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Line 25: − As often happens in oil-field studies, this one did not yield a unique solution. This analysis is not sufficiently precise to answer the question of a capillary vs. hydrodynamic seal, but it does show the probability that more thorough quantitative work of the type illustrated would be definitive. Particularly helpful would be detailed analysis of r<sub>10</sub> or r<sub>35</sub> values of the updip Midale Vuggy beds. − − Therefore, any estimate of oil or gas column heights should be tested against all other information available. Column height and the [[buoyancy pressure]] it generates should make sense in context with shows of oil or gas, water saturations, trap closure, and pressure data. + + + +
Midale seal capacity and trap type (view source)
Revision as of 21:57, 19 February 2014
, 21:57, 19 February 2014→Summary
==Summary==
==Summary==
[[File:Seal_capacity_trap_type_fig1.png|thumb|{{figure number|1}}The charts and diagrams on the front and back of this “gameboard” are for use in the petrophysical analysis of wellbore data. Refer to the “Pore Type Classification Chart” for a summary of the petrophysical characteristics of different pore types and pore geometries. For an explanation of each diagram or chart see Chapter 9 in ''Exploring for Oil and Gas Traps''.]]
[[File:Seal_capacity_trap_type_fig1.png|thumb|{{figure number|1}}The charts and diagrams on the front and back of this “gameboard” are for use in the petrophysical analysis of wellbore data. Refer to the “Pore Type Classification Chart” for a summary of the petrophysical characteristics of different pore types and pore geometries. For an explanation of each diagram or chart see Chapter 9 in ''Exploring for Oil and Gas Traps''.]]
[[File:Seal_capacity_trap_type_fig2.png|thumb|{{figure number|2}}The charts and diagrams on the front and back of this “gameboard” are for use in the petrophysical analysis of wellbore data. Refer to the “Pore Type Classification Chart” for a summary of the petrophysical characteristics of different pore types and pore geometries. For an explanation of each diagram or chart see Chapter 9 in ''Exploring for Oil and Gas Traps''.]]
[[File:Seal_capacity_trap_type_fig2.png|thumb|{{figure number|2}}The charts and diagrams on the front and back of this “gameboard” are for use in the petrophysical analysis of wellbore data. Refer to the “Pore Type Classification Chart” for a summary of the petrophysical characteristics of different pore types and pore geometries. For an explanation of each diagram or chart see Chapter 9 in ''Exploring for Oil and Gas Traps''.]]
As often happens in oil-field studies, this one did not yield a unique solution. This analysis is not sufficiently precise to answer the question of a capillary vs. hydrodynamic seal, but it does show the probability that more thorough quantitative work of the type illustrated would be definitive. Particularly helpful would be detailed analysis of r<sub>10</sub> or r<sub>35</sub> values of the updip Midale Vuggy beds.
Therefore, any estimate of oil or gas column heights should be tested against all other information available. Column height and the [[buoyancy pressure]] it generates should make sense in context with shows of oil or gas, water saturations, trap closure, and pressure data.
==See also==
==See also==