and optimal conditions for the bacteria culturea when the carriers are suspended in water.
Small Boss has developed several types of carriers with different shape, size and surface area. This gives us the flexibility to use the best suitable carrier depending on wastewater characteristics, pretreatment, discharge standards and available volumes. Currently we have ten different types of carriers.