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Udemy - Carbon Capture and Storage (CCS) Modelling From Zero to Hero

Udemy - Carbon Capture and Storage (CCS) Modelling From Zero to Hero

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3.4 GB
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4
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71
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Other
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Description
[ DevCourseWeb.com ] Carbon Capture and Storage (CCS) Modelling From Zero to Hero



If You Need More Stuff, kindly Visit and Support Us -->> https://DevCourseWeb.com







Genre: eLearning | MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz

Language: English | Size: 3.36 GB | Duration: 7h 31m



Basic to advance Carbon sequestration modelling in saline aquifers



What you'll learn

CMG-GEM, Winprop software

Basic CO2 sequestration concept

Basic CO2 trapping modelling

Advance CO2 trapping process



Description

This course will provide you with an overview of the CO2 Storage and Capture modeling options available in the GEM simulator for aquifers. Starting with simple structural trapping and progressing to mineralization, a 2D model will be developed and additional CCS modeling tools will be gradually put on. The impact of each new method will be thoroughly examined. The components' characteristics, as well as the aqueous and mineral reactions, will be entered using the PVT program WinProp. The geochemical modeling characteristics of GEM as well as its geomechanical modeling capabilities will be covered in this course.



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We upload these learning materials for the people from all over the world, who have the talent and motivation to sharpen their skills/ knowledge but do not have the financial support to afford the materials. If you like this content and if you are truly in a position that you can actually buy the materials, then Please, we repeat, Please, Support Authors. They Deserve it! Because always remember, without "Them", you and we won't be here having this conversation. Think about it! Peace...



