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    Class and Course
    1. NExT
    2. New Energy
    3. CO2 Capture, Dehydration & Compression Modeling (CCS/CCUS Academy)

    CO2 Capture, Dehydration & Compression Modeling (CCS/CCUS Academy)

    • Foundation
    • 5 Days
    • classroom1Classroom

    This course covers the key concept, the workflow, the best practices, and the hands-on competence in the CO2 capture, dehydration, and compression of CCS/CCUS projects. This course aims to introduce the workflow and best practices to simulate CO2 capture, dehydration, and compression, analyze the simulation results, and optimize the operational parameters and design. 

    At the end of this course, the attendees should understand the workflow and best practices of simulation of CO2 capture, dehydration, and compression and develop adequate competence in conducting the actual projects with Symmetry.

    Note: This course is part of the SLB-CCS/CCUS Academy which has been created to fast track the development of the technical understanding and hands-on skills of petrotechnical engineers, processing engineers and facility engineers, and other technical engineers involve in CCS/CCUS projects.

    Session 1 – Introduction and Overview

    • Introduction of the course
    • Overview of the carbon capture process
    • Overview of the key CCS functionalities of Symmetry
    • Pre-assessment

    Session 2 – Introduction of CO2 Fluid Behavior

    • Overview of CO2 phase behavior
    • Practical exercises on CO2 fluid modeling via VMGThermo


    Session 3 – Carbon Capture Operations and Case Study

    • Introduction of carbon capture operations
    • Workflow for carbon capture operations modeling


    Session 4 – Carbon Capture Operations modeling

    • Practical exercises on sour gas sweetening using MEA
    • Practical exercises on 1st¬ - stage/ 2nd - stage Membrane Separation

    Session 5 – Dehydration Operations and Case Study

    • Introduction to dehydration technologies
    • Workflow for dehydration operations modeling


    Session 6 – Dehydration Operations Modeling

    • Practical exercises on dehydration using TEG
    • Practical exercises on dehydration using solid adsorption beds

    Session 7 – CO2 Compression Operations Modeling (1)

    • Overview of CO2 compression process
    • Global case study introduction for CO2 compression process


    Session 8 – CO2 Compression Operations Modeling (2)

    • Practical exercises on CO2 compression modeling
    • Practical exercises on optimization of compression operation parameter

    Session 9 – Integrated Modeling from Process to Well

    • Introduction of the integrated workflow from process to well
    • Introduction of the OLGA link and PIPESIM link of Symmetry
    • Practical exercises on integrated modeling


    Session 10 – Group Presentation and Summary

    • Group presentation
    • Main Takeaways (technical and operational perspectives)
    • Assessment
    • Q&A

    Professionals who are interested to gain knowledge and hands -on skills in CCS/CCUS Technology. The topics are going to  be extremely beneficial for Process & Facility Engineers involve in the design,  planning,  execution and operations of CCS/CCUS Projects.

    • Introduction and Overview
    • Introduction of CO2 Fluid Behavior
    • Carbon Capture Operations and Case Study
    • Carbon Capture Operations modeling
    • Dehydration Operations and Case Study
    • Dehydration Operations Modeling
    • CO2 Compression Operations Modeling (1)
    • CO2 Compression Operations Modeling (2)
    • Integrated Modeling from Process to Well
    • Group Presentation and Summary





    Professionals who have been involved in  CCS/CCUS Technology. Particularly in CO2 Capture, Dehydration & Compression Modeling


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