Udemy

Free Aspen Plus Preview Course: Steady-State Simulation Overview

This free course is explicitly a preview of a larger Aspen Plus masterclass. Its recorded lessons introduce the software and survey several process-modeling topics; they do not include the full paid training described elsewhere on the source page.

Free Aspen Plus Preview Course: Steady-State Simulation Overview — WR Training. WikiFree selection.
Free learning access

Listed as Free on Udemy when checked on 24 October 2026. No coupon or subscription trial is required for the listed lessons. Enrollment needs a Udemy account; availability can change.

About this course

This free course is explicitly a preview of a larger Aspen Plus masterclass. Its recorded lessons introduce the software and survey several process-modeling topics; they do not include the full paid training described elsewhere on the source page.

WR Training outlines how components, property methods, flowsheets and operating conditions become a simulation model. Short module introductions then show the kinds of equipment and analysis addressed in the extended program.

Official course Aspen Plus V11 Steady-State Masterclass Free Preview
Created by WR Training
Platform Udemy
Language English
Level All Levels — Udemy listing
Listed duration 37 minutes; 17 lectures across 12 sections
Certificate Not included with a new free enrollment

Skills you’ll gain

  • Recognize the main inputs to a flowsheet simulation
  • Explain the role of components and thermodynamic property methods
  • Identify separation, reactor and heat-exchanger modeling topics
  • Distinguish a module introduction from a worked modeling workshop
  • Assess whether deeper Aspen Plus training matches your background

The introductory lessons explain what Aspen Plus does, who uses it and how a chemical process can be translated into a model. A startup demonstration follows. The visible outline then previews flash separation, distillation, liquid-liquid extraction, reactors, piping, economic diameter choices, heat exchangers and solids handling.

Much of the long source description concerns a separate masterclass of about 14 hours. Those workshops, advanced-user outcomes and full example library should not be assumed to be included in this free listing. The provider calls this an approximately 30-minute preview; the listing currently reports 37 minutes across 17 lectures.

A chemical-engineering or industrial-chemistry background is requested. The demonstrations use Aspen Plus V11 on Windows and list version 7 or later as a requirement. Treat those as recorded-version details, not a claim about the current release or compatibility.

An Aspen Plus license is separate from free lesson access. For no-cost exploration of general flowsheet concepts, the open-source DWSIM project is an alternative, but its files, models and interface are not interchangeable with Aspen Plus exercises. Neither an introductory video nor an unvalidated simulation is sufficient for real plant design or safety decisions.

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Choose your next step

Review thermodynamic foundations: MIT Chemical Thermodynamics and Kinetics. Build context for property methods and chemical-process behavior.

Continue numerical methods: MIT Numerical Methods for Chemical Engineering. Study numerical tools behind engineering models.

Frequently asked questions

Is the full Aspen Plus masterclass free?

No. This listing is a standalone free preview; the larger masterclass is separate.

Is an Aspen Plus license included?

No. Access to the application is separate from viewing the lessons.

Can DWSIM run the same course files?

Do not assume that. It can support general conceptual practice, but software formats, models and workflows differ.

Checked on 24 October 2026 using the public course details and syllabus. WikiFree has not watched every lesson or tested full playback. New free enrollments do not include a Udemy completion certificate, instructor Q&A or direct messages.

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