Biblioteca IAPG Search for 'an:53310'with limit(s): 'suppress:false'

Decarbonization

By Gupta, Subodh.
2023 .
1 p. ; 96-97

EOR Modeling

By Gupta, Subodh.
2021 .
7 p. ; 43-49 , Contenido: -Artificial Neural Network Models and Predicts Reservoir Parameters -Data-Mining Approach Evaluates Production Performance in the Permian Basin -Study Interprets Electromagnetic-Wave Penetration, Absorption for Bitumen Reservoir

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EOR modeling

By Gupta, Subodh.
2022 .
1 p. ; 54-55

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Fundamentals-based alternative addresses issue with three-phase permeability model

By Gupta, Subodh.
2023 .
2 p. ; 67-69 , The objective of this paper is to present a fundamentals-based, three-phase flow model consistent with observation that avoids the pitfalls of conventional models. Though the use of the Stone II model is very popular for three- phase flow across the industry, one issue in the context of gravity drainage is how it appears counterintuitively to limit the flow of oil when water is present near its irreducible saturation. The novelty of the work presented in the complete paper is in the development of a model based on fundamentals of flow in fine channels that better explains observed results in the context of flow in porous media. ; This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper SPE 205883, "Issue With Stone II Three-Phase Permeability Model and a Novel Robust Fundamentals-Based Alternative to It," by Subodh Gupta,

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Simulation of Noncondensable Gases in SAGD-Steam Chambers

By Gittins, Simon | Gupta, Subodh | Zaman, Maliha.
2013 .
9 p. ; 20-29

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