Energy Transition
Texas A&M Researchers To Develop AI-Powered Drilling System To Accelerate Critical Mineral Discovery
Backed by a $3.5 million US Department of Energy grant, Texas A&M researchers are developing an AI-enabled drilling system that can identify critical minerals in real time, reducing exploration time and costs for rare earth element deposits.
The global energy transition is accelerating, but geopolitical tensions, infrastructure constraints, and behavioral barriers are increasingly shaping its pace, priorities, and long-term impact.
Methane abatement is emerging as a critical strategy for decarbonizing oil and gas operations, enhancing energy security, and creating commercial value by capturing emissions, meeting growing regulatory requirements, and supplying certified low-emissions natural gas to global markets.
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The free, 1-day symposium will bring together graduate students, faculty, and industry leaders dedicated to advancing research, career growth, and energy innovation. -
For young professionals, natural hydrogen presents unique opportunities to shape an early-stage industry and contribute to the broader energy transition.
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The SPE Spain Section visited with 2026 SPE President Jennifer Miskimins to engage in a direct, thoughtful dialogue about the section's current challenges, goals, and the path forward as a small SPE community in Europe.
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Yurii Moroz, SPE, reflects on his career journey from field operations to leading new energy project management including hydrogen, geothermal, CRM, and CCS projects at Ukraine’s largest state-owned gas company.
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While some see CCS as a vital tool for reducing emissions, others are exploring whether its current deployment aligns with long-term climate and clean energy goals.
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A University of Tulsa PhD student Gulnur Ualiyea is advancing CO2 well injection technology through groundbreaking research on downward gas-liquid flow. Her innovative work is gaining global recognition and reshaping the future of sustainable energy.
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Global investment in the energy transition is creating high-demand roles for engineers in solar, wind, and digital energy systems. For YPs and engineers, adapting to this shift means upskilling in cross-disciplinary, digital, and sustainability-focused domains to stay competitive.
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A team from UT Austin won the Blue Hydrogen Student Design Competition, where more than 200 students from three Texas universities designed sustainable hydrogen production processes.
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Organized by YPs for YPs, this initiative offers a safe and inspiring space where learning meets leadership, and where the future of energy is not only discussed, but co-created.
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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.
