The Lab-Scale Ultrafiltration (UF) Test Skid with DAQ is a precision-engineered system designed for laboratory research, membrane evaluation, and process development. With an integrated Data Acquisition (DAQ) system, it allows real-time monitoring, logging, and analysis of critical operating parameters, ensuring accurate and reproducible results for R&D and pilot studies.

Description

The Lab-Scale Ultrafiltration (UF) Test Skid with DAQ is a precision-engineered system designed for laboratory research, membrane evaluation, and process development. With an integrated Data Acquisition (DAQ) system, it allows real-time monitoring, logging, and analysis of critical operating parameters, ensuring accurate and reproducible results for R&D and pilot studies.

Key Features

• Integrated DAQ System – Real-time recording of pressure, flow, temperature, and turbidity.
• Compact Skid-Mounted Design – Space-efficient and ideal for laboratory setups.
• Flexible Membrane Compatibility – Supports hollow fiber, tubular, and flat sheet UF membranes.
• Advanced Monitoring – Equipped with digital sensors and automated controls.
• User-Friendly Interface – Touchscreen/PC-based operation with data visualization and export.
• Customizable Setup – Configurable to match specific feedwater and testing requirements.

Applications

• Laboratory-scale testing of UF membranes for water and wastewater treatment
• Research and development in universities, institutes, and industrial labs
• Validation of pretreatment and hybrid treatment processes
• Food, beverage, dairy, and pharmaceutical process water studies
• Training, teaching, and technology demonstration

Key Features

Key Features

• Integrated DAQ System – Real-time recording of pressure, flow, temperature, and turbidity.
• Compact Skid-Mounted Design – Space-efficient and ideal for laboratory setups.
• Flexible Membrane Compatibility – Supports hollow fiber, tubular, and flat sheet UF membranes.
• Advanced Monitoring – Equipped with digital sensors and automated controls.
• User-Friendly Interface – Touchscreen/PC-based operation with data visualization and export.
• Customizable Setup – Configurable to match specific feedwater and testing requirements.

Applications

Applications

• Laboratory-scale testing of UF membranes for water and wastewater treatment
• Research and development in universities, institutes, and industrial labs
• Validation of pretreatment and hybrid treatment processes
• Food, beverage, dairy, and pharmaceutical process water studies
• Training, teaching, and technology demonstration