Technical Topics

Part 1 of this series focuses on the disciplines of geology and geophysics, petrophysics, and reservoir engineering using real-world field examples from Malaysia and the author's experiences in training undergraduate students in Malaysian universities.

Part 2 in this series in hydrofracturing is intended to give early-career petroleum engineers a comprehensive and accessible look into modern fracturing practices.

This article explores the integration of hydrogen into existing natural gas infrastructure and introduces practical solutions, including the application of machine learning models, to support decision-making and infrastructure adaptation in the energy transition.

Effective management of produced water in mature oil fields is essential to reducing environmental risks and operational costs, with subsurface disposal emerging as the most efficient and responsible method.

This article examines the safety of geological carbon storage by addressing common concerns, presenting evidence-based assessments, and exploring the actual measures in place to ensure its secure and responsible deployment. 

Mineralogical, mechanical, and flow complexities in major US shale plays are tightly linked, making traditional 1D modeling inadequate. Emmanuel Obasi, SPE, addresses this with a physics-informed ML approach detailed in this article.

The university's 142-ft multiphase flow loop tower is a 10-story engineering marvel pushing the boundaries of petroleum research in production operations, flow assurance, and safe offshore drilling.

Presented by the SPE German Section, the webinar will focus on how commercial extraction will require innovative approaches due to the depth and low permeability of key formations in the basin.

The upcoming webinar will explore how oil and gas technologies are being repurposed for geothermal and renewable energy applications.

Part 1 of this 2-part series delves into an overview of hydraulic fracturing operations and on-site activities of a fracturing engineer.