High-Gravity Emulsification and Mass Transfer Educational Pilot Plant

Introduction

The High-Gravity Emulsification and Mass Transfer Educational Unit Operations Pilot Plant is an integrated laboratory system designed for higher education institutions. This pilot plant utilizes rotating packed bed (RPB) technology to demonstrate process intensification, multiphase mixing, and mass transfer operations. By generating a high-gravity field, the system significantly reduces transport resistance and accelerates emulsification compared to traditional stirred-tank reactors. Built with university teaching laboratories in mind, this equipment provides engineering students with hands-on experience in modern chemical engineering techniques, bridging the gap between bench-scale chemistry and industrial process operations.

Tailored Solutions for Academic Curricula

To accommodate diverse laboratory layouts and varying syllabus requirements, this pilot plant features a modular design. Both the hardware configurations and the software control systems can be customized to align with specific course objectives, space constraints, or research needs, allowing instructors to configure the ideal teaching tool for their department.

Key Educational Functions and Advantages

• Process Intensification Demonstration: Illustrates how centrifugal forces in a rotating bed enhance fluid shear, creating highly uniform emulsions and accelerating mass transfer.
• Integrated Instrumentation: Equipped with high-precision metering pumps, flow meters, and temperature sensors to give students practical experience with industrial process monitoring.
• Digitalized Learning Experience: Features a 15.6-inch touchscreen control interface with wireless data transmission, allowing students to monitor process variables, log real-time data, and conduct post-experiment analysis.
• Robust Safety Interlocks: Built-in safety protocols monitor system temperature and pressure in real time, with automatic shutdown mechanisms to maintain a safe educational environment.
• Corrosion-Resistant Construction: Main fluid-contact components are manufactured from high-grade stainless steel to ensure longevity, durability, and compatibility with various teaching fluids.

Detail & Parts

Technical Specifications and Curricular Integration

The system configuration and its alignment with standard laboratory exercises are outlined below:

Curriculum Alignment and Academic Value

This pilot plant is designed for core engineering curricula across multiple disciplines, including Chemical Engineering, Environmental Engineering, Food Engineering, and Pharmaceutical Technology. By engaging with this system, students gain a practical understanding of physical transport phenomena and unit operations described in standard academic literature.

The experimental modules directly correspond to key concepts found in classic engineering textbooks:

• Multiphase Mixing and Emulsification: The preparation of stable emulsions in the high-gravity field demonstrates the fluid mechanics of high-shear fields, a core topic within Unit Operations of Chemical Engineering.
• Mass Transfer Coefficients: Students can calculate mass transfer rates and volumetric mass transfer coefficients under intensified conditions, directly illustrating the mathematical models discussed in Transport Processes and Unit Operations.
• Process Scale-Up and Intensification: The compact design and high throughput of the rotating packed bed provide a concrete example of process intensification and equipment sizing principles detailed in Chemical Engineering Design.

System Adaptability and Customization

Recognizing that every university laboratory has unique pedagogical goals, this pilot plant offers extensive adaptability. Instructors can request specific modifications to both hardware (such as alternative pump capacities, sensor types, or auxiliary vessels) and software (including custom data visualization dashboards and control algorithms) to ensure the system integrates into their existing lab courses.

About LABPARK

LABPARK has been dedicated to supporting higher education for more than 20 years, focusing on delivering reliable educational equipment and pilot plants. Our product range serves six primary academic fields: chemistry, chemical engineering, biology, food science, pharmaceuticals, and environmental engineering. We help departments establish practical, safe, and modern learning environments that prepare students for industrial careers.

Driven by engineering innovation, LABPARK holds 209 technical patents and has established collaborative partnerships with over 289 universities and colleges worldwide. Our operations are supported by a 49,000-square-meter production and research base, ensuring that every piece of equipment is manufactured to rigorous standards of quality and educational utility.

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