With the depletion of conventional shallow gas and oil reserves, more wells are being drilled
into deep and ultra-deep reservoirs to find new hydrocarbons or other types of geoenergy to …

A comprehensive investigation of silica-cement hydration kinetics and engineering
properties in the temperature range from 110° C to 200° C and pressure range from 25 MPa …

This study develops a resin cement paste (RCP) with excellent elastic deformation and
strength at high temperature and high pressure (HTHP) and determines the reinforcement …

Mechanical alterations in shale formations due to exposure to water-based fracturing fluids
and supercritical carbon dioxide (ScCO 2) significantly affect the performance of shale gas …

A comprehensive experimental investigation of Portland cement hydration kinetics in a wide
temperature range from 35° C to 150° C with pressure up to 50 MPa was performed by heat …

The reaction of alkali-activated slag is very fast and challenging to adjust with the common
retarder used in Portland cement. Thus, achieving control of the hydration rate of alkali …

In this paper, the structural evolution of natural rock asphalt and rock asphalt treated with
liquid nitrogen subjected to high temperature and high pressure (HTHP) were studied, and …

In view of the existing problems of retarding agents, such as abnormal cementing of cement
slurry, slow development of cement strength, low strength, poor thermal stability and …

The hydration products of G-grade oil well cement can affect its overall performance, which
is currently enhanced by nano-silica (nano-SiO 2). However, the hydration process and …

Nanomaterials have great potential to influence the properties of cement-based materials
due to their small particle size and large specific surface area. The influences of Nano-SiO2 …