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Zakład MBBR
Created with Pixso. Automatic Running MBBR Plant 10m3-1000m3/Day Reduce 95% CODcr And BOD5 for Wastewater Treatment

Automatic Running MBBR Plant 10m3-1000m3/Day Reduce 95% CODcr And BOD5 for Wastewater Treatment

Szczegółowe informacje
Woltaż:
Dostosowane
Działanie:
Automatyczne bieganie
Funkcjonować:
Zmniejsz 95% ChZTcr i BZT5
Aplikacja:
Oczyszczanie ścieków
Moc przetwarzania:
10M3-1000M3/dzień
Przetwarzanie:
AO+MBR AO+MBBR
Podkreślić:

Automatic MBBR plant for wastewater treatment

,

MBBR plant with CODcr reduction

,

Industrial MBBR plant 10m3-1000m3 capacity

Opis produktu

Product Description:

The Mobile Biomedia Wastewater Treatment Plant (MBBR Plant) is an innovative solution designed to effectively reduce 95% of CODcr and BOD5, making it a highly efficient option for wastewater treatment applications. This cutting-edge system utilizes a Moving Bed Biological Contact Filter System to provide exceptional treatment capabilities.

With customized voltage options available, the MBBR Plant can be tailored to meet specific power requirements, ensuring optimal performance and energy efficiency. This flexibility allows for seamless integration into various settings and operational environments.

The processing capabilities of the MBBR Plant include both Anoxic Oxidation (AO) and Membrane Bioreactor (MBR) or Moving Bed Biofilm Reactor (MBBR) technologies. This combination of advanced treatment methods ensures thorough purification of wastewater, resulting in high-quality effluent output.

Designed for wastewater treatment applications, the MBBR Plant is suitable for a wide range of settings, including industrial facilities, municipal treatment plants, and commercial developments. Its versatility and effectiveness make it a valuable asset for addressing diverse water treatment needs.

Thanks to its automatic running operation, the MBBR Plant offers a user-friendly experience with minimal manual intervention required. This feature streamlines the treatment process, allowing for continuous and reliable performance without constant monitoring.

In summary, the MBBR Plant is a Fluidized Biofilter Plant that excels in reducing CODcr and BOD5 levels by 95% through its advanced Moving Bed Biological Contact Filter System. With customizable voltage options, versatile processing technologies, and automatic operation, this innovative solution is a top choice for efficient and effective wastewater treatment.

 

Features:

  • Product Name: MBBR Plant
  • Function: Reduce 95% CODcr And BOD5
  • Processing Power: 10m3-1000m3/Day
  • Operation: Automatic Running
  • Application: Wastewater Treatment
  • Voltage: Customized
 

Technical Parameters:

Function Reduce 95% CODcr And BOD5
Application Wastewater Treatment
Voltage Customized
Processing AO+MBR AO+MBBR
Processing Power 10m3-1000m3/Day
Operation Automatic Running
 

Applications:

The Floating Bed Biological Reactor Plant, also known as the Moving Bed Biological Contact Filter System or Fluidized Biofilter Plant, is a versatile wastewater treatment solution suitable for a wide range of application occasions and scenarios.

With a processing power ranging from 10m3 to 1000m3 per day, this system is ideal for various settings, including industrial facilities, municipal wastewater treatment plants, and commercial establishments.

Its processing capabilities encompass both AO+MBR and AO+MBBR configurations, ensuring efficient removal of contaminants such as CODcr and BOD5. By utilizing the automatic running operation, the system minimizes the need for constant monitoring and intervention, making it suitable for locations where continuous operation is required.

Customized voltage options further enhance the flexibility of the Floating Bed Biological Reactor Plant, allowing it to be seamlessly integrated into different electrical systems without difficulty.

In practical terms, this system is well-suited for scenarios where there is a need to reduce CODcr and BOD5 levels by up to 95%. This makes it an excellent choice for industries and facilities that prioritize environmental sustainability and compliance with wastewater discharge regulations.