
Save your current Aspen Plus V11 simulation by using the Save dialog in the file menu or quick access toolbar, and try the four formats—ABWC, ABW, B Gabey, and APD.
Select equipment from the model ballot, place mixers or distillation units on the flow sheet, then exit insertion mode, delete items if needed, and rename blocks to custom names.
Add a material stream in Aspen Plus using the material icon; red arrows indicate required streams and blue arrows indicate optional ones, connect feeds and product streams to a mixer.
Enter feed stream properties in Aspen Plus V11: water and IBK, with 25 °C, 1 atm, and 100 kg/h total (50/50 acetone-water). See blue checks confirming completion.
Configure Aspen Plus to present results by setting the global title and metric unit set, then adjust report options on general and stream tabs for molar, mass, or both bases.
Explore how different property methods affect mixer mass and energy balance in Aspen Plus V11, with steps to select methods, complete missing parameters using UNIVAC, run simulations, and compare results.
Modify built-in property sets in Aspen Plus to export and report chosen thermodynamic, transport, and other properties for streams, such as density, viscosity, surface tension, and dewpoint.
Print the process flow sheet from Aspen Plus using the file print option, with the gray box to select a portion and adjust print preview and page setup.
Generate your report by selecting items in the report dialog, such as flow sheet balance and block streams, then view the notepad file with mass and energy balances.
Open the stream properties for a selected stream, run analysis to view thermodynamic and transport properties versus temperature at fixed pressure, with density and viscosity highlighted.
Learn how to add a flash three separator in Aspen Plus V11 to separate acetone and water, producing overhead vapor and two liquid outlets, using vapor, liquid, liquid equilibrium.
Explore a mixer and flash separation unit that split a mixture into aqueous and organic streams. Understand acetone partitioning and the role of a distillation tower and Cullen distillation models.
Explore how pipe diameter influences total annual cost in chemical plants, balancing fixed and operating costs, and use Aspen Plus v11 to iterate toward the economic optimum.
Learn how the Aspen Plus fluidized bed model uses two zones—a dense bottom and a loose freeboard zone—to compute bubble diameter, rise velocity, gas velocity, and solid flows.
Discover downloadable resources for Aspen Plus V11 to support chemical engineering simulation. Access essential materials that aid learning and practical modeling within the Aspen Plus V11 environment.
Aspen Plus for Beginners: Fast-Track Process Simulation Essentials
The Step-by-Step Guide to Aspen Plus Fundamentals for Chemical & Process Engineers
Take your first confident steps into the world of process simulation! This concise, hands-on course is designed for chemical and process engineers new to Aspen Plus who want a clear, practical introduction to this powerful engineering software.
Why Take This Course?
Industry Standard: Aspen Plus is the leading platform for simulating processes across upstream, gas processing, refining, petrochemicals, chemicals, and pharmaceuticals.
Essential Career Skill: Mastering Aspen Plus is a major advantage for students and professionals in academia, R&D, process design, and operations.
Beginner-Friendly: No prior experience with Aspen Plus required—this course covers everything you need to get started.
What You’ll Learn
In just 3 hours, you’ll become comfortable with the core features and workflow of Aspen Plus:
User Interface & Navigation:
Explore the Aspen Plus environment, menu navigation, and organizational structure.
Simulation Basics:
Build your first flowsheet: define fluid packages, property methods, material streams, and unit operations.
Connect and configure process blocks and run your simulation.
Reports & Analysis:
Use the Report Manager to generate and customize stream and unit operation reports.
Analyze simulation results for key process insights.
Property Analysis:
Perform fundamental thermodynamic property analyses for pure components and mixtures.
Getting Help:
Access Aspen Plus documentation and use built-in help tools.
Course Features
Step-by-step video tutorials with real Aspen Plus demonstrations (Version 11, Windows)
Hands-on exercises for guided practice and confidence building
Downloadable resources for quick reference and recap
One-on-one instructor support via Udemy Q&A
Lifetime access: Study at your own pace, anytime, anywhere
Who Should Enroll?
Chemical and process engineers new to Aspen Plus
Engineering students and recent graduates
R&D, design, and operations professionals entering simulation roles
Anyone seeking a fast, practical introduction to process simulation
Prerequisites
Aspen Plus (any recent version, including v11) installed on a Windows PC
Basic computer literacy
No prior Aspen Plus or simulation experience necessary
Your Pathway to Aspen Plus Mastery
By completing this course, you’ll be ready to:
Tackle real process simulation tasks with confidence
Build and analyze your own Aspen Plus models
Advance to our Aspen Plus Masterclass and Aspen Plus Dynamics® courses for deeper expertise
Get Started Today!
Preview the free videos and explore the curriculum. Join WR Training’s global community of engineers and students who trust us for clear, practical technical education.
Click “Enroll Now” and start your Aspen Plus journey!
WR Training – Your Trusted Partner in Engineering & Process Simulation Training
Spread the wings of your knowledge
---
SOFTWARE & HARDWARE :
The Aspen Plus software, like most other software, is being developed on a continuous basis and new versions are released frequently. This online course covers Aspen Plus version 11, which is the most recent version at the moment we recorded this video. Please keep in mind that this online course covers the fundamental features of Aspen Plus which do not change from version to version. The course covers the use of Aspen Plus on computers that use the Windows operating system. We assume that Aspen Plus is installed on your computer and that you have basic knowledge of operating the computer. If you are new to Aspen Plus and have little or no experience in chemical engineering simulation, then you have come to the right place.