General Purpose Cosmetics Production Unit Operations Training Pilot Plant

Introduction

The General-Purpose Cosmetics Production Practical Training Unit Operations Pilot Plant is an integrated, pilot-scale laboratory system designed for chemical engineering, pharmaceutical, and food engineering departments. Fine chemical production involves intricate process flows, multi-stage unit operations, and rigorous intermediate process control. This pilot plant provides a safe, controlled, and highly industrial-aligned environment where students can bridge the gap between theoretical classroom chemistry and practical engineering applications. By handling real-world raw materials, process utilities, and automation controls, students gain a comprehensive understanding of the complexities of modern fine chemical manufacturing.

To accommodate varying laboratory footprints, curriculum structures, and regional laboratory standards, both the hardware components and the software interfaces of this pilot plant can be fully customized. This ensures the equipment integrates seamlessly into your department's existing facilities and matches your specific training objectives.

Key Features and Pedagogical Advantages

• Comprehensive Process Integration: Combines essential utilities (vacuum, compressed air, softened and cooling water) with dedicated formulation, emulsification, blending, and filtration modules.
• Dual Control Philosophy: Features industrial-grade touchscreen interfaces for automated control alongside manual valves, teaching students to navigate modern digital control systems while developing foundational hands-on operating skills.
• Modular and Mobile Architecture: Constructed on robust, corrosion-resistant aluminum alloy frames equipped with heavy-duty casters, allowing the unit to be easily repositioned or reconfigured within the laboratory.
• Industrial Process Simulation: Simulates key parameters of industrial production, including quantitative metering, jacketed temperature control, high-shear emulsification, and online sterilization.

Detail & Parts

Technical Specifications and Module Overview

Curriculum Alignment and Textbook Integration

This pilot plant is specifically designed to support undergraduate and graduate curricula in Chemical Engineering, Fine Chemical Technology, Pharmaceutical Engineering, and Food Process Engineering. By operating this pilot-scale equipment, students can visualize and practically apply core concepts covered in classic academic literature.

Unit Operations of Chemical Engineering

The pilot plant serves as a physical counterpart to topics discussed in Unit Operations of Chemical Engineering.

• Mixing and Agitation: Students can analyze the power consumption, impeller shear rates, and mixing efficiency within the emulsification vessel, comparing real-world viscous behavior with theoretical agitation correlations.
• Heat Transfer: Jacketed heating and cooling operations allow students to calculate overall heat transfer coefficients under transient state conditions.
• Filtration: The integrated filtration unit facilitates hands-on experiments in cake filtration, flow resistance, and pressure drop across porous media.

Transport Processes and Unit Operations

For courses referencing Transport Processes and Unit Operations, this equipment provides empirical context for transport phenomena:

• Momentum Transfer: Operates as a multi-phase fluid transport system where students observe flow patterns, pump characteristics, and pressure drops through various piping and valve configurations.
• Heat Transfer and Thermal Processing: Enables students to observe temperature profiles during cooling, blending, and sterilization steps.

Chemical Engineering Design

In senior-level design and process safety courses referencing Chemical Engineering Design, the pilot plant serves as an excellent case study for:

• Piping and Instrumentation Diagrams (P&IDs): Students can trace real physical lines against system schematics, understanding the placement of sensors, control valves, and bypass lines.
• Process Control Systems: The integration of PLC-driven touchscreen systems allows students to study loop controls, sensor feedback, and emergency shutdown procedures.

Customization and Software Integration

Recognizing that engineering departments have unique teaching focuses, this pilot plant offers extensive flexibility. Both the physical hardware configuration—such as vessel capacities, sensor selection, and piping layouts—and the control software interfaces can be customized to match your department's exact curriculum, safety protocols, and laboratory layout.

About LABPARK

LABPARK has been a dedicated partner to higher education institutions for over 20 years, specializing in the design and manufacture of advanced educational equipment. We focus on delivering high-quality training solutions across six core disciplines: chemistry, chemical engineering, biology, food engineering, pharmaceutical engineering, and environmental engineering.

Backed by a state-of-the-art 49,000-square-meter production and R&D base, LABPARK maintains a strong commitment to technological innovation, holding 209 technical patents. To date, we have supported experimental teaching and research programs in more than 289 universities worldwide, helping educators train the next generation of engineers and researchers.

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