CO 2 geological utilization and storage (CGUS) is an important technology to achieve a
deep cut of global CO 2 emissions. CO 2 leakage from the subsurface may impair the …

The accelerating impacts of climate change, driven by rising carbon dioxide (CO2)
emissions, underscore the need for effective mitigation strategies, particularly in Carbon …

Wells with compromised integrity can cause groundwater/soil contamination and increased
carbon emissions. Given that there are more than 3.7 million abandoned wells in existence …

The presence and suitability of carbon storage reservoirs in the Georges Bank Basin (GBB;
offshore Massachusetts) is evaluated through the application of sequence stratigraphy and …

Abstract Carbon Capture & Storage (CCS) refers to capturing the anthropogenic carbon
dioxide (CO 2) at a source followed by injecting and storing it safely in the subsurface. The …

Federal offshore waters in the Gulf of Mexico are of interest for large-scale geologic carbon
storage (GCS). However, more than 80,000 offshore oil and gas wells exist in the region …

The subsurface confinement of anthropogenic carbon dioxide (CO2) demands robust risk
assessment methodologies to identify potential leakage pathways. Legacy wells within the …

This study examines the potential for treating and reusing tight-oil produced water (TPW) in
West Texas to alleviate water shortages, preserve groundwater resources and mitigate …

District heating will have an increasing role in the decarbonization of energy systems and in
improving the security of supply. Although the electrification of district heating via heat …

Encouraging the utilization of renewable energy is critical for addressing our energy
demands, but large-scale storage is required for it to be feasible. Underground hydrogen …