Process Simulation Aspen Hysys Basic Course from Udemy

What's inside

Learning objectives

Learn to build, navigate and optimize process simulations using aspen hysys

Learn the efficient use of different hysys functions to build steady state process simulations

Learn to build, navigate and optimize process simulations using aspen hysys
Learn the efficient use of different hysys functions to build steady state process simulations

Syllabus

Get knowledge about property packages selection

Introduction To Process Simulation: Process simulation is a model-based representation of chemical, physical and other technical processes and unit operations in software.

Used for the design, development, analysis and optimization of technical processes and is mainly applied to chemical plants and processes.

Introduction to process simulation and selection of property package.

Will explore different options available in the aspen hysys software.

How to define a material stream in aspen hysys software.

Learn how to select unit set and how to define custom unit set.

How to define hypothetical component in aspen hysys software.

Learn pump operation in hysys to model the pumping process.

Learn the compressor operation in hysys to model the compression process.

Learn flash separator operation in hysys to model the flash separation process.

Learn how to create phase envelope and find out different properties.

Learn how to sizing pipe with minimum input in aspen hysys software.

Learn heat exchanger operation in hysys to model the heat transfer process.

Understand how process information is propagated both forwards-and backwards in a close loop.

Learn how to develop a model that represents partial oxidation of methane to produce hydrogen.

How to use the oil environment to characterize a crude assay.

Learn how to do absorber design, sizing & hydraulics.

Learn the efficient use of different Hysys functions to build steady state process "recovery Of (NGL) " From Natural Gas.

How to do reporting in aspen hysys software.

Learn how to export data from aspen hysys to ms excel

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides hands-on experience with Aspen Hysys, a leading software in chemical and process engineering for designing and optimizing oil & gas processing and chemical facilities

Covers the simulation of various unit operations like pumps, compressors, flash separators, and heat exchangers, which are fundamental to chemical engineering processes

Explores property package selection, a critical aspect of process simulation that ensures accurate modeling of chemical and physical behavior

Includes a final assignment on distillation column simulation, allowing learners to apply their knowledge to a practical and relevant engineering problem

Teaches learners how to define hypothetical components, which is useful when simulating processes involving unknown or poorly characterized substances

Requires access to Aspen Hysys software, which may involve a subscription or licensing fee, potentially posing a barrier for some learners

Reviews summary

Aspen hysys basic simulation overview

According to learners, this course is a solid introduction to Aspen Hysys for steady-state simulation basics. Students appreciate the practical hands-on exercises for building comfort and applying concepts on essential unit operations. It provides a good foundation for beginners but is noted as a basic course that lacks depth on advanced topics. Some mention prior process knowledge is helpful and note audio issues. A useful first step.

Covers essential steady-state operations and features.

"It covers the essential steady-state unit operations clearly..."

"The course focuses on the fundamentals needed to start simulating basic processes."

"I learned how to simulate common equipment like pumps, separators, and heat exchangers."

Hands-on simulations reinforce learning effectively.

"The hands-on exercises were the best part; simulating different equipment helped solidify concepts."

"I found the practical demos very helpful for understanding the workflow."

"Doing the simulations myself made the concepts much clearer."

Provides a good entry point to Hysys software.

"This course was a great introduction to Hysys. I finally feel comfortable navigating the interface..."

"It provides a solid foundation for steady-state simulation..."

"I gained a good basic understanding of setting up common simulations."

Some parts affected by poor audio quality.

"While the content is relevant, the audio quality in some lectures is distractingly poor."

"The sound is unclear in a few modules."

"Had trouble hearing the instructor sometimes due to audio issues."

Basic process engineering background is helpful.

"Even for a basic course, some prior understanding of chemical engineering principles is really helpful."

"Not recommended if you have zero background in process engineering."

"A basic grasp of unit operations is assumed."

Doesn't cover advanced topics or optimization techniques.

"I wish it went deeper into optimization techniques or dynamic simulation."

"Don't expect comprehensive coverage of complex scenarios."

"It really is just the basics; doesn't prepare you for advanced modeling."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Process Simulation Aspen Hysys Basic Course with these activities:

Review Thermodynamics Principles

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Reinforce your understanding of thermodynamics, which is crucial for selecting appropriate property packages and understanding unit operations in Aspen Hysys.

Browse courses on Chemical Thermodynamics

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Review key concepts like enthalpy, entropy, and Gibbs free energy.
Work through practice problems related to phase equilibria and chemical reactions.
Consult textbooks or online resources for clarification on difficult topics.

Read 'Chemical Engineering Design' by Sinnott and Towler

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Gain a broader understanding of chemical engineering design principles, which will enhance your ability to use Aspen Hysys effectively for process design and optimization.

View Chemical Engineering Design: Principles,... on Amazon

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Read chapters related to process simulation and equipment design.
Take notes on key concepts and design considerations.
Relate the book's content to the topics covered in the Aspen Hysys course.

