MEMBRANE DISTILLATION TESTING SYSTEM SERIES

Lab scale membrane distillation test skid

The Lab-Scale Membrane Distillation (MD) Test Skid is a compact and versatile setup designed for research, development, and performance evaluation of membrane distillation processes. It allows precise control and monitoring of temperature, flow rate, and pressure parameters, making it ideal for academic studies, material testing, and process optimization. Built with high-quality components and user-friendly controls, this system provides a reliable platform for exploring various MD configurations such as direct contact (DCMD), air-gap (AGMD), vacuum (VMD), and sweeping gas (SGMD) modes.

Full membrane distillation with DAQ

The Full-Scale Membrane Distillation (MD) System with Data Acquisition (DAQ) is an industrial-grade solution designed for large-scale desalination, brine concentration, and wastewater treatment applications. Equipped with an advanced DAQ and automation platform, this system ensures precise process control, real-time monitoring, and performance optimization. It is ideal for continuous operation and high-volume distillate production in industries aiming for sustainable water recovery and zero-liquid-discharge (ZLD) solutions.

Lab scale membrane distillation test skid with DAQ

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.

Pilot membrane distillation with DAQ

The Pilot Membrane Distillation (MD) System with Data Acquisition (DAQ) is a state-of-the-art pilot-scale setup designed for process validation, membrane performance evaluation, and scale-up studies. Integrated with a comprehensive DAQ system, it allows real-time monitoring and control of critical operating parameters such as temperature, pressure, conductivity, and flow rate. This system provides a reliable platform for testing direct contact (DCMD), air-gap (AGMD), vacuum (VMD), and sweeping gas (SGMD) membrane distillation configurations under realistic operating conditions.