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Aspen HYSYS Simulation Essentials
Rating: 4.6 out of 5(6 ratings)
16 students

Aspen HYSYS Simulation Essentials

A complete beginner’s guide to essential unit operations and flowsheeting
Created byhesam akbarnejad
Last updated 8/2025
English

What you'll learn

  • Build process flow diagrams using Aspen HYSYS from scratch
  • Simulate essential equipment such as compressors, pumps, heat exchangers, and pipes
  • Analyze energy balances, pressure drops, and heat losses in various units
  • Use logic tools like Set, Adjust, and Spreadsheet for custom calculations and control
  • Model multistage compression systems with interstage cooling
  • Generate and interpret T–x–y and x–y diagrams, and simulate distillation and combustion
  • Simulate distillation columns and combustion reactions

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Course content

7 sections • 25 lectures • 3h 56m total length

  • Introduction4:14

Requirements

  • Basic understanding of engineering principles such as mass and energy balances is recommended
  • No prior experience with Aspen HYSYS is required

Description

Welcome to Aspen HYSYS Simulation Essentials— your step-by-step introduction to mastering Aspen HYSYS, one of the world’s leading process simulation software tools used in chemical, mechanical, and energy engineering.

If you’re new to Aspen HYSYS or have tried it before but felt overwhelmed, this course is designed specifically for you. With a clear, hands-on, and project-based approach, you’ll learn the fundamentals of process simulation, equipment modeling, thermodynamics, and control logic, all through real-world examples and case studies.

What You Will Learn:

  • Build process flow diagrams confidently using Aspen HYSYS

  • Simulate and analyze core process equipment like pumps, compressors, heat exchangers, and pipes

  • Understand and apply pressure drop calculations, energy balances, and thermal behavior

  • Use spreadsheet tools and advanced logic blocks for process automation

  • Model multistage compressors with intercooling and interpret phase equilibrium diagrams

  • Simulate distillation columns and chemical reactions, including combustion

  • Apply practical skills suitable for chemical, mechanical, petroleum, and energy engineers

Who This Course Is For:

  • Engineering students (mechanical, chemical, petroleum, process) looking to build simulation skills

  • Entry-level process engineers aiming for hands-on knowledge

  • Professionals transitioning into simulation roles

  • Researchers and academics requiring practical training in process modeling

Why Choose This Course:

Unlike theory-heavy classes, this course focuses on practical, actionable skills with step-by-step instructions. You will work on real engineering problems, explore HYSYS features beyond the basics, and gain confidence to tackle your own projects in industry or academia.

This course contains content that was created with the assistance of artificial intelligence tools.

Who this course is for:

  • Chemical, mechanical, petroleum, and process engineering students seeking practical simulation experience
  • Entry-level process engineers who want to gain hands-on skills with Aspen HYSYS
  • Researchers and academic users looking to simulate thermodynamic systems using HYSYS
  • Anyone who wants to learn Aspen HYSYS from scratch with real-world industrial examples

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