Marine sediments are the world's largest known reservoir of methane. In many coastal
regions, methane is trapped in sediments buried at depths ranging from centimeters to …

In 2019, the sand-rich gas hydrate and shallow gas (GHSG) reservoirs have been drilled in
the Qiongdongnan Basin, northern South China Sea. As a conventional energy resource …

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 …

The geological conditions of deep water in the South China Sea are complex. Shallow gas
is often encountered during deep-water drilling, which is likely to cause serious accidents …

Industrial 3D seismic data are used to investigate the contemporary hydrocarbon distribution
and historical fluid migration in Melville Bay offshore northwest Greenland. Gas-related …

Investigating the primary influencing factors that regulate the enrichment of shallow gas not
only deepens our understanding of the rules governing shallow gas enrichment in deep …

The storage of CO 2 in deeply buried geological formations provides a contribution to
mitigate hard-to-abate CO 2 emissions from industry. Robust geological models and …

This study focuses on seafloor methane seep sites and their distribution in the northwestern
part of the German North Sea. Methane seepage is a common phenomenon along marine …

Coastal areas dominated by major rivers are one of the largest carbon sinks worldwide.
However, the factors controlling the generation of primary microbial gas therein are still …

In 1964, exploration drilling in the German Sector of the North Sea hit a gas pocket at∼
2900 m depth below the seafloor and triggered a blowout, which formed a 550 m-wide and …