The Lab-Scale Membrane Distillation (MD) Test Skid with Data Acquisition (DAQ) is an advanced research platform designed for precise evaluation and optimization of membrane distillation processes. Integrated with a fully automated DAQ system, it enables real-time monitoring, control, and recording of key process parameters such as temperature, pressure, and flow rate. This skid is ideal for R&D laboratories, universities, and pilot research centers engaged in desalination, wastewater reuse, and thermal separation studies.

Description

The Lab-Scale Membrane Distillation (MD) Test Skid with Data Acquisition (DAQ) is an advanced research platform designed for precise evaluation and optimization of membrane distillation processes. Integrated with a fully automated DAQ system, it enables real-time monitoring, control, and recording of key process parameters such as temperature, pressure, and flow rate. This skid is ideal for R&D laboratories, universities, and pilot research centers engaged in desalination, wastewater reuse, and thermal separation studies.

Key Features

• Integrated DAQ System – Automated data collection for temperature, pressure, conductivity, and flow parameters.
• High-Precision Temperature Control – Independent heating and cooling loops for accurate feed and permeate temperature regulation.
• User-Friendly Interface – PC or touchscreen control for easy data visualization and process adjustment.
• Modular Membrane Cell Design – Compatible with flat-sheet or hollow-fiber membrane modules.
• Real-Time Data Logging & Trend Analysis – Enables performance tracking and comparison of membrane samples.
• Corrosion-Resistant Construction – Built with SS316 and chemically compatible materials for long-term use.

Applications

• Research and development of hydrophobic membranes
• Evaluation of direct contact (DCMD), air-gap (AGMD), vacuum (VMD), and sweeping gas (SGMD) configurations
• Desalination and brine concentration studies
• Wastewater and industrial effluent treatment experiments
• Academic research and pilot-scale feasibility studies

Key Features

Key Features

• Integrated DAQ System – Automated data collection for temperature, pressure, conductivity, and flow parameters.
• High-Precision Temperature Control – Independent heating and cooling loops for accurate feed and permeate temperature regulation.
• User-Friendly Interface – PC or touchscreen control for easy data visualization and process adjustment.
• Modular Membrane Cell Design – Compatible with flat-sheet or hollow-fiber membrane modules.
• Real-Time Data Logging & Trend Analysis – Enables performance tracking and comparison of membrane samples.
• Corrosion-Resistant Construction – Built with SS316 and chemically compatible materials for long-term use.

Applications

Applications

• Research and development of hydrophobic membranes
• Evaluation of direct contact (DCMD), air-gap (AGMD), vacuum (VMD), and sweeping gas (SGMD) configurations
• Desalination and brine concentration studies
• Wastewater and industrial effluent treatment experiments
• Academic research and pilot-scale feasibility studies