Four borehole image logs from wells in the Greater Natural Buttes field, Uinta basin, Utah constitute the data set of this study. The main objective of the research was to study structural…Description complète
M5 Facies ModelingDescripción completa
Four borehole image logs from wells in the Greater Natural Buttes field, Uinta basin, Utah constitute the data set of this study. The main objective of the research was to study structural and se...
Intrduction to Reservoir Facies ModelingFull description
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classified of sedeimantry frock facies
Descripción: Facies sedimentarias
rocas metamórficasDescripción completa
Practica de columnaDescripción completa
Descripción: Desarrollo historico de la sedimentologia Aplicación de la Ley de Superposición Concepto de facies sedimentarias Facies sedimentarias Litofacies Biofacies Icnofacies. Asociacion de Facies Tipos...
Cómo realizar un mapa de facies sedimentarias.Descripción completa
Some facial characteristics are so typical of certain diseases that they immediately suggest the diagnosis. These are pathognomic to certain disease and are called diagnostic facies. Visi...
NX assembly modelling
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Descripción: geologi teknik
etabs modelingFull description
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http://www.4shared.com/dir/zNjXGdH3/Chapters1.html folder with chapters http://www.4shared.com/dir/lEfoWR-7/Petrel.html - with all other data Read more: http://www.egpet.net/vb/threads/19425-Petrel-Step-by-Step#ixzz1RWivkz dO How to make Isochore Maps in Petrel: for example we have 2 horizone (A and B) and want make Isochore Maps for them: 1 - in input pane go to "well tops 1" and expand "Stratigraphy" 2 - you see well tops 3 - 1 click on below horizon (B). now you see "B" is bold 4 - when B is bold you right click on above horizone (A) 5 - then click on "Convert to isochore points" 6 - click yes 7 - now in input pane you can see new isochore point (A - B [Filter]) 8 - go to Processes pane. than go to "Utilities" and double click on "Make/edit surface" 9 - now you can see Make/edit surface page 10 - click on cheak box of Name (right of page) and type a name 11 - in "Main input" box import "A - B [Filter]". in Attribute select "Thickness ". in Boundry box import boundry of reservoir. 12 - go ot "Geometry" tab. click on Automatic (From input data/boundary) 13 - go ot "Algorithm" tab. select "Isochore interpolation" 14 - click on OK 15 - now you have a Isochore map !) Read more: http://www.egpet.net/vb/threads/47993-Petrel-Data-Input#ixzz1RWjENTQd
The program will consist of the following chapters 1. Introduction to geological modeling and reserve calculation 2. Overview of the Petrel - general what you can done and what you can not done with petrel 3. Input data tree (Well data) 4. Input data tree (tops data) 5. Input data tree (surface data and points) 6. Input data tree (polygons) 7. Input data tree (images and other data) 8. Fault modeling 9. Structural modeling 11. Geometrical modeling 12.Facies modeling 13. Petrophysical modeling 14. Saturation modeling 15. Data analysis process 16. Volume calculations 17. How control quality of model 18. Upscaling 19. How control quality of upscale model 20. Writing simple workflow ( wells, surfaces, logs) 21. Exporting data to simulator So we will need the following Petrel 2009.1 or hire , Excel Please do not ask me for the Petrel as i do not have it So lets start ...........
