Y5 White FDA Biofilm Reactors For Wastewater Treatment

MBBR Media -HDPE Biocell Filter Media for Wastewater

Moving Bed Biofilm Reactor (MBBR) processes improve reliability, simplify operation, and require less space than traditional wastewater treatment systems.

The MBBR process can be used for a variety of different applications to attain the desired results, depending on the quality of the wastewater and the discharge regulations.

Application:

It is applied in the moving bed biological reactor technology. It can reduce biochemical oxygen demand, total suspended solids, nitrogen and phosphorus makes it an effective solution to a variety of regulatory treatment standards.

Main Features:

Compared with other bio filter media, our MBBR bio filter media has below advantages:

(1) Scientific formula, rapid forming biofilm

Addition of a variety of trace elements in the carriers, improve its hydrophilic performance, accelerate growth of microorganism and improve its physiological activity, rapidly attachment on the surface of the carriers, and the rapid growth, accelerate forming membrane and improve water treatment efficiency.

(2) Large specific surface area, attachment more microorganism

Fluid design geometry and special surface treatment, forming a huge surface area for the bacteria to create a safe, comfortable living environment, provides adequate space and extended conditions.

(3) Easy fluidization, low energy consumption

Suitable density (less than 0.96 gm/cc and when the biofilm formation near about 1gm/cc), the carriers are more easy fluidization, save energy consumption.

(4) Flexible dosing ratio, high load capacity

Adjusting the dose depending on wastewater characteristics, treatment process, discharge standards and available volumes. Suitable for the excess load active sludge law transformation and the area limited newly built sewage factory.

MBBR Filter Media Working Principle:

1. Special design of surface, stronger bio-film growth capacity;

2. Large specific surface area, high voidage, the more periphyton biomass;

3. Unique design of structure and shape according to hydromechanics, strong three-dimensional flow dynamics in the water;

4. Adding hydrophilic groups and other trace elements, the biofilm formation time only 3-15 days;

5. Excellent impact strength, strong gas shear capacity;

Product Parameter:

Product pictures: