The Electro-Conductive Ultrafiltration (UF) Membrane System with DAQ is an advanced laboratory and pilot-scale platform designed to evaluate the performance of electro-conductive membranes. By integrating ultrafiltration technology with electrochemical functionality, this system allows simultaneous separation and fouling control, while the built-in Data Acquisition (DAQ) system ensures precise monitoring and analysis of process parameters.

Description

The Electro-Conductive Ultrafiltration (UF) Membrane System with DAQ is an advanced laboratory and pilot-scale platform designed to evaluate the performance of electro-conductive membranes. By integrating ultrafiltration technology with electrochemical functionality, this system allows simultaneous separation and fouling control, while the built-in Data Acquisition (DAQ) system ensures precise monitoring and analysis of process parameters.

Key Features

• Electro-Conductive Membrane Module – Combines membrane filtration with electrical surface activation to minimize fouling.
• Integrated DAQ System – Real-time logging of voltage, current, pressure, flow, turbidity, and temperature.
• Enhanced Fouling Control – Electrical conductivity helps reduce scaling, organic fouling, and biofouling.
• Compact Skid Design – Lab and pilot-friendly, easy to install and operate.
• Flexible Operation – Compatible with hollow fiber, tubular, or flat-sheet electro-conductive UF membranes.
• User-Friendly Interface – Touchscreen/PC-based monitoring with data visualization and export options.

Applications

• Research and development of next-generation antifouling membranes
• Water and wastewater treatment studies
• Industrial process stream separation with fouling challenges
• Electrochemical-membrane hybrid system research in universities and institutes
• Food, beverage, and pharmaceutical process trials requiring advanced fouling resistance

Key Features

Key Features

• Electro-Conductive Membrane Module – Combines membrane filtration with electrical surface activation to minimize fouling.
• Integrated DAQ System – Real-time logging of voltage, current, pressure, flow, turbidity, and temperature.
• Enhanced Fouling Control – Electrical conductivity helps reduce scaling, organic fouling, and biofouling.
• Compact Skid Design – Lab and pilot-friendly, easy to install and operate.
• Flexible Operation – Compatible with hollow fiber, tubular, or flat-sheet electro-conductive UF membranes.
• User-Friendly Interface – Touchscreen/PC-based monitoring with data visualization and export options.

Applications

Applications

• Research and development of next-generation antifouling membranes
• Water and wastewater treatment studies
• Industrial process stream separation with fouling challenges
• Electrochemical-membrane hybrid system research in universities and institutes
• Food, beverage, and pharmaceutical process trials requiring advanced fouling resistance