Chemical Reaction Engineering | Kinetics of Homogeneous Reactions | #1.11

Chemical Reaction Engineering | Kinetics of Homogeneous Reactions | #1.11

View the solutions file from the link below:🔗🔗
https://1drv.ms/o/c/19ad82dbdac94366/...

Welcome to the Chemical Reaction Engineering course series, where we are gonna solve Octave Levenspiel’s textbook problems
In this playlist, we explore step-by-step reaction kinetics, reactor design, and non-ideal flow models, giving you the tools to analyze, model, and design chemical reactors with confidence.

This course is designed to help Chemical Engineering students master core concepts in reaction engineering. Each video walks you through derivations, problem solutions, and design strategies so you can prepare for exams and practical applications.

📘 Topics Covered in the Playlist

Reaction Kinetics & Mechanisms
Concentration- and temperature-dependence, searching for mechanisms, predictability of rates.

Batch Reactor Data Interpretation
Constant-/varying-volume systems, rate law determination, effect of temperature.

Introduction to Reactor Design
Batch, CSTR (mixed flow), and plug flow reactors.

Single-Reaction Design
Reactor sizing, multiple reactors in series/parallel, recycle systems, autocatalysis.

Multiple Reactions
Parallel, series, reversible, and complex networks including the Denbigh scheme.

Temperature & Pressure Effects
Impact on kinetics and conversion in single and multiple reactions.

Non-Ideal Flow & RTD
Residence time distribution, dispersion models, tanks-in-series, laminar flow models.

Mixing & Segregation Effects
Earliness of mixing, self-mixing, and multi-fluid mixing on reactor performance.

By the end of this course, you’ll have a solid understanding of reactor kinetics, ideal and non-ideal reactors, and strategies for reactor scale-up and design.

🎯 This video series is perfect for:

Chemical Engineering undergraduates

Students preparing for CRE exams and finals

Anyone aiming to strengthen problem-solving and design skills in reaction engineering

👉 If this helps you, don’t forget to like 👍, comment 💬, and subscribe 🔔 to support the series.

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