REVERSE OSMOSIS TESTING SYSTEM SERIES

The High-Pressure Pilot-Scale System with DAQ is an advanced platform designed for membrane testing, desalination research, and process optimization under elevated pressures. Built for precision and reliability, this system supports RO, NF, and high-pressure membrane studies, delivering accurate performance evaluation across a wide range of operating conditions.
Integrated with a high-resolution Data Acquisition (DAQ) System, it provides continuous digital monitoring, recording, and analysis of all critical parameters, offering exceptional control and data accuracy for long-duration pilot trials.

The Lab Scale Reverse Osmosis Test Skid with Data Acquisition (DAQ) System is a high-precision research platform engineered for detailed membrane performance evaluation and desalination studies. Designed for laboratories and R&D centers, this system combines robust high-pressure RO operation with fully integrated digital monitoring, allowing researchers to capture real-time data related to flux, pressure, conductivity, temperature, and membrane behavior.
The built-in DAQ enables automated logging, trend analysis, and experiment reproducibility—making it an ideal solution for data-driven membrane research, fouling studies, and process development.

The Tabletop RO Membrane Testing System with DAQ is a compact, high-precision testing platform designed for rapid evaluation of reverse osmosis membranes in laboratory environments. Engineered for accuracy, efficiency, and ease of use, this benchtop setup integrates an advanced Data Acquisition (DAQ) system for real-time monitoring and performance analysis.

The Automatic RO Pilot-Scale System with PLC + SCADA is a fully automated research and process development platform designed for precision, control, and real-time data visualization. Engineered for membrane performance testing, process optimization, and pilot-scale validation, this system integrates industry-grade PLC automation with an advanced SCADA interface for seamless monitoring, control, and data management.

The RO Test Skid with Spiral Wound Membrane Housing is a compact, high-performance system designed for evaluating the efficiency and behavior of spiral wound RO membranes. Built for laboratory research, pilot testing, and product development, this unit provides stable high-pressure operation and precise control over all key process parameters.
Engineered with corrosion-resistant materials and a robust spiral wound membrane pressure vessel, the system supports a wide range of desalination, brackish water, and high-salinity feed experiments. Its modular design ensures easy integration into existing R&D setups and enables detailed assessment of membrane flux, rejection, fouling, and cleaning performance.

The RO Pilot-Scale System with DAQ is an advanced research and development platform engineered to simulate full-scale reverse osmosis operations in a controlled, scalable environment. Designed for high-accuracy performance testing, process optimization, and membrane evaluation, this system integrates a powerful Data Acquisition (DAQ) system for continuous monitoring and data logging.

The Lab Scale Reverse Osmosis Test Skid is a precision-engineered system designed for small-scale desalination, membrane performance evaluation, and RO process optimization. Built for academic laboratories, R&D facilities, and pilot-level research, this unit provides stable high-pressure operation and accurate measurement of flux, salt rejection, and membrane permeability.
The system integrates high-quality pressure controls, instrumentation, and safety features, enabling researchers to run controlled RO experiments using brackish water, seawater, or custom feed solutions. Its compact footprint and modular layout ensure easy installation and seamless operation.

The High-Pressure Membrane Testing System (Multicell Series) is a precision-engineered research platform designed for evaluating membrane performance under controlled high-pressure conditions. Built for advanced R&D labs, academic institutions, and membrane manufacturers, the system supports multiple test cells operating simultaneously, enabling comparative, parallel, and high-efficiency testing workflows.