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What may have been a sense of uneasy security in countries around the world that relied on imported oil and gas has been shaken off. Russia’s invasion of Ukraine, and its role in supplying natural gas to the EU, highlights just how quickly the sourcing of fuel can or must change.

The authors develop a methodology that calculates the mechanical specific energy using real-time drillstring acceleration signals directly.

As the number of discoveries goes down and headwinds increase, the days of the US Gulf of Mexico megaproject could be numbered.

This study describes application of the iterative ensemble Kalman smoother application to a low-permeability coalbed methane field in Australia.

New research from Hess offers compelling evidence that two layers of tight rock can be treated as one and how passive wells can become oil producers.

This paper describes how a better understanding of the connection between the well and the reservoir through use of fiber-optic sensors can improve reservoir simulation models, decision-making, and well-performance evaluation.

This work evaluates and compares the performance of rate normalization and pressure deconvolution for both synthetic and tight-oil examples.

The authors describe an approach to achieve reliable estimation of field gas initially in place.

The offshore plant is expected to produce up to 2.8 mtpa in early 2023.

The newbuild vessel will be used in partnership with Kirby Offshore Wind on the Empire wind farm off New York.

Founded in 2008, GA Drilling is developing plasma-based tools to achieve drilling speeds that are about three times faster than what conventional bit technology has historically achieved.

An analysis by researchers from Stanford University found leaks of methane from oil and gas drilling in the Permian Basin were many times higher than government estimates.