Shear wave velocity prediction: A review of recent progress and future opportunities

Olutoki, John Oluwadamilola; Zhao, Jian-guo; Siddiqui, Numair Ahmed; Elsaadany, Mohamed; Haque, AKM Eahsanul; Akinyemi, Oluwaseun Daniel; Said, Amany H.; Zhao, Zhaoyang

doi:10.1016/j.engeos.2024.100338

Energy Geoscience

2024

DOI: 10.1016/j.engeos.2024.100338

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Shear wave velocity prediction: A review of recent progress and future opportunities

John Oluwadamilola Olutoki,

Jian-guo Zhao,

Numair Ahmed Siddiqui

et al.

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2024

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Cited by 4 publications

References 119 publications

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Numerical Evaluation of Multi-well Cyclic Gas Injection Technique for Enhanced Oil Recovery in Composite Tight Oil Reservoirs

Asare,

Ejike,

Okere

2024

Arab J Sci Eng

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Numerical Evaluation of Multi-well Cyclic Gas Injection Technique for Enhanced Oil Recovery in Composite Tight Oil Reservoirs

Asare,

Ejike,

Okere

2024

Arab J Sci Eng

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Improved determination of the S-wave velocity of rocks in dry and saturated conditions: Application of machine-learning algorithms

Rezaei,

Ahmadi,

Nguyen

et al. 2024

Transportation Geotechnics

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A Review of the Intrinsic Parameters Affecting the Elastic Characteristics of Heterogeneous Carbonate Reservoirs: Insights from Laboratory Assessments

Hazaveie,

Aminshahidy,

Nikbin

2024

Int. J. Pet. Technol.

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This research provides an in-depth analysis of how various parameters such as mineralogy, density, porosity, temperature, pressure, and structural features impact the velocities of sonic waves in carbonate rocks. Our findings reveal that the mineral composition significantly influences the elastic behavior of these rocks. The density and elastic properties of minerals, especially clay minerals, play a crucial role in affecting porosity and predominant pore types. The porosity of carbonate reservoirs impacts their elastic properties, leading to variations in sonic wave velocities depending on the different pore types present. For a given porosity, the velocities can vary considerably due to the presence of diverse pore types within the pore space. Non-interconnected porosities with spherical or near-spherical shapes, along with microporosity, alter the effective elastic properties of the rock. Additionally, temperature affects the velocity-porosity relationship in rocks, with experimental results showing a decrease in P-wave velocity as temperature increases. Under reservoir conditions, wave velocity in carbonate rocks is influenced by factors such as confining pressure, temperature, gas saturation, and effective stress. Specifically, P-wave velocity increases with confining pressure as soft pores and cracks gradually close, enhancing the dry rock bulk shear modulus. Conversely, rising temperatures cause a slight decrease in velocities and an increase in attenuation. In conclusion, this study enhances our understanding of the physical properties and behavior of carbonate rocks under reservoir conditions, thereby contributing to the exploration and production of hydrocarbon resources.

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Shear wave velocity prediction: A review of recent progress and future opportunities

Cited by 4 publications

References 119 publications

Numerical Evaluation of Multi-well Cyclic Gas Injection Technique for Enhanced Oil Recovery in Composite Tight Oil Reservoirs

Numerical Evaluation of Multi-well Cyclic Gas Injection Technique for Enhanced Oil Recovery in Composite Tight Oil Reservoirs

Improved determination of the S-wave velocity of rocks in dry and saturated conditions: Application of machine-learning algorithms

A Review of the Intrinsic Parameters Affecting the Elastic Characteristics of Heterogeneous Carbonate Reservoirs: Insights from Laboratory Assessments

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