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The Halten East project in the Norwegian Sea involves fields that if developed independently would be considered too marginal to be economically attractive.

In this year’s Heavy Oil feature, it’s clear that, even as many enhanced recovery techniques become established and mainstream, supporting technologies continue to march forward to allow a better and more-robust understanding of our trade.

This paper explores the sustainability and safety aspects of laser perforation with a focus on factors such as water requirement, asset integrity, logistics, safety, and surface footprint.

This paper describes an intelligent completion system in the context of multiple wells that, by electrifying the process, replaces the conventional electrohydraulic systems that have been in use for decades.

This paper aims to present thoroughly the application of subsurface safety injection valves in extremely high-temperature environments.

This paper aims to provide insights to address the challenge of identifying the optimal point within the gas-processing lineup for recovering a high-purity CO₂ stream suitable for sequestration.

Recently, artificial intelligence (AI), deep learning (DL), and machine learning (ML) have taken natural gas processing and handling on a new trajectory, replacing complex simulation runs.

Most sustainability efforts have been put into alternative or renewable energy research and development and in reducing flaring and venting intensity. While the industry has shown great progress in these areas, there are still many areas that could contribute to sustainability aspirations, one of them being well completions.

The production unit for the Balder field in the North Sea is expected to go on-stream in the second quarter of 2025 following the staged tow-out of the FPSO.

The agreement aims to bring the efforts of both companies together to advance digital-enabled carbon-free floating power generation.