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DETERMINING AN EFFECTIVE STORAGE CAPACITY OF AN UNCONVENTIONAL SUBSURFACE VOLUME OF INTEREST AS A FUNCTION OF POSITION

发明专利审中
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21权利要求 · 3 独立
§ Ⅰ

卷宗概要

发明人

David James Robbins; Shane James Prochnow; Stephen Daniel Yow

IPC 分类

G6Q 10/631G6Q 10/4

CPC 分类

G6Q10/6315G6Q10/4

Method, systems, and non-transitory computer readable media for determining an effective storage capacity of an unconventional subsurface volume of interest as a function of position are disclosed. Some implementations may include: obtaining historical production data correlating to the unconventional subsurface volume of interest, obtaining subsurface reservoir data correlating to the unconventional subsurface volume of interest, obtaining an initial storage capacity model comprising initial forecast production data, adjusting the initial forecast production data using the historical production data, the subsurface reservoir data, or both to generate the effective storage capacity data of the unconventional subsurface volume of interest, generating a graphical representation of the effective storage capacity of the unconventional subsurface volume of interest as a function of position using visual effects to depict at least a portion of the effective storage capacity data, and displaying the graphical representation in the graphical user interface.

原文(中文)

Method, systems, and non-transitory computer readable media for determining an effective storage capacity of an unconventional subsurface volume of interest as a function of position are disclosed. Some implementations may include: obtaining historical production data correlating to the unconventional subsurface volume of interest, obtaining subsurface reservoir data correlating to the unconventional subsurface volume of interest, obtaining an initial storage capacity model comprising initial forecast production data, adjusting the initial forecast production data using the historical production data, the subsurface reservoir data, or both to generate the effective storage capacity data of the unconventional subsurface volume of interest, generating a graphical representation of the effective storage capacity of the unconventional subsurface volume of interest as a function of position using visual effects to depict at least a portion of the effective storage capacity data, and displaying the graphical representation in the graphical user interface.