Aspen Plus / HYSYS: Steady-State Modeling of Chemical Processes

  • Aspen Plus / HYSYS: Steady-State Modeling of Chemical Processes
  • France - Paris

Aspen Plus / HYSYS: Steady-State Modeling of Chemical Processes

Course Category : Engineering

An advanced technical course designed to develop high-level professional competence in steady-state modelling and optimisation of chemical processes using Aspen Plus and Aspen HYSYS, aligned with industrial design methodologies
Duration: 5 Days
Level: Advanced.

Starts On

14 - September - 2026

Ends On

18 - September - 2026

Location

France - Paris

Language

English

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View Course Introductory PDF

Targeted Audience

  • Experienced Process Engineers
  • Chemical Design Engineers
  • Process Optimisation Engineers
  • Senior Operations Engineers
  • Industrial Simulation Specialists
  • Process Development Engineers

Targeted Skills

  • Modelling complex processes under steady-state conditions
  • Multi-unit process integration
  • Applying optimisation tools
  • Sensitivity and scenario analysis
  • Thermal and material performance evaluation
  • Supporting engineering design decisions

Expected Outcomes

  • Developing advanced steady-state models for complex chemical processes.
  • Analysing and optimising integrated process performance.
  • Applying optimisation and sensitivity analysis tools effectively.
  • Interpreting simulation results to support design decisions.
  • Preparing technically for dynamic modelling applications.

Training Topics Index

  • Steady-state vs dynamic modelling
  • Design and optimisation applications
  • Assumptions and limitations
  • Link to process control

  • Multi-stage unit integration
  • Recycling and convergence
  • Operating constraints
  • Model stability

  • Aspen optimisation tools
  • Identifying critical variables
  • Sensitivity analysis
  • Operating scenario evaluation

  • Advanced mass and energy balances
  • Unit efficiency evaluation
  • Energy consumption analysis
  • Improvement opportunities

  • Advanced chemical processes
  • Selected petrochemical systems
  • Design an alternative comparison
  • Engineering result interpretation