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

With the evolution of downhole permanent monitoring techniques, transient temperature and
pressure data can play an important role in reservoir description due to their inherent real …

Permanent downhole gauges (PDGs) provide a continuous source of downhole pressure,
temperature, and sometimes flow-rate data. Until recently, the measured temperature data …

With the increasing application of distributed temperature sensing (DTS) in downhole
monitoring for multifractured horizontal wells (MFHWs), well performance interpretation by …

Downhole temperature data that are measured by production logging tools (PLTs) or fiber-
optic distributed-temperature sensors are used frequently today to diagnose multistage …

Downhole temperature measurements, either by permanent sensors or temporarily
conveyed tools, provide information that has been used in many production-diagnosis …

Distributed temperature sensors (DTSs) are gradually being used to monitor downhole
conditions for multistage fractured horizontal wells (MFHWs) during production. However …

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

The increasing deployment of distributed temperature and pressure measuring devices in
intelligent well completions is providing the means to monitor the inflow profiles of wells …

Current and future flow streams from HTHP wells usually have to contend with H2S, CO2,
and chlorides at high temperatures. At wells with temperatures of over 350° F this hostile …