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File list
  • Udemy - Carbon Capture and Storage (CCS) Modelling From Zero to Hero
  • ~Get Your Files Here !/1. Section 1. Introduction/1. Introduction_Basic CO2 sequestraion concept.mp4 116.2 MB
  • ~Get Your Files Here !/2. Section 2. Modelling software CMG_GEM and Winprop/1. Section 2.1 Overview Gem module and Equation of State (EOS).mp4 53.9 MB
  • ~Get Your Files Here !/2. Section 2. Modelling software CMG_GEM and Winprop/2. Section 2.2 Cubic Equation of state (EOS).mp4 41 MB
  • ~Get Your Files Here !/2. Section 2. Modelling software CMG_GEM and Winprop/3. Section 2.3 EOS MIXTURE AND BINARY INTERACTION.mp4 47.4 MB
  • ~Get Your Files Here !/2. Section 2. Modelling software CMG_GEM and Winprop/4. Section 2.4 Determination of Thermodynamic Equilibrium.mp4 34.5 MB
  • ~Get Your Files Here !/2. Section 2. Modelling software CMG_GEM and Winprop/5. Section 2.5 Viscosity modelling.mp4 47.4 MB
  • ~Get Your Files Here !/2. Section 2. Modelling software CMG_GEM and Winprop/6. Section 2.6 WINPROP module in CMG SOFTWARE.mp4 43.1 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/1. Section 3.1. Introduction excercise 1 Structural trapping.mp4 12.6 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/10. Section 3.2.1. Base case residual trapping.mp4 114 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/10.1 EXERCISE_2A_HYSTERESIS.dat 59.1 KB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/11. Section 3.2.2 Practice excercise.mp4 148.2 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/11.1 EXERCISE_2B_HYSTERESIS_INFINITE.dat 59.6 KB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/12. Section 3.2.3 Second practice excercise.mp4 31.4 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/13. Section 3.3 Solubility trapping modelling in saline aquifers.mp4 13.6 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/14. Section 3.3.1 Theory of soublity trapping mechanism_part 1.mp4 90.5 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/15. Section 3.3.1 Theory of soublity trapping mechanism_part 2.mp4 115.4 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/16. Section 3.3.2 Buiding CO2 solubility trapping model and results.mp4 164.5 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/16.1 EXERCISE_3A_SOLUBILITY.dat 59.3 KB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/17. Section 3.3.3 Practice excercise 1 by yourself.mp4 16 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/18. Section 3.3.4 Practice excercise 2 by yourself.mp4 14.1 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/2. Section 3.1.1. Building basic model framework.mp4 48.2 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/3. Section 3.1.2 Phase behavioir modelling using WINPROP.mp4 56.7 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/4. Section 3.1.3 Rock fluid defined in CMG-GEM.mp4 23.4 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/5. Section 3.1.4 Intiallization data.mp4 22.3 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/6. Section 3.1.5 Numerical control setup.mp4 46.4 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/7. Section 3.1.6 InputOuput keywords selection.mp4 131.9 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/8. Section 3.1.7. Simulation results interpretation.mp4 104.4 MB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/8.1 EXERCISE_1_BASECASE.dat 59.1 KB
  • ~Get Your Files Here !/3. Section 3. Basic CO2 sequestraion modelling using CMG-GEM and winprop/9. Section 3.2. Residual trapping modelling.mp4 107.8 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/1. Section 4.1.1 Caprock leakage modelling.mp4 34.8 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/10. Section 4.2 Introduction of this excercise.mp4 35.7 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/11. Section 4.2.1Theory of geochemistry for mineralization trapping.mp4 122.5 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/12. Section 4.2.2 Video demo of mineralization trapping_PART 1.mp4 84 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/13. Section 4.2.3 Video demo of mineralization trapping_PART 2.mp4 135.3 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/14. Section 4.2.4 Video demo of mineralization trapping_PART 3.mp4 148.3 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/14.1 EXERCISE_5_MINERALISATION.dat 61.6 KB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/15. Section 4.3. Water vaporazation in CO2 sequestration modelling.mp4 16.2 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/16. Section 4.3.1. Demonstration guideline for water vaporization.mp4 232.9 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/16.1 EXERCISE_6_WATER_VAPORISATION.dat 72.3 KB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/2. Section 4.1.2 Basic concept of caprock leakage.mp4 66.6 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/3. Section 4.1.3 Geomechanic module information.mp4 99 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/4. Section 4.1.4 Barton bandis model.mp4 101.4 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/5. Section 4.1.5 step by step constructed cap rock leakage model.mp4 117.8 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/6. Section 4.1.6 Demo video caprock leakage_PART 1.mp4 162.2 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/7. Section 4.1.7 Demo video caprock leakage _PART 2.mp4 115.8 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/8. Section 4.1.8 Demo video caprock leakage _PART 3.mp4 117.8 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/9. Section 4.1.9 Demo video caprock leakage _PART 4.mp4 104.3 MB
  • ~Get Your Files Here !/4. Section 4. Advance CO2 sequestration modelling/9.1 EXERCISE_4_CAPROCK_LEAKAGE.dat 22.1 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/1. 5.1 Guideline for 3D CO2 trapping.mp4 101.8 MB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/CO2_SEQUES_RELATIVE_PERM_CURVES.xls 34 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/GEOMECHANICS_CO2SEQUES_BARTONBANDIS_BASECASE.dat 11.5 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/GEOMECHANICS_CO2SEQUES_BARTONBANDIS_BASECASE.log 3.5 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/GEOMECHANICS_CO2SEQUES_BARTONBANDIS_BASECASE.out 5.5 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/GEOMECHANICS_CO2SEQUES_BARTONBANDIS_BASECASE.rst 0 B
  • ~Get Your Files Here !/5. Section 5. Additional excercise/GEOMECHANICS_CO2SEQUES_BARTONBANDIS_BASECASE.sr3 17 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin 2.1 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.16 6.2 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.21 62 B
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.23 40 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.25 40 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.7 2.1 MB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.7.bak 2.1 MB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.bak 1008 B
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.wireframe 90 B
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/3DRescue.bin.wireframe.bak 90 B
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/cmgjournal.log 6.7 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/cmgmsg.log 1.2 MB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/Geostat_Realization.gst 165.3 KB
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/lock/3DRescue.bin.lock 34 B
  • ~Get Your Files Here !/5. Section 5. Additional excercise/Rescue model for case7/rescue.log 5 KB
  • ~Get Your Files Here !/Bonus Resources.txt 386 B

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