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This is a In Vitro Study study (also classified as: Observational).

August 16, 2025

Impact of Well-To-Fault Distance and Two-Phase Fluids on the Detection of Faults for CO2 Storage Purposes Using Pressure Transient Analysis

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Numerical simulations of well-to-fault distance and two-phase fluids impact detection of faults, indicating improved PTA data interpretation.

CO2 plume migration varies with well-to-fault distance during injection, affecting pressure disturbances leading to fault detection.
Numerical well test simulations revealed distinct pressure transient signatures for single-phase and two-phase fluid scenarios.
Analysis of pressure transient behavior is essential for accurate CO2 monitoring in subsurface reservoirs.
Integrating various data sources enhances the characterization and management of reservoirs for effective carbon storage.

Igweajah et al. (2025) studied this question.

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Numerical simulations of well-to-fault distance and two-phase fluids impact detection of faults, indicating improved PTA data interpretation.