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Lab Membrane Bio Reactor Test Skid with DAQ

The Lab Membrane Bio Reactor (MBR) Test Skid with DAQ System is an advanced, compact unit engineered for laboratory-scale research, performance testing, and process development in wastewater treatment applications. This system integrates biological treatment and membrane separation with a real-time data acquisition (DAQ) system, allowing precise monitoring, recording, and analysis of operational parameters for enhanced process understanding and optimization.

Description

The Lab Membrane Bio Reactor (MBR) Test Skid with DAQ System is an advanced, compact unit engineered for laboratory-scale research, performance testing, and process development in wastewater treatment applications. This system integrates biological treatment and membrane separation with a real-time data acquisition (DAQ) system, allowing precise monitoring, recording, and analysis of operational parameters for enhanced process understanding and optimization.

Key Features

Integrated MBR System – Combines biological degradation and membrane filtration for superior effluent quality.
Advanced DAQ Integration – Real-time monitoring of flow rate, transmembrane pressure, temperature, pH, and dissolved oxygen with data logging capability.
Compact Modular Design – Space-efficient unit suitable for R&D labs and pilot studies.
Flexible Membrane Configuration – Compatible with flat sheet or hollow fiber UF/MF membranes.
Automation & Control – PLC/HMI-based operation for precise control and easy parameter adjustment.
Comprehensive Sampling Ports – Enables collection of influent, mixed liquor, and permeate samples.
Material Options – Available in SS316, FRP, or HDPE construction based on application and chemical compatibility.

Applications

Laboratory and pilot-scale testing of membrane bioreactor systems.
Optimization of biological and membrane process parameters.
Research on membrane fouling, cleaning strategies, and flux behavior.
Evaluation of wastewater treatment efficiency for industrial effluents.
Educational use for demonstrating advanced biological-membrane integration.

Key Features

Integrated MBR System – Combines biological degradation and membrane filtration for superior effluent quality.
Advanced DAQ Integration – Real-time monitoring of flow rate, transmembrane pressure, temperature, pH, and dissolved oxygen with data logging capability.
Compact Modular Design – Space-efficient unit suitable for R&D labs and pilot studies.
Flexible Membrane Configuration – Compatible with flat sheet or hollow fiber UF/MF membranes.
Automation & Control – PLC/HMI-based operation for precise control and easy parameter adjustment.
Comprehensive Sampling Ports – Enables collection of influent, mixed liquor, and permeate samples.
Material Options – Available in SS316, FRP, or HDPE construction based on application and chemical compatibility.