Applying
Aspen HYSYS(R) - Oil and Gas Process - PO1180  
Course ID: PO1180
Course Name: Aspen HYSYS(R) - Oil and Gas Process
Course Category: Process Engineering
Course Subject: Process Simulation in Oil and Gas Industries Using HYSYS(TM)
Duration: 18 hours
Agenda:
Objectives

• Optimize engineering work processes using the full power and flexibility of Aspen HYSYS to build, evaluate and optimize flowsheets
• Learn the shortcuts for efficient use of the software to build steady state simulations for Oil and Gas processes


Course Benefits

• Discover how the key features of Aspen HYSYS allow rapid flowsheet construction and its intuitive, bi-directional calculations
• Use the WorkBook and Process Flow Diagram (PFD) interfaces for quick and effective modeling
• Investigate how templates and subflowsheets can streamline and organize simulation efforts
• Explore different means of reporting results, including the use of Microsoft Excel VB macros
• Introduction to Aspen Simulation Workbook
• Evaluate the performance of existing equipment with the Rating function
• Improve the convergence performance of a simulation; troubleshoot common problems
• Model applications specific to oil and gas, including water saturation of a gas, determination of hydrate formation temperatures and pressures, and simulation of hydrate inhibition

Suggested Subsequent Courses

• Advanced Process Modeling using Aspen HYSYS

Course Content

Module: Getting Started
• Define a fluid package and select components, including hypotheticals
• Perform stream property calculations
• Attach stream utilities
• Customize the Workbook


Module: Propane Refrigeration Loop
• Add operations to build a simple flowsheet
• Understand forward-backward information propagation
• Convert simulation cases to templates


Module: Refrigerated Gas Plant
• Install and converge heat exchangers
• Use logical operations: Adjust and Balance
• Use the Case Study tool to perform case studies on your simulation
Module: Two-Stage Compression
• Use the Recycle operation in Aspen HYSYS
• Choose suitable tear location for recycles

Module: Water Content & Natural Gas Hydrates
• Saturate a single- and two-phase stream
• Determine hydrate formation temperatures and pressures
• Simulate hydrate inhibition using methanol


Module: Gas Gathering System
• Use the pipe segment to model pipelines


Module: Oil Characterization
• Oil Characterization using boiling point assay data and the Aspen HYSYS Oil Manager
• Use of the Aspen HYSYS Spreadsheet to perform calculations
Module: NGL Fractionation Train
• Model de-methanizer, de-ethanizer, and de-propanizer columns using Column Input Expert
• Add extra performance specifications to the columns

Module: Troubleshooting
• Recognize, interpret and troubleshoot common problem areas in Aspen HYSYS
• Learn tips and tricks to ensure column convergence

Module: Reporting in Aspen HYSYS
• Customize reports in Aspen HYSYS using the Report Manager
• Use XML to create summary of the input data from a case
• Use the Aspen Simulation Workbook to deploy models via Microsoft Excel


Module: Compressor and Pump Curves
• Specify and attach single and multiple head and efficiency curves to compressors and pumps


Module: Rating Heat Exchangers
• Use the Dynamic Rating method (by providing heat exchanger geometry) to determine if an existing heat exchanger will meet process specifications


Module: Natural Gas Dehydration with TEG
• Model a typical TEG dehydration unit
• Determine the water dewpoint for a gas



Requisite: A background in chemical engineering or industrial chemistry
Instructors:
Instructor IDStatusRatingInstructing ExperienceEducationLocationInstructing CertificateDelivery Language
1000139Active******18 hoursPhD. in Mechanical EngineeringIran \ TehranNoPersian
1000224Active**180 hoursMSc. in chemical engineerIran \ tehranNoPersian
1000191Active***72 hoursMSc. in process engineerIran \ TehranNoPersian
1000298Active*****360 hoursMSc. in Chemical EngineeringIran \ TehranYesPersian

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