Geological storage of CO 2 is a promising technique to mitigate anthropogenic CO 2
emissions. The effectiveness of CO 2 storage in the subsurface formations relies on various …

Multi-scale shale studies put a significant emphasis on high-resolution investigations from
nanometer to decametre scales. Despite that multiple advanced techniques have been used …

Carbon capture and sequestration (CCS) in geological formations is a prominent solution for
reducing anthropogenic carbon emissions and mitigating climate change. The capillary …

Nowadays, researchers have shown interest in hydrogen energy because it is regarded as a
clean energy and a viable alternative to carbon-based fossil fuels. However, hydrogen has …

Toward a diversified low-carbon future, the geological storage of carbon dioxide (CO 2) and
hydrogen (H 2) is regarded as a key enabler for an industrial-scale implementation …

Carbon capture and storage (CCS) has been recognized as a pivotal technology for
mitigating climate change by reducing CO2 emissions. Storing CO2 in deep saline aquifers …

A stable nanofluid (NF) is crucial for success of nano-enhanced oil recovery (nEOR)
processes. However, this represents a significant challenge as nanoparticles (NPs) tend to …

The success of carbon dioxide storage depends on the security of the stored gas from
leakage to the surface. This security is ensured when there is an interaction between CO2 …

Coalbed methane recovery can largely ease the crisis of annually increasing energy
consumption of China. Low permeability and porosity of deep coal reservoirs mainly cause …

The wettability of subsurface minerals is a critical factor influencing the pore-scale
displacement of fluids in underground reservoirs. As such, it plays a key role in hydrocarbon …