Difference between revisions of "Stratigraphic trap"

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{{merge|Stratigraphic trap system}}
 
As technology evolves and well control increases, exploration for pure stratigraphic traps becomes more and more practical. Seismic technology produces images of the subsurface with higher and higher resolution. Images and measurements of the subsurface, however detailed, still must be interpreted geologically. Effective geologic interpretation and, therefore, effective stratigraphic trap exploration integrates all data types, including [[Seismic interpretation|seismic]], well log, [[Petroleum reservoir fluid properties|fluid character]], fluid pressure, show, core, and cuttings. Sequence stratigraphy serves as a framework for integrating data.
 
  
See
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Stratigraphic traps are formed as a result of [[Depositional trap regime|depositional]], [[Erosional trap regime|erosional]], or [[Diagenetic trap regime|diagenetic]] processes. As technology evolves and well control increases, exploration for pure stratigraphic traps becomes more and more practical. Seismic technology produces images of the subsurface with higher and higher resolution. Images and measurements of the subsurface, however detailed, still must be interpreted geologically. Effective geologic interpretation and, therefore, effective stratigraphic trap exploration integrates all data types, including [[Seismic interpretation|seismic]], [[Quick-look lithology from logs|well log]], [[Petroleum reservoir fluid properties|fluid character]], [[Formation fluid pressure and its application|fluid pressure]], [[Show evaluation|shows]], [[Overview of routine core analysis|cores]], and [[Mudlogging: drill cuttings analysis#Basic sample analysis|cuttings]]. [[Sequence stratigraphy]] serves as a framework for integrating data.
* [[Exploring for stratigraphic traps]]
 
* [[Importance of stratigraphic trap seals]]
 
* [[Importance of scale]]
 
* [[Impact of diagenesis]]
 
  
 
==See also==
 
==See also==
* [[Stratigraphic trap basics]]
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* [[Depositional trap regime]]
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* [[Erosional trap regime]]
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* [[Diagenetic trap regime]]
 
* [[Sequence stratigraphy]]
 
* [[Sequence stratigraphy]]
 
* [[Geometrical analysis]]
 
* [[Geometrical analysis]]
* [[Facies analysis]]
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* [[Scale importance]]
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* [[Seismic facies analysis]]
 
* [[Basin-fill and trap analysis]]
 
* [[Basin-fill and trap analysis]]
* [[Diagenetic modifications of stratigraphic traps]]
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* [[Stratigraphic trap seals]]
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* [[Diagenetic impact on traps]]
  
 
[[Category:Exploring for stratigraphic traps]][[Category:Predicting the occurrence of oil and gas traps]]
 
[[Category:Exploring for stratigraphic traps]][[Category:Predicting the occurrence of oil and gas traps]]
 
[[Category:Sequence stratigraphy]]
 
[[Category:Sequence stratigraphy]]

Latest revision as of 12:51, 3 July 2014

Stratigraphic traps are formed as a result of depositional, erosional, or diagenetic processes. As technology evolves and well control increases, exploration for pure stratigraphic traps becomes more and more practical. Seismic technology produces images of the subsurface with higher and higher resolution. Images and measurements of the subsurface, however detailed, still must be interpreted geologically. Effective geologic interpretation and, therefore, effective stratigraphic trap exploration integrates all data types, including seismic, well log, fluid character, fluid pressure, shows, cores, and cuttings. Sequence stratigraphy serves as a framework for integrating data.

See also