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Designed as a foundational course, Lab 1 tackles the critical building blocks of chemical engineering: momentum transfer, heat transfer, evaporation, and reaction kinetics.
Momentum Transfer
Momentum Transfer
From pipelines to pressure drops, students explore how fluids behave under different flow regimes. Transparent modules let them visualize velocity profiles and experiment with flow control.
Heat Transfer
Heat Transfer
Students see energy in motion —comparing co-current and counter-current heat exchangers, capturing live temperature data, and applying real heat balances.
Evaporation
Evaporation
No longer just a diagram on a slide—students simulate phase changes, watching liquids vaporize in controlled lab setups that mimic drying and separation processes.
Reaction Kinetics
Reaction Kinetics
Here, students step into the world of reactors. They run real reactions, measure conversions, and determine reaction rates—turning chemical equations into dynamic lab outcomes.
A demonstration of momentum transfer.
Industrial heat exchangers explained, learn the different types of heat exchangers used and how they work with examples.
Evaporation process sample applied in the industry.
Watch video to learn more about reaction Kinetics.
Hytec Power’s Laboratory 1 provides a solid foundation for future chemical engineers by transforming theoretical principles into tangible learning experiences. Aligned with CHED standards and used globally, this hands-on academic solution focuses on the essentials: momentum transfer, heat transfer, evaporation, and reaction kinetics. Through transparent systems, real-time data, and working reactors, students gain intuitive understanding and industry-relevant skills—bridging classroom concepts with real-world applications.
CHEM ENG PACKAGE_Lab1_Full.mp4Laboratory 1 General Overview
Laboratory 1 General Overview
Things to Remember / FAQs – Hytec Laboratory 1: Transport and Reaction Fundamentals
What is the main goal of Lab 1?
To translate abstract theory into real-world understanding using hands-on, practical equipment and experiments.What key subjects are covered?
Momentum Transfer – Fluid flow, pressure drops, and velocity profiles.
Heat Transfer – Energy movement through various exchanger setups.
Evaporation – Phase change processes simulating drying and separation.
Reaction Kinetics – Real chemical reactions, conversions, and rate measurements.
How does Lab 1 help students?
It builds critical thinking, problem-solving, and data analysis skills while reinforcing core chemical engineering concepts through real experimentation.Is this lab CHED-aligned?
Yes, all modules are developed to meet CHED outcomes and international academic standards.What makes this lab different from a regular classroom?
It’s fully interactive and application-based—students operate actual equipment, collect data, and engage with real processes.Can instructors integrate this into any curriculum?
Absolutely. It’s instructor-ready and compatible with most chemical engineering syllabi.Where is this lab currently being used?
In forward-thinking institutions globally and across the Philippines.What real-world relevance does it offer?
Students gain skills in interpreting flow dynamics, managing thermal systems, handling phase changes, and optimizing reactions—core to industrial chemical processes.What kind of equipment is used?
Transparent pipe systems, heat exchangers, evaporation rigs, and working reactors—all designed for visibility, safety, and ease of instruction.What’s the biggest takeaway for students?
Confidence in applying chemical engineering fundamentals and readiness for more advanced laboratory and industry settings.
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