The Microfiltration (MF) Pilot Plant is a fully integrated system designed for testing and validating microfiltration technology at pilot scale. It provides a practical platform to assess membrane performance, optimize operating conditions, and evaluate feed water characteristics before full-scale implementation. Suitable for both research and industrial environments, this pilot plant helps bridge the gap between laboratory studies and commercial-scale applications.

Description

The Microfiltration (MF) Pilot Plant is a fully integrated system designed for testing and validating microfiltration technology at pilot scale. It provides a practical platform to assess membrane performance, optimize operating conditions, and evaluate feed water characteristics before full-scale implementation. Suitable for both research and industrial environments, this pilot plant helps bridge the gap between laboratory studies and commercial-scale applications.

Key Features

• Complete Pilot-Scale System – Includes feed pumps, pressure vessels, instrumentation, and control panel.
• Flexible Membrane Options – Compatible with hollow fiber, tubular, or flat sheet MF membranes.
• Advanced Monitoring – Equipped with flow meters, pressure sensors, turbidity meters, and data logging (optional).
• Customizable Design – Configurations available for different feed sources and operating conditions.
• Durable Construction – Skid-mounted, corrosion-resistant design for long-term operation.
• Ease of Operation – Manual, semi-automatic, or fully automated control options.

Applications

• Water and wastewater treatment process validation
• Municipal and industrial water reuse studies
• Pilot-scale testing for food & beverage, dairy, and pharmaceutical industries
• Research and development projects in universities and institutes
• Optimization of pretreatment and hybrid membrane processes

Key Features

Key Features

• Complete Pilot-Scale System – Includes feed pumps, pressure vessels, instrumentation, and control panel.
• Flexible Membrane Options – Compatible with hollow fiber, tubular, or flat sheet MF membranes.
• Advanced Monitoring – Equipped with flow meters, pressure sensors, turbidity meters, and data logging (optional).
• Customizable Design – Configurations available for different feed sources and operating conditions.
• Durable Construction – Skid-mounted, corrosion-resistant design for long-term operation.
• Ease of Operation – Manual, semi-automatic, or fully automated control options.

Applications

Applications

• Water and wastewater treatment process validation
• Municipal and industrial water reuse studies
• Pilot-scale testing for food & beverage, dairy, and pharmaceutical industries
• Research and development projects in universities and institutes
• Optimization of pretreatment and hybrid membrane processes