Results of bibliometric analysis and a detailed review are reported on the use of supervised
machine learning to study hazardous drilling events. The bibliometric analysis attempts to …

Loss circulation is one of the major concerns in drilling and well construction. The
uncontrolled flow of fluids into formation while drilling or primary cementing lead to …

A series of hydraulic fracturing experiments were conducted using Lushan shale cores (50
mm in diameter and 100 mm in length) to unravel the formation mechanism of fracture …

Storage resource estimates are part of the foundation for Carbon Capture and Storage
(CCS) policy, project development and pipeline routing. Multiple generations of such …

In-situ stress impact on hydraulic fracturing is investigated to enhance hydraulic fracturing
performance. Lithology-controlled lower and upper bounds of the horizontal stresses are …

Accurate knowledge of pore and fracture pressures is essential for drilling wells safely with
the desired mud weight (MW). Overpressure occurs when the pore pressure is higher than …

The precise prediction of the break-down pressure is imperative to define the pumping
schedule and the relevant stimulation parameters of a hydraulic fracturing process. A …

CO 2 has been successfully sequestered in aquifers at shallow water depth as supercritical
CO 2. However, at a water depth larger than 630 m in tropical regions, there exists a hydrate …

Abstract The Delaware Basin in west Texas and southeast New Mexico is now the largest
global oil producing basin, averaging∼ 400,000 m 3 (∼ 2,500,000 barrels) per day in 2022 …

Pore pressure is a crucial factor affecting reservoir stimulation, especially in unconventional
reservoirs, because it can control crack initiation and propagation. However, studies on the …