Develop a Process Flow Diagram (PFD)

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Improve your understanding of process flow by creating a PFD based on an Aspen Hysys simulation.

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Select a process you have simulated in Aspen Hysys.
Identify all major equipment and streams in the process.
Create a PFD using a drawing tool or software.
Label all equipment and streams clearly.
Review the PFD for accuracy and completeness.

Three other activities

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Follow Advanced Aspen Hysys Tutorials

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Refine your skills in specific areas of Aspen Hysys, such as advanced modeling techniques or specialized unit operations, by following online tutorials.

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Identify areas where you want to improve your Aspen Hysys skills.
Search for relevant tutorials on YouTube or the AspenTech website.
Follow the tutorials step-by-step, practicing the techniques demonstrated.
Adapt the techniques to your own simulation projects.

Simulate a Complete Chemical Process

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Solidify your knowledge by building a comprehensive Aspen Hysys simulation of a real-world chemical process, from raw materials to final products.

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Choose a chemical process to simulate, such as ammonia production or ethylene glycol synthesis.
Gather process data, including reaction kinetics, thermodynamic properties, and equipment specifications.
Build the simulation in Aspen Hysys, including all unit operations and material streams.
Optimize the process to maximize product yield or minimize energy consumption.
Analyze the simulation results and write a report summarizing your findings.

Read 'Process Dynamics and Control' by Seborg, Edgar, Mellichamp, and Doyle

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Gain a deeper understanding of process dynamics and control, which will allow you to build more realistic and robust Aspen Hysys simulations.

View Process Dynamics and Control on Amazon

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Read chapters related to process dynamics, feedback control, and PID tuning.
Work through examples of process control design.
Consider how process dynamics might affect the design and operation of the processes you simulate in Aspen Hysys.

Career center

Learners who complete Process Simulation Aspen Hysys Basic Course will develop knowledge and skills that may be useful to these careers:

Process Engineer

As a process engineer, you design, implement, control, and optimize industrial processes. This course helps you become proficient in Aspen Hysys, a standard simulation software used extensively in chemical and oil & gas industries. The ability to build, navigate, and optimize process simulations is crucial for process engineers. By understanding property package selection and simulating various unit operations, you build a foundation for designing efficient and effective processes. Furthermore, the course's coverage of heat exchanger and absorber design directly applies to optimizing chemical and oil & gas facilities. Learning to efficiently use Hysys functions for steady state process simulations provides a skillset needed for this role.

See salaries and explore the career path for Process Engineer

Simulation Engineer

The role of a simulation engineer involves creating and using computer models to analyze and predict the behavior of complex systems. This course provides a strong foundation in Aspen Hysys, a key simulation tool in the oil & gas and chemical industries. Learning to build, navigate, and optimize process simulations with Aspen Hysys is directly relevant to the responsibilities of a simulation engineer. You will become adept at using various Hysys functions for steady-state process simulations. The course's curriculum on unit operations simulation, such as pumps, compressors, and separators, provides you with a practical toolkit for modeling real-world scenarios. Developing models, such as partial oxidation of methane, will expand your abilities in this role.

See salaries and explore the career path for Simulation Engineer

Chemical Engineer

A chemical engineer applies principles of chemistry, physics, mathematics, and engineering to design, develop, and optimize chemical processes. This course equips you with practical skills in Aspen Hysys, a vital tool for process simulation in the chemical industry. Learning to build and optimize process simulations helps you to design and analyze chemical plants effectively. The ability to select appropriate property packages and simulate various unit operations, such as heat exchangers and distillation columns, will enhance your problem-solving capabilities as a chemical engineer. Understanding how process information is propagated and using Hysys for reporting and data export will give you a competitive advantage.

See salaries and explore the career path for Chemical Engineer

Process Control Engineer

The process control engineer is responsible for designing, implementing, and maintaining control systems to optimize industrial processes. This course enhances your understanding of process simulation using Aspen Hysys, a widely used tool in process control. Learning to build and navigate process simulations helps you analyze and improve control strategies. Simulating unit operations and understanding closed-loop systems, as covered in the course, will lead to effective process control design. Developing models like partial oxidation of methane and understanding how process information is propagated improve your troubleshooting skills. Using Hysys for reporting and exporting data is useful for monitoring process performance.

See salaries and explore the career path for Process Control Engineer

Reservoir Engineer

The reservoir engineer optimizes the production of oil and gas reservoirs. This course may be useful, as proficiency in Aspen Hysys allows for simulating and analyzing reservoir behavior. You can use Aspen Hysys to model the behavior of fluids within the reservoir and predict production rates. The course’s coverage of property package selection and fluid characterization can enhance your ability to accurately model reservoir fluids. Learning to define material streams and understanding unit operations simulation can help you optimize production strategies and improve reservoir management. This skillset is essential for those in the oil and gas sectors.

