Water Treatment Mbbr Media

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MOQ : 100 Pieces

Water Treatment Mbbr Media Specification

Shape
Cylindrical with fins

Filter Type
Fluidized bio media

Filter Medium Material
HDPE

Application
Wastewater treatment plant

Product Type
MBBR Media

Function
Biological wastewater treatment

Use
Wastewater treatment plant

Material
High-density polyethylene (HDPE)

Size
15x22 mm (Cylindrical with external and internal fins)

Density
0.96 kg/L

Model Type
STEP(MBBR)

Specific Gravity
0.96 g/cm3

Color
White

Void Ratio
>95%

Diameter
15 mm

Surface Area
>450 m2/m3

Length
22 mm

No. of Fins
Multiple fins

Media Life
>15 years

Water Treatment Mbbr Media Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Water Treatment Mbbr Media

Unlock instant savings with our superb Water Treatment Mbbr Media, Model STEP(MBBR), crafted for first-class biological wastewater treatment. Manufactured in India using high-density polyethylene (HDPE), this scarce cylindrical media with multiple dazzling fins boasts a remarkable surface area of over 450 m2/m3 and a void ratio above 95%. With a specific gravity of 0.96 g/cm3, each piece measures 15x22 mm and guarantees a media life exceeding 15 years. Experience superior treatment performance with this dazzling, first-class solution for wastewater treatment plants.

Versatile Usage and Applications

Water Treatment Mbbr Media is widely used in wastewater treatment plants for treating both municipal and industrial effluents. Its biological filtration capacity makes it ideal for removing organic content in a continuous, efficient manner. This media is designed for submerged biofilm reactors, providing optimal microorganism support and effective breakdown of pollutants. Suitable for various treatment stages, it excels in both new installations and upgrades, making it a versatile choice for ongoing water purification processes.

Reliable Supply and Sample Policies

Our supply ability for Water Treatment Mbbr Media is robust, ensuring timely and efficient delivery through careful logistics planning. Estimate your project requirements, and we'll provide precise quantities to match. Samples are available for evaluation, with sample charges depending on requested volume. We prioritize transparency in our policies, offering flexible options to accommodate diverse needs. Trust our streamlined logistics network for secure, on-time product arrival, whether for small-scale trials or bulk orders.

FAQ's of Water Treatment Mbbr Media:

Q: How does the STEP(MBBR) media improve wastewater treatment processes?

A: The STEP(MBBR) media features a high surface area and multiple fins, which foster dense biofilm growth, accelerating the breakdown of organic pollutants. This results in more efficient and reliable biological wastewater treatment.

Q: What is the typical lifespan of your MBBR media and what factors influence it?

A: Our MBBR media is designed to operate efficiently for more than 15 years. Lifespan may vary depending on regular maintenance, type of wastewater, and operational conditions but the robust HDPE material ensures longevity.

Q: Where can Water Treatment Mbbr Media be implemented most effectively?

A: This media is best suited for use in municipal and industrial wastewater treatment plants, particularly within Moving Bed Biofilm Reactor (MBBR) systems, making it perfect for new installations and modernization of existing plants.

Q: What is the process to obtain a product sample, and are there any charges involved?

A: You can request a sample from us for evaluation purposes. Sample charges may apply depending on the sample size, and our team will provide clear information regarding availability and charges based on your request.

Q: What benefits does the high void ratio and surface area of this media offer?

A: The high void ratio (>95%) and expansive surface area (>450 m2/m3) enable extensive microbial colonization, resulting in rapid and effective biodegradation of contaminants, maximizing plant efficiency and throughput.

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