Carbon capture and storage (CCS) is a key technology to reduce carbon dioxide (CO 2)
emissions from industrial processes in a feasible, substantial, and timely manner. For …

Hydrocarbon gas emissions from with decommissioned wells are an underreported source
of greenhouse gas emissions in oil and gas provinces. The associated emissions may partly …

Fluid-escape structures within sedimentary basins permit pressure-driven focused fluid flow
through inter-connected faults, fractures and sediment. Seismically-imaged chimneys are …

Carbon capture and storage (CCS) within sealed geological formations is an essential
strategy to reduce global greenhouse gas emissions, the primary goal of the 2015 United …

We present porosity and free gas estimates and their uncertainties at an active methane
venting site in the UK sector of the North Sea. We performed a multi-disciplinary experiment …

The natural gas hydrates widely distribute along the active continental margin. The formation
and distribution of gas hydrates are intimately connected to fluid migration systems, holding …

Subsurface fluid escape structures are geological features which are commonly observed in
sedimentary basins worldwide. Their identification and description have implications for …

Marine carbon storage plays a crucial role in reducing global greenhouse gas emissions. To
ensure the efficient and safe storage of CO 2, it is imperative to monitor the potential …

Thorough understanding of seabed fluid flow system is of great significance to geohazard
identification and hydrocarbon exploration as it can reshape the seabed and act as an …

Abstract Safe offshore Carbon Capture Utilization and Storage (CCUS) includes monitoring
of the subseafloor, to identify and assess potential CO 2 leaks from the geological reservoir …