Aspen HYSYS: Introduction to Process Modeling

Course Category : Oil & Gas Management

A specialised foundational course designed to build practical competence in modelling and simulating oil and gas process systems using Aspen HYSYS, following flexible operational methodologies and recognised industry standards
Duration: 5 Days
Level: Beginner

Introduction

Aspen HYSYS is widely recognised as a core simulation platform within the oil and gas industry due to its strength in modelling continuous hydrocarbon processes. This course provides a structured and accessible entry point for engineers seeking to develop reliable simulation skills
The programme emphasises hands-on understanding of the HYSYS environment, fluid package selection, stream definition, and modelling of essential oil and gas unit operations, enabling participants to build realistic and operationally relevant process models.

Targeted Audience

  • Oil and Gas Process Engineers
  • Production and Surface Facilities Engineers
  • Operations Engineers in continuous processing plants
  • Junior Design Engineers
  • Fresh graduates in petroleum or chemical engineering
  • Technical professionals transitioning into simulation roles

Targeted Skills

  • Understanding the Aspen HYSYS environment and interface
  • Configuring hydrocarbon fluid packages
  • Developing continuous process flow diagrams
  • Modelling core separation and processing units
  • Running and stabilising simulations
  • Analysing operational process results

Expected Outcomes

  • Confident use of Aspen HYSYS for oil and gas process modelling.
  • Configuring appropriate fluid packages for hydrocarbon systems.
  • Building continuous process models based on realistic operating scenarios.
  • Simulating core separation and processing units and analysing performance.
  • Establishing a practical foundation for advanced HYSYS applications.

Training Topics Index

  • Role of simulation in oil and gas operations
  • Aspen HYSYS within AspenTech solutions
  • Continuous process characteristics
  • Simulation model architecture

  • Exploring the HYSYS workspace
  • Creating process flow diagrams
  • Defining streams and unit operations
  • Model readiness verification

  • Selecting appropriate fluid packages
  • Defining hydrocarbon mixtures
  • Gas and liquid system modelling
  • Property impacts on process behaviour

  • Separators
  • Heat exchangers
  • Compressors and pumps
  • Mixing and splitting operations

  • Running and stabilising simulations
  • Reviewing operational results
  • Pressure and temperature analysis
  • Resolving convergence issues

Course Features

  • Updated and Interactive Content
  • Hypothetical Examples and Case Studies
  • Pre- and Post-assessments to Measure Impact
  • Verified Certificate with a QR Verification Code