The Ultrafiltration (UF) Pilot Plant is a compact, fully integrated system designed to test and demonstrate the performance of ultrafiltration membranes under real operating conditions. It provides a reliable platform for validating membrane performance, optimizing operating parameters, and generating scale-up data prior to full-scale implementation. Suitable for industrial, municipal, and research applications, this pilot plant bridges the gap between laboratory testing and commercial deployment.

Description

The Ultrafiltration (UF) Pilot Plant is a compact, fully integrated system designed to test and demonstrate the performance of ultrafiltration membranes under real operating conditions. It provides a reliable platform for validating membrane performance, optimizing operating parameters, and generating scale-up data prior to full-scale implementation. Suitable for industrial, municipal, and research applications, this pilot plant bridges the gap between laboratory testing and commercial deployment.

Key Features

• Complete Pilot System – Includes feed pumps, pressure vessels, control panel, and instrumentation.
• Flexible Membrane Configurations – Compatible with hollow fiber, tubular, and flat sheet UF membranes.
• Advanced Monitoring – Equipped with pressure sensors, flow meters, turbidity analyzers, and optional data logging.
• Customizable Design – Configured to match specific feedwater qualities and capacity requirements.
• Operational Flexibility – Manual, semi-automatic, or fully automated control options.
• Robust Construction – Skid-mounted and built with corrosion-resistant materials.

Applications

• Water and wastewater treatment validation
• Industrial water reuse and recycling studies
• Food, beverage, dairy, and pharmaceutical process water trials
• Pilot-scale research and development in universities and institutes
• Optimization of pretreatment and hybrid treatment systems

Key Features

Key Features

• Complete Pilot System – Includes feed pumps, pressure vessels, control panel, and instrumentation.
• Flexible Membrane Configurations – Compatible with hollow fiber, tubular, and flat sheet UF membranes.
• Advanced Monitoring – Equipped with pressure sensors, flow meters, turbidity analyzers, and optional data logging.
• Customizable Design – Configured to match specific feedwater qualities and capacity requirements.
• Operational Flexibility – Manual, semi-automatic, or fully automated control options.
• Robust Construction – Skid-mounted and built with corrosion-resistant materials.

Applications

Applications

• Water and wastewater treatment validation
• Industrial water reuse and recycling studies
• Food, beverage, dairy, and pharmaceutical process water trials
• Pilot-scale research and development in universities and institutes
• Optimization of pretreatment and hybrid treatment systems