2020
DOI: 10.1016/j.petrol.2020.106992
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Thermal impacts on pressure transient tests using a coupled wellbore/reservoir analytical model

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Cited by 13 publications
(3 citation statements)
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“…Table 3 summarizes the most relevant aspects of various coupling examples. M, N, B, SF, V F Winterfeld [30] M, N, B, SM, V F Holmes et al [12] M, ?, B, DF, M F Stone et al [25] M, T, C, DF, M I Coats et al [9] M, N, C, ?, M F Bhat et al [16] S, T, B, ?, H I Nennie et al [1] M, T, B, SF, M E Sagen et al [23] M, T, B, ?, M F Pourafshary [22] M, T, C, DF, V F Leemhuis et al [19] M, T, B, SF, M E Livescu et al [20] M, T, C, DF, M F Livescu et al [50] M, T, B, DF, M F Semenova et al [85] M, T, C, DF, M F Twerda et al [29] M, T, B, SF, M F Bahonar et al [15] S, T, B, ?, V F Shirdel [52] S, N, C, ?, H F Pan and Oldenburg [21] M, T, C, DF, V F Gao [129] M, N, B, SM, V&H I Forouzanfar et al [48] M, T, C, DF, V F Cao et al [17] M, N, C, ?, M F Olivares [99] M, N, C, SM, V F Redick [130] M, N, B, ?, V I Tang et al [96] M, N, C, DF, H F Galvao et al [33] S, T, C, ?, V E Galvao et al [133] S, T, C, ?, V E Basirat et al [32] M, T, C, DF, V F Battistelli et al [31] M, T, C, DF, V F Raad et al [34] M, T, B, ?, V E Liao et al [35] M, T, B, ?, H F Legend: Coupled reservoir/wellbore simulation: M = multiphase; S = singlephase; T = thermal; N = non-thermal; B = black oil; C = compositional; SF-separated flow; SM-semi empirical model; DF-Drift-Flux; V-vertical well; H-horizontal well; M-multilateral well; ? -unknown.…”
Section: Numerical Implementation Of Coupling Reservoir and Wellbore ...mentioning
confidence: 99%
“…Table 3 summarizes the most relevant aspects of various coupling examples. M, N, B, SF, V F Winterfeld [30] M, N, B, SM, V F Holmes et al [12] M, ?, B, DF, M F Stone et al [25] M, T, C, DF, M I Coats et al [9] M, N, C, ?, M F Bhat et al [16] S, T, B, ?, H I Nennie et al [1] M, T, B, SF, M E Sagen et al [23] M, T, B, ?, M F Pourafshary [22] M, T, C, DF, V F Leemhuis et al [19] M, T, B, SF, M E Livescu et al [20] M, T, C, DF, M F Livescu et al [50] M, T, B, DF, M F Semenova et al [85] M, T, C, DF, M F Twerda et al [29] M, T, B, SF, M F Bahonar et al [15] S, T, B, ?, V F Shirdel [52] S, N, C, ?, H F Pan and Oldenburg [21] M, T, C, DF, V F Gao [129] M, N, B, SM, V&H I Forouzanfar et al [48] M, T, C, DF, V F Cao et al [17] M, N, C, ?, M F Olivares [99] M, N, C, SM, V F Redick [130] M, N, B, ?, V I Tang et al [96] M, N, C, DF, H F Galvao et al [33] S, T, C, ?, V E Galvao et al [133] S, T, C, ?, V E Basirat et al [32] M, T, C, DF, V F Battistelli et al [31] M, T, C, DF, V F Raad et al [34] M, T, B, ?, V E Liao et al [35] M, T, B, ?, H F Legend: Coupled reservoir/wellbore simulation: M = multiphase; S = singlephase; T = thermal; N = non-thermal; B = black oil; C = compositional; SF-separated flow; SM-semi empirical model; DF-Drift-Flux; V-vertical well; H-horizontal well; M-multilateral well; ? -unknown.…”
Section: Numerical Implementation Of Coupling Reservoir and Wellbore ...mentioning
confidence: 99%
“…Este trabalho não considera a estocagem térmica descrita e modelada por Hasan et al (1997Hasan et al ( , 2005, porém considera os efeitos da temperatura nos transientes de pressão lidos no poço, com o intuito de filtrar o ruído térmico descrito por Galvão et al (2020).…”
Section: Diferentemente Da Difusão O Termo De Advectivo Não Destrói I...unclassified
“…Mais adiante será mostrado os impactos que isto tem na avaliação da formação a partir dos dados de pressão e temperatura. Galvão et al (2018Galvão et al ( , 2020 relata uma importante questão a respeito da avaliação de formações deste tipo a partir das pressões e derivadas das pressões lidas no poço. A pressão lida no registrador do teste, localizado no poço, a uma distância do canhoneio pode ser distorcida pelos efeitos da temperatura levando a interpretações errôneas de heterogeneidade no reservatório.…”
Section: Solução Analíticaunclassified