Introduction to Process Modeling using Aspen HYSYS (Includes Free Certification)

This course will help you prepare for the certification exam and the exam fee is waived with this course.
The design and operation of a process facility typically necessitates that various engineering analyses be performed.  Engineers must be able to predict process operating conditions, as well as execute optimization studies to meet their project goals.  Aspen HYSYS has the capability to model complex process facilities, and assist engineers in finding the operating conditions that will maximize the value of plant assets (without exceeding plant design limits, e.g. available utilities).  This technology can reduce capital costs by providing accurate thermophysical data for equipment sizing, and by enabling the user to perform sophisticated calculations that would be impractical with less-capable technologies

Audience:

  • New Engineering graduates/technologists who will be using Aspen HYSYS in their daily work
  • Process engineers doing process design and optimization projects and studies
  • Plant engineers checking plant performance under different operating conditions
  • R&D engineers and researchers using Aspen HYSYS for process synthesis
  • Engineers preparing for the Aspen HYSYS User Certification exam

Training Details

  • Course Id:

    EHY101

  • Duration:

    3 day(s)

  • CEUs Awarded:

    2.1

  • Level:

    Introductory

Benefits

  • Leverage the intuitive solving capabilities and other key features of Aspen HYSYS that allow for rapid flowsheet construction 
  • Discover how multi-flowsheet integration can streamline and organize simulation efforts
  • Explore a variety of means of reporting simulation results
  • Evaluate the performance of existing equipment by leveraging the equipment rating capabilities of Aspen HYSYS
  • Improve the convergence characteristics of columns and flowsheets; troubleshoot common problems
  • Perform Case Studies to determine the optimum operating points for a process 

Approach

  • Instruction on basic topics
  • An experienced instructor will select an appropriate order in which to present the modules
  • Discussion about the general approach and the key elements for successful simulations
  • Instructor-guided demonstrations of features
  • Hands-on workshops using examples from the petroleum processing industry
  • Detailed course notes
  • Aspen HYSYS User Certification exam (included in the course fee)

Pre-requisites

A background in chemical/process engineering, the oil/gas industry, or in petroleum refining

Subsequent Courses

Develop additional expertise with these recommended courses:
  • EHY202 Advanced Solutions using Aspen HYSYS
  • EHY223 Aspen HYSYS Dynamics: Introduction to Dynamic Modeling
  • EHY121 Building MS Excel User Interfaces for Aspen HYSYS Simulations Using Aspen Simulation Workbook
  • EHY2102 Aspen HYSYS Petroleum Refining: Process Modeling and Optimization for Refinery Unit Operations
  • EHY2351 Modeling Heavy Oil & Gas Production and Facilities Using Aspen HYSYS Upstream
     

Agenda

Aspen HYSYS Process Simulation Overview 

  • Identify the benefits of process simulation  
  • Describe the capabilities of Aspen HYSYS  
  • Introduce the Aspen HYSYS graphical user interface and organizational structure  


Getting Started 

  • Enter necessary elements to fully define a Fluid Package  
  • Specify required parameters in order to execute flash calculations and fully define material streams 
  • Modify and set desired units of measure 
  • Review stream analysis options and Emissions Manager to perform emissions calculations - Sustainability Focus 
  • Workshop: Introduce basic concepts necessary for creating simulations in Aspen HYSYS 


Propane Refrigeration Loop 

  • Add and connect unit operations to build a flowsheet 
  • Use available tools to manipulate the user interface 
  • View and customize the Aspen HYSYS Workbook 
  • Convert a simulation case to a template 
  • Workshop: Build and analyze a propane refrigeration loop 


Refrigerated Gas Plant 

  • Utilize the Heat Exchanger model in Aspen HYSYS 
  • Introduce mathematical operations, starting with the Balance and Adjust 
  • Add a Template file to an existing simulation 
  • Workshop: Model a simplified version of a refrigerated gas plant and incorporate multiple flowsheet architecture 


Reporting in Aspen HYSYS 

  • Survey common result reporting techniques in Aspen HYSYS 
  • Generate Excel reports from the HYSYS Workbook 
  • Use the Report Manager to create custom unit operation and stream reports 
  • Identify steps to perform CO2 emissions tracking, Carbon Fee, Utility Consumption and Cost calculations - Sustainability Focus 
  • Discover how to report non-standard physical properties in your material streams 
  • Introduce Data Tables as an option to create customized simulation results tables 
  • Provide a brief introduction to Aspen Simulation Workbook, enabling integration between Microsoft Excel and Aspen HYSYS 


Oil Characterization and HP Separation 

  • Introduce the Aspen HYSYS Oil Manager and Assay Management features and how they are used for assay characterization 
  • Perform Spreadsheet calculations in Aspen HYSYS 
  • Use the Case Study feature to run flowsheet-wide scenarios 
  • Workshop: Use the Assay Management tools to characterize a crude assay, then employ the Spreadsheet and Case Study features to determine how Gas-Oil Ratio (GOR) varies with operating pressure 