See salaries and explore the career path for Reservoir Engineer

Production Engineer

The production engineer is responsible for optimizing oil and gas production processes. This course may be useful by teaching you to use Aspen Hysys to simulate and analyze production facilities. By learning to build and optimize process simulations, you can identify bottlenecks and improve efficiency. Simulating unit operations like separators and compressors, as covered in the course, is directly applicable to optimizing production systems. Characterizing crude assays and modeling NGL recovery enhance your ability to handle complex production scenarios. Using Hysys for reporting and data export can facilitate performance monitoring.

See salaries and explore the career path for Production Engineer

Plant Manager

The plant manager oversees the operations of an industrial plant, ensuring efficiency and safety. While a plant manager typically needs years of experience, this course may be useful by providing insight into process simulation using Aspen Hysys, a key tool for optimizing plant operations. Understanding how to build and navigate process simulations can help you make informed decisions about plant improvements. Simulating unit operations and understanding closed-loop systems, as covered in the course, can improve your understanding of plant dynamics. Learning about heat exchanger and absorber design relates directly to optimizing plant efficiency.

See salaries and explore the career path for Plant Manager

Project Engineer

The project engineer manages engineering projects from conception to completion. This course may be useful by giving you familiarity with Aspen Hysys, a tool used in many engineering projects, especially in the chemical and oil & gas sectors. Understanding how to build and optimize process simulations can help you evaluate design options and manage project risks. Simulating unit operations and understanding how process information is propagated contribute to effective project planning. Learning about heat exchanger and absorber design helps you make informed decisions. Using Hysys for reporting and exporting data allows you to track project progress.

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Rearch and Development Engineer

The research and development engineer researches and develops new technologies and processes. This course may be useful by offering skills in Aspen Hysys, a tool frequently used for simulating and optimizing chemical processes. You can leverage the ability to build and navigate process simulations in the course to model and test new ideas. Gaining proficiency in property package selection and understanding unit operations simulation is invaluable for R&D activities. Learning to develop a model representing partial oxidation of methane can inspire innovative process designs. Using Hysys for reporting and exporting data facilitates data analysis and interpretation.

See salaries and explore the career path for Rearch and Development Engineer

Sustainability Engineer

The sustainability engineer focuses on developing and implementing sustainable practices within an organization. This course may be useful by providing insights into process simulation using Aspen Hysys, which can be used to model and optimize processes for environmental impact. Learning to build and optimize process simulations can help you identify opportunities to reduce waste and emissions. Simulating unit operations and understanding how process information is propagated contribute to developing sustainable solutions. Modeling processes like partial oxidation of methane and learning about heat exchanger design could help optimize energy efficiency.

See salaries and explore the career path for Sustainability Engineer

Automation Engineer

An automation engineer designs and implements automated systems to improve efficiency and reduce human intervention. This course may be useful as it introduces Aspen Hysys, a tool that can be integrated with control systems for automated process monitoring and optimization. Understanding process simulation can help you design effective automation strategies. Simulating unit operations and understanding closed-loop systems, as covered in the course, can improve your ability to develop automated control systems. The ability to model complex processes and understand how process information is propagated is key to this role.

See salaries and explore the career path for Automation Engineer

Energy Analyst

An energy analyst analyzes energy production and consumption to identify areas for improvement and efficiency. This course may be useful by providing skills in Aspen Hysys, a tool used to simulate and analyze energy-related processes. Learning how to build and optimize process simulations can help you model energy systems and evaluate different scenarios. Simulating unit operations and understanding how process information is propagated is relevant to energy analysis. Modeling processes like partial oxidation of methane and learning about heat exchanger design can help optimize energy use.

See salaries and explore the career path for Energy Analyst

Compliance Manager

The compliance manager ensures that an organization adheres to regulatory requirements and internal policies. This course may be useful by providing an understanding of process simulation using Aspen Hysys, which can be used to model and analyze environmental and safety aspects of industrial processes. Learning to build and optimize process simulations can help you assess compliance risks. Understanding unit operations simulation and how process information is propagated can help you monitor and control process parameters. Learning about absorber design can help you understand emissions control strategies.

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Data Scientist

The data scientist analyzes data to derive insights and develop data-driven solutions. While a data scientist typically needs an advanced degree, this course improves understanding of Aspen Hysys and its capabilities, which can be relevant if working with process data. Learning how to use Hysys for reporting and exporting data to Excel can help you extract data for analysis. Modeling complex systems using Hysys and understanding process simulation provides a context for interpreting process data. A data scientist can build models that generate better predictions for a variety of applications.

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Management Consultant

The management consultant helps organizations improve their performance by analyzing problems and developing solutions. However, this course will not be useful, as you only gain experience with Aspen Hysys, which will not be useful to management consultants. The course's focus on process simulation is not directly relevant to the broad scope of management consulting. Management consultants need to be experts in management-based solutions.

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Process Simulation Aspen Hysys Basic Course

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