Global estimates for our remaining capacity to exploit developed oil fields indicate that the
currently recoverable oil (light oil) will last for approximately 50 years. This necessitates the …

The relative slow carbonation efficiency for conventional wet and dry carbonation of recycled
concrete fines (RCF) limits its resource industrial utilization. In this study, an innovative …

In situ hydrogen generation (ISHG) from fossil fuels in subsurface reservoirs has emerged as
a promising way to lower greenhouse gas emissions. This process can be realized within …

Hydrogen production in subsurface reservoirs attracts global research interest for its
potential in sustainable energy generation and climate change mitigation. However, limited …

In the flotation of magnesite ore, dolomite dissolution and poor water quality can lead to the
accumulation of Ca 2+ in backwater and a slurry of flotation, which can give rise to many …

In situ combustion (ISC) has received much attention in the area of the development of shale
oil reservoirs in recent years. The primary mechanism of interest for ISC is the oxidation …

The oxidation reactions between oxygen and shale oil directly affect the feasibility and
performance of air injection. In this work, the influence of water on thermo-oxidative behavior …

Organic–inorganic composites have attracted great interest, due to their remarkable impact,
causing improvements in the mechanical properties of polymers when compared with their …

Concrete possesses significant potential as a medium for CO 2 sequestration. Nevertheless,
conventional approaches like CO 2 mixing and carbonation curing have shown limited …

Oil-dispersed copper stearate has been reported to be a promising catalyst for improving in-
situ oil combustion due to its good dispersibility in crude oils and the high catalytic activity of …