DWSIM for Chemical Engineering

DWSIM Course – Learn Chemical Process Simulation

Learn DWSIM, the world's leading open-source chemical process simulation software, and develop practical skills in chemical engineering, process engineering, thermodynamics, and industrial process simulation.

Designed for chemical engineers, process engineers, plant operators, engineering students, and anyone interested in process simulation, this course provides a practical, hands-on approach to modeling real industrial processes without the need for expensive commercial software licenses.

This course is not just about clicking through the software. It also covers the engineering principles behind the simulations.

Starting from the fundamentals, you will learn how to install DWSIM, navigate the software interface, configure simulation environments, select appropriate thermodynamic models, calculate fluid properties, and build professional process flowsheets.

As the course progresses, you will learn how to simulate material and energy streams, pumps, compressors, heat exchangers, chemical reactors, distillation columns, flash separators, mixers, splitters, recycle loops, and complete process flowsheets using DWSIM.

You will also learn how to perform mass and energy balances, evaluate pressure drops, analyze heat duties, predict vapor-liquid equilibrium, and select the most appropriate thermodynamic property packages for different chemical systems.

To reinforce every concept, the course includes a comprehensive PDF workbook containing practical exercises.

By the end of this course, you will be able to confidently create, analyze, troubleshoot, and optimize steady-state chemical process simulations using DWSIM. Whether your goal is to validate plant designs, improve industrial processes, prepare for engineering projects, or strengthen your professional skills, this course provides practical knowledge you can immediately apply.

DWSIM is a powerful, free, and open-source chemical process simulator widely used for process modeling, thermodynamic calculations, equipment design, and engineering education. It enables engineers to simulate fluid flow, heat transfer, phase equilibrium, chemical reactors, separation processes, and complete industrial plants.

If you are familiar with Aspen Plus or Aspen HYSYS, or you're looking for a free alternative to commercial process simulators, DWSIM provides many of the same core process simulation concepts, including thermodynamic models, unit operations, material and energy balances, and flowsheet development. The skills you learn in this course are directly transferable to professional process simulation software used throughout the chemical industry.

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Important Note

This course takes you from beginner to intermediate level and focuses exclusively on steady-state process simulation using DWSIM.

Dynamic simulation is intentionally not covered, allowing you to build a solid foundation in the topics most commonly used by chemical and process engineers.

Please also note that this course does not include Python programming or process automation with Python.

The primary objective is to develop a strong understanding of DWSIM fundamentals, including flowsheet development, thermodynamic models, unit operations, mass and energy balances, convergence strategies, recycle loops, and practical applications in chemical and process engineering.

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Enroll today and start building professional chemical process simulations with DWSIM while developing practical skills that can be applied in industry, research, and engineering projects.