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Combined Solutions
Oil content prediction

 

Oil content prediction

The following Solution is a complex scientific problem that is originally solved by Smart Imaging Technologies.

Obtained results for the modeling oil-bearing structure

Structure of a petroliferous solid consisting of 19 main solids’ fractions
(spherical particles modeling)

Structure of an oil-bearing well,
consisting of 19 main solids’ fractions (spherical particles modeling)

Estimated density distribution over the height of petroliferous solid

Structure of a petroliferous solid consisting of 19 main solids’ fractions (convex Voronoi polyhedra modeling) 

Structure of an oil-bearing well consisting of 19 main solids’ fractions (convex Voronoi polyhedra modeling)

Section of an oil-bearing well, consisting of 19 main solids’ fractions (spherical particles modeling) 

Pore structure of an oil-bearing well, consisting of 19 main solids’ fractions (spherical particles’ modeling with applying Delone triangulation).

Pore structure of a petroliferous solid, consisting of 19 main solids’ fractions (spherical particles’ modeling with applying Delone triangulation). Pores, falling into section plane, are shown in green. 

Pore channels in the oil-bearing rock

Estimated pore structure of an oil-bearing well, consisting of 19 main solids’ fractions. Pores, falling into section plane, are shown in red. 

Layers of the constructed oil-bearing rock structure (spherical particles modeling)

Section of the constracted multilayer oil-bearing rock structure (spherical particles modeling) 

Layers of the constructed oil-bearing rock structure (convex Voronoi polyhedra modeling)

 

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