Multi-Modal Distillation Unit Operations Training Pilot Plant

Introduction

The Multi-Modal Distillation Practical Training Unit Operations Pilot Plant is a comprehensive engineering education system designed for university laboratories. It provides undergraduate and graduate students with a realistic, industrial-scale environment to study the principles of fractional distillation, vapor-liquid equilibrium, and mass transfer operations. By bridging theoretical classroom lectures with physical, hands-on operations, this pilot plant serves as an essential teaching tool for departments of chemical engineering, environmental science, and process-related disciplines.

Customization Capabilities

To meet the diverse curricular requirements and physical space constraints of different universities, this pilot plant is fully customizable. We offer flexible design modifications for both the hardware and software components. Whether your laboratory requires specific material upgrades, layout adjustments to fit unique room dimensions, or specialized software configurations and control interfaces, our engineering team can adapt the system to align with your specific teaching objectives.

Key Features and Pedagogical Advantages

• Three-Tier Multi-Modal Operation:
  • Real Material Mode: Allows students to operate the unit with actual process materials. The SCADA software collects real-time sensor data and controls physical actuators, pumps, and electric heaters.
  • Analog Material Mode: Uses safe working fluids (such as water or air) while the software runs mathematical process models. The system dynamically simulates realistic chemical behavior based on actual physical valve positions and flow rates.
  • Semi-Physical Simulation Mode: A completely dry, zero-material operation mode. Physical panel instruments and indicators show simulated process values driven by internal software algorithms in response to manual valve adjustments, ensuring safe introductory training for beginners.
• High Visual Accessibility: The sieve-tray column is equipped with multiple sight glasses, allowing students to inspect the internal column hydraulics, tray structures, and vapor-liquid mixing behavior directly.
• Detailed Process Analysis: Integrated sampling ports on all storage tanks and column stages allow students to take samples for concentration analysis, facilitating detailed mass and energy balance calculations.
• Industrial-Standard Construction: Built on a heavy-duty, powder-coated steel frame featuring a two-level operating platform with a 1.2-meter safety handrail, non-slip checkered plates, and an industrial-grade safety ladder to replicate authentic plant conditions.
• Resource Conservation: Designed with a closed-loop raw material recycling system that minimizes chemical waste, reduces operational costs, and shortens preparation times between lab sessions.

Technical Specifications and Curriculum Integration

The pilot plant is engineered to directly support the laboratory components of core chemical engineering curricula. The table below outlines how the plant’s technical features correspond to the fundamental concepts taught in classic academic textbooks, such as Unit Operations of Chemical Engineering, Transport Processes and Unit Operations, and Chemical Engineering Design.

Software and Hardware Tailoring

As part of our commitment to supporting academic excellence, the final configuration of the Multi-Modal Distillation Practical Training Unit Operations Pilot Plant can be tailored to your department's specific syllabus. We can modify physical dimensions, vessel capacities, and piping layouts (hardware), as well as customize data acquisition features, control loops, and software dashboards (software) to match your laboratory's space and teaching methodology.

About LABPARK

LABPARK has been a dedicated partner to the global higher education sector for over 20 years, focusing on delivering practical training equipment for laboratories. We specialize in six major academic disciplines: chemistry, chemical engineering, biotechnology, food engineering, pharmaceutical engineering, and environmental engineering.

Driven by continuous innovation, LABPARK holds 209 technical patents and operates a state-of-the-art manufacturing and R&D base spanning 49,000 square meters. To date, we have supported over 289 universities and colleges worldwide in upgrading their engineering laboratories, helping educators foster the next generation of skilled technical professionals through robust, industry-aligned training solutions.

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