A potential approach to develop geothermal energy is by producing low-to-medium
temperature fluids from naturally fractured geothermal reservoirs (NFGRs). Pressure …

When drilling a geothermal well, obtaining real-time measurements of the static formation
temperature is impractical due to the cooling effect of drilling fluids on the surrounding rock …

This work presents a new coupled transient wellbore/reservoir thermal analytical model,
consisting of a combined reservoir/casing/tubing system. The analytical model considers …

This paper presents a non-isothermal, transient coupled reservoir/wellbore model that
accounts for the Joule-Thomson (JT), isentropic expansion, conduction and convection …

Naturally fractured reservoir characterization has always been a challenging problem
worldwide due to highly heterogeneous. Pressure transient analysis (PTA) is the most used …

Geothermal energy, a clean and renewable source, has garnered significant attention. The
excellent physical properties of supercritical carbon dioxide make it an ideal fluid for …

This work investigates the impact of temperature effect on pressure-transient measurements
made at any gauge location along a slanted wellbore completed with a production tubing …

Significant temperature variations are measured in oil and gas production wells with large
pressure drawdown such as high production rate wells and tight formations. The …

Contrary to the assumption of previous researchers, the radial temperature in the petroleum
reservoir during production is non-isothermal because several heat transfer mechanisms …

Grade of oil shale and reaction parameters of in-situ pyrolysis must be identified for the
prediction of productivity before actual heating and production. Identification of oil shale …