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The disruptive nature of unconventional reservoirs has spurred the need for new ideas. But that doesn’t always mean that we need to toss out the traditional methods that got us here. Such might be the case for the recent developments unfolding around the diagnostic fracture injection test (DFIT).

Moving the needle with the urgency required to deliver on the Global Methane Pledge announced at COP26 requires us to “lean in” to cut methane emissions that are fully within our control across our operations.

The authors describe a study in which leakage-rate modeling was performed to identify and evaluate the associated risks for designing a remedial action plan to safeguard a CO2 storage site.

When it comes to produced water from US shale plays, it’s either recycle and reuse or throw it away—and both are easier said than done.

This section recognizes SPE members accomplishments and positions within the oil and gas industry.

This paper provides an alternative solution to identifying, classifying, and vertically distributing fractures and a lateral distribution method for reservoir modeling.

The authors write that polymeric additives are effective in the design of complex systems to house important chemical reagents under challenging conditions.

The paper demonstrates the ability of deep-learning generative models to enable new shale-characterization methods.

A new dose of constraint may just be the best prescription for those making reserves estimates on prospective unconventional resources.

New phase to venerable field ushers in natural gas, lower-emissions focus.