Home > products > SSI Aeration Diffusers >
High Durability Biofilm Based Reactor System For Efficient Wastewater Treatment

High Durability Biofilm Based Reactor System For Efficient Wastewater Treatment

Biofilm Based Reactor MBBR System

Biofilm Based Reactor System Bio Filler

Place of Origin:

Korea

Brand Name:

SSI

Certification:

ISO

Model Number:

HDPE

Contact Us

Request A Quote
Product Details
Product Name:
MBBR Bio Filler
Material:
HDPE
Durability:
High
Installation:
Easy To Install
Energy Saving:
Yes
Application:
Wastewater Treatment
Payment & Shipping Terms
Product Description

Product Description:

MBBR System - A Modular Biofilm Carrier Reactor System

The MBBR System, short for Moving-Bed-Biofilm-Reactor-System, is a multi-media biofilm reactor system that offers a cost-effective and efficient solution for wastewater treatment. The modular biofilm carrier reactor system is designed with the latest techniques and technologies, providing an easy-to-install and environmentally friendly solution for almost any wastewater treatment application. It offers energy savings and superior performance compared to conventional treatment systems, making it an ideal option for many wastewater treatment plant operators. With a variety of features and capabilities, the MBBR System is an ideal choice for wastewater treatment.

The MBBR System is comprised of a multitude of components and features that make it a reliable and efficient solution for wastewater treatment. The system is designed with a unique modular design that makes it easy to install and helps reduce maintenance costs. The system features a multi-media biofilm reactor that provides an efficient and effective treatment process. The media used in the system has a high surface area, which allows for a more efficient treatment of wastewater. Additionally, the system has an oxygen-driven design that helps reduce energy costs. The system also has an advanced control panel that allows for easy monitoring and control of the system.

The MBBR System provides a cost-effective and energy-efficient solution for wastewater treatment. It is easy to install, environmentally friendly, and offers superior performance compared to conventional treatment systems. With its modular design, advanced control panel, and multi-media biofilm reactor, the MBBR System is an ideal choice for wastewater treatment.

 

Features:

  • Product Name: MBBR System
  • Material: HDPE
  • Environmental Friendly: Yes
  • Application: Wastewater Treatment
  • Energy Saving: Yes
  • Durability: High
  • Technology: Microbial-Biofilm-Reactor-System, Carrier-Based-Reactor-System, Integrated-Biofilm-Reactor-System
High Durability Biofilm Based Reactor System For Efficient Wastewater Treatment 0High Durability Biofilm Based Reactor System For Efficient Wastewater Treatment 1

Technical Parameters:

Attribute Description
Application Wastewater Treatment
Durability High
Material HDPE
Installation Easy To Install
Product Name MBBR Bio Filler
Energy Saving Yes
Environmental Friendly Yes
Technology Biofilm Carrier Treatment System (BCTS), Biofilm Based Reactor System (BBRS), Microbial Biofilm Reactor System (MBRS)
 

Applications:

About SSI HDPE Microbial-Biofilm-Reactor-System (MBBR)

SSI HDPE MBBR System is a modular biofilm carrier reactor system that is designed for wastewater treatment. It is energy-saving, environmental friendly, and highly durable. This system is constructed with high-density polyethylene (HDPE) material for superior performance. It is easy to install and can be used in many different scenarios. The biofilm-based reactor system utilizes the power of microbes and biofilm to effectively remove contaminants from wastewater. It is the perfect solution for any industrial, commercial, or residential wastewater treatment system.

The SSI HDPE MBBR System is designed to be efficient and cost-effective. It provides superior performance in terms of energy-saving and durability. It is also easy to install and maintain, making it the perfect choice for any wastewater treatment system. Moreover, this system is environmentally friendly and provides a safe and reliable solution for wastewater treatment.

The SSI HDPE MBBR System is the perfect solution for any wastewater treatment system. It is energy-saving, environmental friendly, and highly durable. It is easy to install and maintain, and provides superior performance. This system is the perfect choice for any industrial, commercial, or residential wastewater treatment system.

High Durability Biofilm Based Reactor System For Efficient Wastewater Treatment 2

Customization:

MBBR System

Our MBBR System is a Modular-Biofilm-Carrier-Reactor-System (MBBR), and is also a Multi-Media-Biofilm-Reactor-System (MMBR) and a Carrier-Based-Reactor-System (CBR). It is manufactured by SSI, and the model number is HDPE. It is made in Korea and is highly durable due to its HDPE material. It is also environmental friendly, and energy saving.

FAQ:

Q: What is MBBR System?
A: MBBR System is a wastewater treatment system manufactured by SSI, which adopts an innovative high-density polyethylene (HDPE) media from Korea.
Q: What are the advantages of MBBR System?
A: The advantages of MBBR System include high efficiency, flexibility, low maintenance, and minimal energy consumption.
Q: What are the applications of MBBR System?
A: MBBR System can be used for a wide range of wastewater treatment applications such as industrial, commercial, and residential wastewater.
Q: How does MBBR System work?
A: MBBR System works by using the high-density polyethylene (HDPE) media to provide a large surface area for the growth of aerobic bacteria. These bacteria consume the waste materials in the wastewater, thus purifying it.
Q: What is the lifetime of MBBR System?
A: The lifetime of MBBR System depends on the operating conditions and type of wastewater being treated. With proper maintenance and regular cleaning, the system can last for many years.

Send your inquiry directly to us

Privacy Policy China Good Quality Bubble Air Diffuser Supplier. Copyright © 2023-2024 bubbleairdiffuser.com . All Rights Reserved.