The Complete Hands-On Course to Master Aspen HYSYS Dynamics
Master Dynamic Simulation without spending years in trial-and-error or costly classroom courses.
Learn to Convert Steady-State Cases into Powerful Dynamic Simulations that Predict Real Plant Behavior!
See How Dynamic Simulation Skills Can Fast-Track Your Engineering Career
Does this sound like you?
Relying on steady-state guesses when dynamic behavior is critical.
Struggling to tune controllers and watching simulations oscillate.
Unable to model surge or shutdown scenarios accurately.
Confusion about which equipment parameters matter in dynamics.
I wish someone explained how to actually use HYSYS for dynamic cases.
I was thrown into process simulation without real training
Learn From Experts Who’ve Been in the Field—and Know How to Teach It
At CHEM-PROCESS DESIGN, we don’t just “teach” software—we train you to think like a process engineer solving real-world challenges.
Our training programs combine hands-on simulation, practical case studies, and mentorship from experts with 20+ years in Oil & Gas projects—onshore, offshore, and everything in between
What’s Inside the HYSYS Dynamics Course
This course is designed to cover the basic needs of dynamic process simulation users, introducing the fundamentals of dynamic process modeling using commercial dynamic simulators
Getting Started with Dynamics
Understand the foundations of dynamic simulation , including concepts like the Pressure-Flow solver, Distributed and Lumped models, Pressure nodes, and flow resistances
Control Loop Configuration
Familiarize yourself with the fundamentals of process control, covering open and closed loops, PID controllers, and final control elements, as well as how to set up and modify control strategies
Transitioning to Dynamics
Learn the rules for transitioning from a solved steady-state model to a dynamic one
Informed Decision-Making
Make better and quicker decisions based on rigorous simulation results, improving confidence in your choices
Dynamic Process Simulation Mastery
Utilize dynamic modeling capabilities to model and simulate typical processing facilities, understanding the benefits of dynamic process simulation in real engineering and operating environments.
Automation Through Event Scheduling
Automate dynamic simulations by defining actions to be executed when a condition is met or a specific simulation time is reached using the Event Scheduler
TESTIMONIALS
What our students are saying...
" After finishing the course I built a dynamic model of our amine unit that accurately predicted level upsets—management was blown away. "
- Maria González
" The compressor surge module alone saved us from a costly shutdown. The real-world examples make everything stick. "
- John Doe
" I’d tried learning Dynamics on my own for months; this course connected all the dots in a week. "
- Roberta Johnson
MODULES
FOLLOW MY STEP BY STEP VIDEO TRAINING
Prepare your steady-state model. Selection of components, fluid packages and the addition of flowsheet unit operations
Introduces the fundamental concepts of Pressure-Flow aiming to analyze a flowsheet to make appropriate pressure-flow specifications
All unit operations in the simulation must be sized either according to actual plant equipment specifications or by applying predefined sizing techniques
Provides the foundation for understanding how process variables are measured, adjusted, and maintained at desired set points.
Install and tune PID controllers, define control loops, and switch to Dynamic mode
Model valves characteristics, vessel holdup, nozzle elevation and heat loss
Add unit operations in Dynamic mode and implement effective control strategies using split-range and on-off controllers
Incorporate compressor maps. Predict and prevent compressor surge by implementing a surge control strategy to protect the compressor
Setting up a De-propanizer column and developing a control strategy to recover desired hydrocarbon products
Replacing the standard condenser unit with an expanded overhead system and configuring a pressure relief system
Automates tasks, triggering actions based on simulation time, logical conditions, Used to execute emergency shutdowns, start-ups, and batch processes procedures
4.9/5 star reviews
Become a Dynamic Simulation Specialist
Gain the step-by-step knowledge to build, calibrate, and troubleshoot Aspen HYSYS dynamic models with real plant cases.
Here's what you get:
Three-day intensive program with 24 hours of live HD video lessons, hands-on demos
Downloadable HYSYS case files and Excel workbooks to practice.
Comprehensive, step-by-step tutorial that includes every module and case study
All presentations and reference materials shared during the course.
Today Just
$600
"Best purchase ever!"
" The compressor surge module alone saved us from a costly shutdown. The real-world examples make everything stick. "
ABOUT YOUR INSTRUCTOR
Meet Christian
Your instructor is a senior process engineer with over 23 years of experience in oil, gas, and chemical facilities. Throughout his career, he has developed hundreds of steady-state and dynamic Aspen HYSYS models for design reviews, debottlenecking studies, operator training simulators, and start-up support.
After seeing colleagues struggle to build dynamic models, he recognized the need for a practical, example-driven learning path—leading him to create the first fully hands-on HYSYS Dynamics course. His approach combines deep technical expertise with real-world applications, enabling engineers to confidently model, troubleshoot, and optimize complex processes.
He has extensive experience in process engineering and dynamic simulation, delivering solutions that improve plant performance, enhance safety, and support data-driven operational decisions. His work covers complex modeling, control strategy development, and safety studies for oil, gas, and energy facilities worldwide.
Oil Export Pipeline Surge Analysis – Conducted dynamic surge study enabling a 12% increase in export flow.
Re-Injection Filters Depressurization & Cold Blowdown – Designed a compliant blowdown system ensuring safe depressurization.
Process Control Modeling – Developed advanced control strategies for TEG units, dew point control, and compressor systems using dynamic simulation.
Heat Exchanger – Tube Rupture Assessment – Modeled rupture events to define shell-side design pressure and rupture disc setpoints for safe operation.
Re-Injection Compressors Reverse Flow Overpressure Assessment – Verified PSV sizing for reverse flow scenarios, ensuring reliable overpressure protection.
Global Training & Certification – Trained over 200 engineers across 10 countries; recognized as an AspenTech Certified Expert in Dynamic Simulation.
WHO IS THIS FOR...
Perfect for process, control, and simulation engineers—as well as advanced students—who want more than steady-state answers.
Process Engineers
Control Engineers
Simulation Specialists
Graduate Chemical Engineers
Operations Support Engineers
Process Safety Engineers
Technical Consultants
Advanced Engineering Students
STILL NOT SURE?
Satisfaction guaranteed
We want you to find value in our trainings! We offer full refunds within 30 days. With all of our valuable video training, we are confident you WILL love it!
STILL GOT QUESTIONS?
Frequently Asked Questions
Do you cover control loop tuning and PID settings?
Absolutely. A full module is dedicated to building and tuning PID controllers, including tips for cascade and ratio control.
Do I need prior HYSYS Dynamics experience?
No. A basic understanding of HYSYS steady-state modeling is helpful, but we start from scratch and build up to advanced topics.
How is this course different from AspenTech’s official training?
Instead of generic examples, we focus on real projects, share troubleshooting shortcuts, and provide lifetime access with ongoing support.
Enroll in the course now!
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