Two Stage Compression 

  • Introduce the Recycle operation in Aspen HYSYS 
  • Recognize suitable locations for a Recycle operation 
  • Enter compressor curves to determine head and efficiency as a function of inlet flow 
  • Workshop: Utilize the Recycle operation to build a two stage compression flowsheet; define and activate compressor curves thus modeling a HYSYS compressor with real-world data  


Heat Exchanger Rating 

  • Review the available heat transfer unit operations in Aspen HYSYS 
  • Compare and contrast the applicability and operation of different heat exchanger models 
  • Learn how to assign process utilities to energy streams to see usage at stream level - Sustainability Focus 
  • Implement Aspen Exchanger Design & Rating (EDR) for rigorous heat exchanger calculations within Aspen HYSYS 
  • Introduce the Activated Exchanger Analysis feature for continuous heat exchanger study and design  
  • Workshop: Use a Rating model to determine if an existing heat exchanger will meet desired process specifications; design and rate a heat exchanger using the EDR interface inside Aspen HYSYS


Best Practices & Troubleshooting 

  • Discover Activated Analysis for continuous evaluation of economics, energy usage, equipment design, and dynamic modeling 
  • Recognize how “Pinch technology” is used to minimize energy use and optimize heat exchangers - Sustainability Focus 
  • Identify best practices for using Aspen HYSYS 
  • Investigate reasons why a simulation may produce poor results or errors  
  • Use suggested tips to debug a variety of simulations 
  • Workshop: Troubleshoot a series of Aspen HYSYS simulations and implement various best practices to get these simulations to solve properly 


Gas Gathering and Crude Pre-Heat Train 

  • Use the Pipe Segment operation to model single and multi-phase fluid flow 
  • Introduce Pipe Segment Flow Assurance capabilities to ensure short and long-term viability of pipelines 
  • Workshop Gas Gathering (O&G Focus): Use the Pipe Segment and its built-in Flow Assurance tools to model and study a piping network in Aspen HYSYS 

       -Or- 

  • Workshop Crude Pre-Heat Train (Refinery Focus): Using a variety of heat transfer, separations, and piping unit operations, construct a raw crude pre-heat train flowsheet 


NGL Fractionation and Atmospheric Crude Column 

  • Introduce Aspen HYSYS column models and templates 
  • Use the Input Expert to add and define a distillation column 
  • Add and manipulate column specifications to meet process objectives 
  • Include column side operations for additional distillation configuration options 
  • Workshop NGL Fractionation (O&G Focus): Model a two column natural gas liquids (NGL) fractionation train 
  • -Or- 
  • Workshop Atmospheric Crude Column (Refinery Focus): Construct, run, manipulate, and analyze an atmospheric crude distillation column 


Gas Dehydration and Vacuum Tower & Heat Integration 

  • Review methods for saturating a hydrocarbon stream with water in Aspen HYSYS 
  • Use the Hydrate Formation Analysis to calculate hydrate formation temperatures and pressures 
  • Build a vacuum distillation tower with side draws and pump arounds 
  • Apply the Recycle operation as a flowsheet-building tool appropriate for a variety of simulations 
  • Workshop Gas Dehydration (O&G Focus): Model a typical gas dehydration unit and study gas saturation, hydrate formation conditions, and unit operation performance throughout the model  
  • -Or- 
  • Workshop Vacuum Tower & Heat Integration (Refinery Focus): Define and analyze a vacuum distillation tower; simulate heat integration to reduce energy usage within an overall crude processing system 


Optional Exercises and Extra Materials (Time Permitting) 

Acid Gas Package 

  • Introduce the Acid Gas Property Package  
  • Carbon capture and storage example of carbon capture using DEPG (physical solvents) and MEA (chemical solvents) - Sustainability Focus 
  • Dynamic modeling capabilities for Acid Gas Columns in v12  - Sustainability focus 
  • Workshop: Model an acid gas sweetening process using diethanolamine 



Liquefied Natural Gas (LNG) Plant 

  • Use the LNG Exchanger operation to simulate multi-pass heat exchangers 
  • Utilize the Sub-Flowsheet to build a modularized process flowsheet 
  • Workshop: Model an LNG production process 

 

Appendix 

  • Blue hydrogen Example – SMR to produce hydrogen rich gas 
  • Green hydrogen Example – Alkaline electrolysis system 
  • Biofuels Example – Production of green diesel with vegetable oil  
  • Biofuels Example – Production of green diesel with waste cooking oil

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Aspen Technology, Inc. awards Continuing Education Units (CEUs) for training classes conducted by our organization. One CEU is granted for every 10 hours of class participation.