The Full-Scale Pilot Membrane Bio Reactor (MBR) System is a robust and fully integrated solution for pilot-scale wastewater treatment studies. Designed for industrial and municipal applications, this system combines biological treatment with advanced membrane filtration, providing high-quality effluent with reduced footprint. It is ideal for process optimization, feasibility studies, and scale-up analysis before full commercial deployment.

Description

The Full-Scale Pilot Membrane Bio Reactor (MBR) System is a robust and fully integrated solution for pilot-scale wastewater treatment studies. Designed for industrial and municipal applications, this system combines biological treatment with advanced membrane filtration, providing high-quality effluent with reduced footprint. It is ideal for process optimization, feasibility studies, and scale-up analysis before full commercial deployment.

Key Features

• Integrated Biological & Membrane Treatment – Combines activated sludge process with UF/MF membrane separation.
• Pilot-Scale Capacity – Handles higher flows than lab units, suitable for real-world testing and industrial effluent evaluation.
• Robust & Modular Design – Built for continuous operation with easy maintenance and modular upgrades.
• Automation & Control – PLC/HMI-based system for precise control of aeration, sludge, and membrane operation.
• High-Quality Construction – SS316, FRP, or HDPE materials ensure chemical resistance and durability.
• Flexible Membrane Options – Supports hollow fiber or flat sheet UF/MF membranes.
• Comprehensive Sampling & Monitoring – Includes influent, mixed liquor, and permeate sampling ports, along with optional sensors for real-time monitoring.

Applications

• Pilot-scale feasibility studies for municipal and industrial wastewater treatment.
• Evaluation and optimization of MBR performance for full-scale implementation.
• Testing of effluents from food & beverage, pharmaceutical, textile, and petrochemical industries.
• Study of fouling characteristics, cleaning protocols, and process optimization.

Key Features

Key Features

• Integrated Biological & Membrane Treatment – Combines activated sludge process with UF/MF membrane separation.
• Pilot-Scale Capacity – Handles higher flows than lab units, suitable for real-world testing and industrial effluent evaluation.
• Robust & Modular Design – Built for continuous operation with easy maintenance and modular upgrades.
• Automation & Control – PLC/HMI-based system for precise control of aeration, sludge, and membrane operation.
• High-Quality Construction – SS316, FRP, or HDPE materials ensure chemical resistance and durability.
• Flexible Membrane Options – Supports hollow fiber or flat sheet UF/MF membranes.
• Comprehensive Sampling & Monitoring – Includes influent, mixed liquor, and permeate sampling ports, along with optional sensors for real-time monitoring.

Applications

Applications

• Pilot-scale feasibility studies for municipal and industrial wastewater treatment.
• Evaluation and optimization of MBR performance for full-scale implementation.
• Testing of effluents from food & beverage, pharmaceutical, textile, and petrochemical industries.
• Study of fouling characteristics, cleaning protocols, and process optimization.