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@wikipedia


Expand
titleBy uncertainty (SPE)


2P = Proven P90 + Possible P50
1P = Proven P90Probable P50Possible P10
Proven developed (PD)Proven Undeveloped (PUD)




Expand
titleBy complexity


ConventionalUnconventional
GasCondensate
OilHeavy OilShale GasShale OilBitumen




Expand
titleBy oil density




Light crudeMedium oilHeavy crudeExtra heavy crude
kg/m3< 870870 - 920920 - 1000> 1000
°API> 31.122.3 - 31.110 - 22.3< 10





Expand
titleBy mobility



High perm

Medium perm

Low perm

Shale

Gas



Gas condensate



Light oil



Oil


x
Heavy oil

xx
Bitumen
xxx


Red crosses x indicate reservoir-fluid combinations which are currently not exploited by Petroleum Industry.



Expand
titleBy reservoir homogeneity


MatrixFissuredFracturedFaultedCompartmentalized



Expand
titleBy trap structure


AnticlineStratigraphicNormal FaultThrust Fault

Excerpt Include
Anticline Structure
Anticline Structure
nopaneltrue

Excerpt Include
Stratigraphic Structure
Stratigraphic Structure
nopaneltrue

Excerpt Include
Normal Fault Structure
Normal Fault Structure
nopaneltrue

Excerpt Include
Thrust Fault Structure
Thrust Fault Structure
nopaneltrue




See Also


Petroleum Industry / Upstream / Subsurface E&P Disciplines / Petroleum Geology /  Petroleum Reservoir / Hydrocarbon Reserves

[ Russian Reserves Categories ]


References


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titleARAX

[1] Dr. Jon Olson, Dr. Mukul Sharma, Dr. Zoya Heidari, Shale Fracturing: The Geology And Technology That Sustained The Boom