HSE & Sustainability
Students from around the globe are invited to participate in the 2026 Switch Global Case Competition to tackle the pressing issue of energy poverty and compete for $50,000 in prize money.
A data-driven look at fuel savings, battery degradation, and net CO2 impact over a 10-year ownership period.
A smart safety helmet with physiological monitoring, gas detection, and real-time location tracking for emergencies was the winning concept at this year's SPE Students Technical Symposium and Exhibition.
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Driven by the belief that a clean and eco-friendly environment is essential for sustainability, SPE's University of Lagos Student Chapter held a cleanup initiative at two major markets in Yaba, Lagos. -
Dorit Hammerling, Colorado School of Mines, co-founded the Energy Emissions Modeling and Data Lab, an interdisciplinary initiative involving Mines, The University of Texas at Austin, and Colorado State University.
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The grant provides funding for students to research greenhouse gas emissions from idle and abandoned oil and gas wells in California.
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On long-term trends, most things in the world are getting better, but gradual improvements don't make the news.
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The first of a 12-part series focused on addressing financial barriers to geothermal energy expansion.
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Team Energy Nexus from India took home the win and $10,000 in the fourth annual Switch Competition hosted by Texas-based nonprofit, Switch Energy Alliance.
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Young professionals in New Zealand have unique opportunities to shape the future of the energy industry by driving innovation, influencing policy, and advancing a sustainable, low-carbon economy.
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Nigeria's readiness for CCS and the associated opportunities for emissions reduction are analyzed in this article along with an overview of recent developments in the CCS sector, with a focus on policy and regulatory advancements and geological assessments for CO2 storage potential.
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Explore the challenges of reducing greenhouse gas emissions to meet global climate goals by analyzing the impact of various gases including CO2, CH4, and N2O.
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The duo’s development of electrodynamic screen technology uses static electricity to clean dust from solar panels, saving an estimated 4 billion gallons of water per year.
