Energy Transition
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.
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.
-
Explore the California Carbon Allowance (CCA) Market's structure, economic and environmental impacts, and its potential for future growth. -
Two hubs were launched in September 2024 at Pembrokeshire College and Fife College with a third planned to launch in 2025 at North East Scotland College (Aberdeen).
-
In part three of the Decoding Sustainability series, Mercedes Maroto-Valer, director of the UK Industrial Decarbonization Research and Innovation Center, shares her insights on diversity and inclusion, drawing from her personal experiences and position as a leader in the field.
-
Explore hydrogen's role in industrial decarbonization through three real-world examples.
-
Researchers say the environmentally friendly method to extract lignin from pine will allow it to replace 20% of the fossil fuel-based chemicals in polyurethane foams.
-
Four technologies included in the Global CCS Institute's latest CCS Technologies 2024 report are explored in this article.
-
The initiative, launched by UT-Austin and five other regional universities, will use $2.5 million in funding from the US Department of Energy to teach K-12 students in Texas schools about carbon capture and storage.
-
Solar energy, a vast, inexhaustible, and clean resource, stands at the forefront of the focus on sustainable energy solutions.
-
The university's project was one of 66 to receive funding from the US Department of Energy for "transformational technologies."
-
OU Professor Kasun Gunasooriya and his team's research shows that iridium oxide, a key green hydrogen catalyst, forms short-range order patterns over time rather than becoming fully amorphous.
