Enhanced oil recovery (EOR) by carbon dioxide (CO 2) injection is a critical technique in the
decarbonization process of the world. This method involves injecting CO 2 into existing …

Increasing greenhouse gas emissions have put pressure on global economies to adopt
strategies for climate-change mitigation. Large-scale geological hydrogen storage in salt …

Carbon capture and storage has been identified as an important and viable technology for
climate change mitigation. The technology allows CO2 generated from large-scale sources …

Deep knowledge of interfacial properties and phase behavior is decisive for designing
processes of oil recovery and carbon storage. The current study aims at investigating the …

Climate change is now considered the greatest threat to global health and security.
Greenhouse effect, which results in global warming, is considered the main driver of climate …

Efficient carbon dioxide injection and potential effects on injection costs require an
understanding of the rock-fluid geochemical interactions during a CO 2 storage operation …

Fracturing is the necessary means of tight oil development, and the most common fracturing
fluid is slickwater. However, the Loess Plateau of the Ordos Basin in China is seriously short …

Carbon dioxide (CO 2) capture and sequestration through CO 2 enhanced oil recovery
(EOR) in oil reservoirs is one of the approaches considered to reduce CO 2 emission into …

The efficiency of water injection, as a conventional approach to enhance oil recovery, can
profoundly be compromised due to detrimental impacts of scale formation. The present study …

This study proposes a model for the kinetics and hydrodynamics of gypsum scale deposition
on surfaces of anhydrite, calcite, dolomite, and sandstone rocks while interacting with the …