Fluidized Bed Gas Solid Catalytic Reaction Educational Pilot Plant

Introduction

The Fluidized Bed Gas-Solid Catalytic Reaction Educational Unit Operations Pilot Plant is an integrated laboratory system designed for undergraduate and graduate-level engineering instruction. It allows students to study fluid-particle dynamics, heterogeneous catalytic reactions, and catalyst evaluation within a fluidized bed reactor. By combining physical process equipment with modern control interfaces, the unit bridges the gap between theoretical reaction kinetics and practical industrial operations.

Customization Capabilities

To accommodate varying laboratory layouts and specific syllabus requirements, this pilot plant features a modular design. Both the hardware configurations (such as reactor dimensions, feeding systems, and sensor options) and the software control dashboards can be customized to align with your department’s specific instructional or research objectives.

Key Pedagogical Functions and Advantages

• Comprehensive Visualization of Fluidization: Students can observe and analyze different fluidization regimes, pressure drop transitions, and the behavior of gas-solid contact.
• Practical Catalyst Evaluation and Regeneration: The system supports hands-on learning of catalyst activity testing, product sampling, and subsequent thermal regeneration processes.
• Exposure to Industrial Process Control: Equipped with an integrated industrial-grade touchscreen PC panel, the unit introduces students to professional human-machine interfaces (HMI) and real-time data acquisition.
• Operational Safety Standards: Features built-in safety interlocks, including automated over-temperature and over-pressure alarms, to maintain a secure learning environment in university laboratories.
• User-Friendly Maintenance: The split-style open heating furnace allows for easy mounting, dismounting, and visual inspection of the reaction tube.

Technical Specifications & Experimental Modules

Alignment with Academic Curriculum

This pilot plant is tailored for core curricula in Chemical Engineering, Environmental Engineering, and Materials Science. The experimental capabilities correspond directly to the fundamental principles and unit operations detailed in classic engineering textbooks:

• Unit Operations of Chemical Engineering: Practical study of fluidization, flow of fluids through granular beds, and particle mechanics.
• Transport Processes and Unit Operations: Real-world observation of heat and mass transfer in gas-solid fluidized systems, along with non-isothermal reactor behavior.
• Chemical Engineering Design: Hands-on experience with industrial-style instrumentation, process safety management, and reactor temperature control loops.

By integrating this equipment into the laboratory curriculum, instructors can help students connect mathematical models—such as the Ergun equation and reaction rate laws—with physical, real-time chemical processes.

Customization and Technical Support

Our engineering team supports universities in tailoring both the hardware and software parameters of this unit to match local laboratory infrastructure. Whether adjusting the gas feed configurations or integrating custom data export features, we ensure the equipment meets your specific training requirements.

About LABPARK

LABPARK has been dedicated to serving the global higher education sector for more than 20 years, focusing on high-quality laboratory and pilot-scale equipment for Chemistry, Chemical Engineering, Biotechnology, Food Engineering, Pharmaceutical Engineering, and Environmental Engineering. Supported by a modern 49,000-square-meter R&D and manufacturing base, the company holds 209 technical patents.

Through years of focus on academic training and engineering practice, LABPARK has partnered with over 289 universities and colleges worldwide, helping educators establish safe, reliable, and curriculum-aligned laboratory environments.

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