Kangju Machine specializes in manufacturing high-quality plastic extrusion equipments. Including plastic pipe extrusion line, plastic sheet production line, plastic profile extrusion line, plastic plate extrusion line.

MBBR Biological Filter Media Production Line

(812 Customer Review)

Kangju’s MBBR biological filter media production line is designed for continuous extrusion of plastic biofilm carriers used in wastewater treatment systems. The complete line integrates material feeding, extrusion, moulding, vacuum calibration, haul-off and cutting.

The MBBR media production line can be configured according to the required media design, raw material, product dimensions and production capacity. It is suitable for manufacturers producing MBBR media for municipal wastewater treatment, industrial wastewater treatment and biological filtration applications.

Category: Plastic Extrusion Machine

MBBR Biological Filter Media Production Line Overview:

MBBR biological filter media are plastic carriers designed to provide a protected surface for biofilm growth in biological wastewater treatment systems. Their structure and surface area help microorganisms attach to the media while wastewater flows through the treatment process.

Kangju’s MBBR production line uses plastic extrusion technology to form continuous media profiles with controlled dimensions. The line combines extrusion, moulding, vacuum calibration, haul-off and cutting into an integrated production system.

The biological filter media making machine can be configured according to the required carrier shape, size, material and production capacity. It is suitable for manufacturers producing MBBR media for municipal wastewater treatment, industrial wastewater treatment and other biological filtration applications.

What Is MBBR Biological Filter Media?

MBBR biological filter media are plastic biofilm carriers used in moving bed biofilm reactor wastewater treatment systems. The carriers provide surface area for microorganisms to grow and support biological treatment inside the reactor.

The media are manufactured from suitable thermoplastic materials and are designed with internal structures or protected surfaces that support biofilm attachment while allowing water and air to move through the carrier.

Biological Filter Media Extrusion Line Components

Single screw extruder for MBBR media production
Single Screw Extruder
MBBR biological filter media extrusion mould
Extrusion Mould
Vacuum calibration table for MBBR media
Vacuum Calibrating Table
Haul-off machine for biological filter media
Haul-off Machine
Flying cutting machine for MBBR media
Flying Cutting Machine
MBBR biological filter media
Final Biological Filter Media

How MBBR Biological Filter Media Is Manufactured?

Raw Material Feeding

Plastic raw materials are fed into the extrusion system through an automatic feeding unit. The feeding system helps provide a stable material supply during continuous production.

Plasticizing and Extrusion

The single screw extruder heats, melts and plasticizes the material before pushing it through the extrusion mould. Extrusion conditions can be adjusted according to material characteristics and product requirements.

Moulding and Vacuum Calibration

The extrusion mould forms the required MBBR media profile. The vacuum calibration table then helps stabilize the dimensions and shape of the extruded product during cooling.

Haul-Off and Cooling

The haul-off machine continuously pulls the formed profile through the calibration section at a controlled speed while the product is cooled and stabilized.

Cutting and Collection

After calibration and haul-off, the continuous profile is cut into the required media length by the flying cutting machine. The finished MBBR media can then be collected, inspected and packaged.

MBBR Media Shapes and Mold Options

Different MBBR carrier designs require different extrusion mould configurations. The mould determines the basic profile, dimensions and internal structure of the media.

Kangju can configure the extrusion mould according to the required MBBR media design, product dimensions, number of cavities and production capacity.

Before selecting the mould, customers should provide the target media drawing, dimensions, material and required output whenever possible. This allows the extrusion system to be matched to the actual production requirements.

Biological Filter Media Production Line Technical Specification:

Applicable raw materials PE Production capacity 80-120kg/h
Center height 1000±50mm Operation direction From right to left
Machine color According to customer requirements Voltage 380V/50Hz
Operating environment Indoors, power supply non-hazardous area Cooling water requirements ≤20℃, ≥0.3MPa
Humidity 85% non-condensing Compressed air requirements 1m3/min, ≥0.6MPa

Applications of MBBR Biological Filter Media:

MBBR biological filter medias exhibit remarkable efficiency in eliminating BOD, nitrogen, and ammonia. MBBR biological filter medias are exceptionally well-suited for upgrading and renovating sewage treatment plants, as well as for advanced denitrification processes.

Municipal Wastewater Treatment

Municipal Wastewater Treatment

For municipal wastewater treatment plants and sewage treatment systems.

Industrial Wastewater Treatment

Industrial Wastewater Treatment

For industrial wastewater treatment applications where biological treatment is required.

Wastewater Treatment Plant Upgrades

Industrial Protection

MBBR media can be used when existing treatment systems need additional biological treatment capacity.

Biological Filtration Systems

Biological Filtration Systems

Used as biofilm carriers to provide protected surfaces for microorganism attachment.

MBBR Biological Filter Media Production Line Video:

MBBR Biological Filter Media Production Line

MBBR Biological Filter Media Production Line

FAQ:

The specific weight of the MBBR carrier is slightly smaller than that of water, and as the attached biofilm grows, the specific gravity becomes larger, making the carrier suspended in the wastewater. The carrier is designed to provide a large protected surface area for biofilms and optimal conditions for bacterial culture. In general, the surface area per cubic meter of the carrier is greater than 500 square meters.

MBBR biological filter media production line includes vacuum feeder, single-screw extruder, high-precision molds (dies), cooling water tank, haul-off machine, and high-speed rotary cutter.

Yes, by simply changing the extrusion die (mold) and adjusting the cutting speed, you can produce various designs (e.g., wheel-shaped, honeycomb, or porous cylinders).

The surface area is determined by the intricate internal structure of the die. The production line ensures this geometry remains consistent through precise temperature and pressure control.

MBBR media has complex internal walls. A long cooling tank (often 4–8 meters) ensures the plastic is fully solidified so the internal structure doesn’t collapse during the cutting process.

The choice depends on your specific needs, including the type of plastic you will process, the desired final product, required production capacity (throughput), and your budget. A good manufacturer will offer consultation to help you choose the right machine and plastic extrusion line configuration.

The cost can vary significantly depending on the machine’s size, type (single vs. twin screw), production capacity, level of automation, and the inclusion of downstream equipment. It’s important to consider the total cost of ownership, including energy consumption, maintenance, and spare parts.

We will outline the process for delivery, installation at the customer’s facility, and commissioning to ensure the machine is set up and running correctly.
 

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