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.

Description

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.

Key Features

• High-Pressure Capability – Engineered to operate at elevated pressures suitable for RO and NF pilot-scale testing, ensuring stable and consistent performance.
• Integrated DAQ System – Real-time data acquisition for pressure, flow, temperature, conductivity, and permeate quality.
• Modular System Design – Supports single-pass or multi-stage configurations with flexible membrane housing options.
• Advanced Process Control – PLC-based automation with manual override capabilities.
• Robust Construction – Fabricated with stainless steel and corrosion-resistant alloys for long operational life.

Applications

• Pilot-scale RO and NF testing for desalination and water treatment
• Evaluation of high-pressure membrane performance and durability
• Optimization of operating parameters for industrial applications
• Long-term testing and validation of membrane efficiency

Key Features

Key Features

• High-Pressure Capability – Engineered to operate at elevated pressures suitable for RO and NF pilot-scale testing, ensuring stable and consistent performance.
• Integrated DAQ System – Real-time data acquisition for pressure, flow, temperature, conductivity, and permeate quality.
• Modular System Design – Supports single-pass or multi-stage configurations with flexible membrane housing options.
• Advanced Process Control – PLC-based automation with manual override capabilities.
• Robust Construction – Fabricated with stainless steel and corrosion-resistant alloys for long operational life.

Applications

Applications

• Pilot-scale RO and NF testing for desalination and water treatment
• Evaluation of high-pressure membrane performance and durability
• Optimization of operating parameters for industrial applications
• Long-term testing and validation of membrane efficiency