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Reactor Design Course Chemical Engineering Online Course - The ChemEng Student

Reactor Design

Master reactor design in 8 hours. Learn to size, optimise, and troubleshoot batch reactors, CSTRs, PFRs, and catalytic reactors with confidence. Perfect for exam prep and industry applications.

Stop spending hours on reactor design problems without getting reliable answers. If you're memorising equations without understanding when to use them, or if exam questions leave you paralysed, this course gives you the systematic problem-solving framework that finally makes reactor design click.

You'll learn to calculate reactor sizing and conversion for batch, CSTR, and PFR systems, solve non-isothermal energy balances, extract kinetics from experimental data, diagnose non-ideal reactor behaviour using...

Best Seller Icon Bestseller
4.89
(9 Ratings)
£99.00
  • May 20, 2026
  • English
Reactor Design Course Chemical Engineering Online Course - The ChemEng Student

About Course

Master reactor design in 8 hours. Learn to size, optimise, and troubleshoot batch reactors, CSTRs, PFRs, and catalytic reactors with confidence. Perfect for exam prep and industry applications.

Stop spending hours on reactor design problems without getting reliable answers. If you’re memorising equations without understanding when to use them, or if exam questions leave you paralysed, this course gives you the systematic problem-solving framework that finally makes reactor design click.

You’ll learn to calculate reactor sizing and conversion for batch, CSTR, and PFR systems, solve non-isothermal energy balances, extract kinetics from experimental data, diagnose non-ideal reactor behaviour using RTD analysis, and design fixed-bed catalytic reactors with industrial-level confidence.

Why Choose This Course

  • Exam-focused problem-solving – Learn the systematic approach to tackle any reactor design question, from batch time calculations to catalytic reactor sizing.
  •  
    40+ worked examples – See the complete solution process for every reactor type, not just final answers, so you understand the thinking behind each step.
  •  
    CPD certified credential – Earn a professional certificate that demonstrates reactor design competency on LinkedIn and your CV.
  •  
    Time-efficient learning – 8 hours of focused teaching with no tangents, designed to fit your exam prep or career development schedule.
  •  
    Expert instruction – Taught by Dr Callum Russell, PhD chemical engineer with 10+ years of teaching reactor design to students worldwide

Course Features

  • 40+ on-demand video lectures (approximately 8 hours of teaching).
  •  
    Step-by-step worked examples for every reactor type – batch, CSTR, PFR, and catalytic systems.
  •  
    Practice problems with guided solutions to test your understanding and build confidence.
  • Downloadable calculation sheets and worked solution PDFs for offline reference.
  • Self-assessment quizzes to reinforce key concepts and identify knowledge gaps.
  • Digital CPD Certificate of Completion to showcase on LinkedIn and your professional profile.
  • Lifetime access – learn at your pace, revisit anytime before exams or when you need a refresher

🎓 Enrol now and transform your reactor design skills from confused to confident. Join the chemical engineering students who’ve mastered batch reactors, CSTRs, PFRs, and catalytic systems through clear explanations, worked examples, and practice problems. Whether your exam is in two weeks or you’re building career-ready skills, you’ll gain the systematic approach that makes complex reactor problems manageable.

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Benefits of the course

  • Apply mass and energy balances, heat transfer, and rate analysis to reactor design.
  • Model ideal reactors including Batch, Continuous Stirred Tank Reactors (CSTRs), and Plug Flow Reactors (PFRs).
  • Perform batch time calculations and optimise conversion efficiency.
  • Analyse and model non-ideal reactor systems using practical assumptions.
  • Understand residence time distribution, tracer response, and their impact on reactor performance.
  • Design and evaluate Fixed Bed Catalytic Reactors.
  • Integrate heat and mass transfer mechanisms into realistic design models.

Course Content

  • 06:42 Preview
  • Exercise 1: Reaction Rate
    02:10
  • Arrhenius Equation
    06:04
  • Exercise 2: Arrhenius Equation
    05:01
  • Introduction to Batch Reactors
    16:47
  • Exercise 3: Batch Reactor Modelling
    03:25
  • Introduction to CSTR’s
    07:50
  • Exercise 4: CSTR Modelling
    04:03
  • Introduction to Plug Flow Reactors
    10:47
  • Excercise 5 Ideal PFR Modelling
    03:35
  • What are Stoichiometric Tables
    07:36
  • Exercise 6: Stoichiometric Tables
    06:02
  • Additional Learning Material – Coming Soon

Earn Your Certificate

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Student Feedback

4.9
Total 9 Rating
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Instructor

Callum Russell
4.97
(78 Ratings)

Dr Callum Russell has a PhD in Chemical Engineering and is a highly experienced lecturer and entrepreneur. Having amassed over a decade of business and education experience, Callum has trained over 1,200 students worldwide and is an award-winning public and motivational speaker.

Price

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  • Enrolled40
  • Lectures39
  • Skill LevelAll Levels
  • Course Duration: 8h

Target Audience

  • Undergraduate and postgraduate chemical engineering students.
  • Process and design engineers seeking to strengthen reactor design expertise.
  • Petroleum engineers and industrial chemists require in-depth knowledge of applied reactors.
  • Professionals preparing for career advancement or further study.
Reactor Design

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