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Hybrid Pervaporation Testing System

The Hybrid Pervaporation Testing System is an advanced laboratory and pilot-scale unit designed for comprehensive evaluation of pervaporation membranes combined with complementary separation technologies. This integrated system allows researchers and engineers to study hybrid processes, enhancing separation efficiency, solvent recovery, and overall process performance.

Description

The Hybrid Pervaporation Testing System is an advanced laboratory and pilot-scale unit designed for comprehensive evaluation of pervaporation membranes combined with complementary separation technologies. This integrated system allows researchers and engineers to study hybrid processes, enhancing separation efficiency, solvent recovery, and overall process performance.

The system provides precise control over feed temperature, flow, and vacuum, while enabling integration with additional modules such as distillation, adsorption, or filtration units. With its flexible design, the hybrid skid supports both flat-sheet and tubular membranes and is ideal for process development, optimization, and feasibility studies.

Key Features

Hybrid System Integration – Combine pervaporation with other separation techniques for enhanced performance.
Precision Temperature Control – Maintain optimal feed temperature for consistent pervaporation performance.
Variable Vacuum Control – Precise vacuum adjustment to optimize permeate driving force.
Flexible Membrane Support – Compatible with flat-sheet and tubular pervaporation membranes.
Modular Design – Easy integration with complementary separation modules.
Data Collection Capability – Optional sensors for temperature, pressure, and flow monitoring.

Applications

Development and testing of hybrid separation processes
Solvent recovery and product concentration studies
Evaluation of pervaporation performance in hybrid configurations
Industrial process optimization and feasibility assessment
Research and development in chemical and pharmaceutical industries

Key Features

Hybrid System Integration – Combine pervaporation with other separation techniques for enhanced performance.
Precision Temperature Control – Maintain optimal feed temperature for consistent pervaporation performance.
Variable Vacuum Control – Precise vacuum adjustment to optimize permeate driving force.
Flexible Membrane Support – Compatible with flat-sheet and tubular pervaporation membranes.
Modular Design – Easy integration with complementary separation modules.
Data Collection Capability – Optional sensors for temperature, pressure, and flow monitoring.