Abstract Carbon Capture and Storage (CCS) emerges as a pivotal strategy in the global
pursuit of achieving a net-zero society by 2050. CCS technologies may play a strategic role …

During the Deepwater Horizon disaster, a substantial fraction of the 600,000–900,000 tons
of released petroleum liquid and natural gas became entrapped below the sea surface, but …

Based on oil fate modeling of the Deepwater Horizon spill through August 2010, during June
and July 2010,~ 89% of the oil surfaced,~ 5% entered (by dissolving or as microdroplets) the …

We present the development and validation of a numerical modeling suite for bubble and
droplet dynamics of multiphase plumes in the environment. This modeling suite includes …

This paper reports the results of quantitative imaging using a stereoscopic, high‐speed
camera system at two natural gas seep sites in the northern Gulf of Mexico during the Gulf …

Submerged oil, oil in the water column (neither at the surface nor on the bottom), was found
in the form of oil droplet layers in the mid depths between 900–1300 m in the Gulf of Mexico …

Safety and risk assessment of the offshore geological storage of carbon dioxide (CO 2) in
the Carbon Capture, Utilization, and Storage (CCUS) value chain needs the evaluation of …

Trajectory and fate modeling of the oil released during the Deepwater Horizon blowout was
performed for April to September of 2010 using a variety of input data sets, including …

To inform cost-effective monitoring of offshore geological storage of carbon dioxide (CO 2), a
unique field experiment, designed to simulate leakage of CO 2 from a sub-seafloor storage …

Natural or spilled oil in the ocean can interact with marine snow and sediment from riverine
sources and form Marine Oil Snow (MOS) aggregates including aggregates consisting of …