energy transition

Students are invited to apply for the program beginning fall 2025.

Experts from various fields met to discuss the role of AI in the energy transition and its challenges including high energy consumption and carbon-intensive infrastructure requirements.

Explore the methodologies, field applications, design optimization, and environmental challenges of fishbone drilling and how it can be used in both conventional and renewable energy systems.

The degree includes curricula in energy drilling, geothermal and petroleum production, renewable systems, and carbon capture.

KU will use its funding from the DOE's Bipartisan Infrastructure Law to develop new catalysts and technologies to improve the efficiency and reliability of green hydrogen production.

Join TWA's Mrigya Fogat as she interviews four of the 2024 TWA Energy Influencers in this Get to Know series.

Five key themes to AI's success including standardization, automation, integration, scalability, and continuous improvement can provide a clear roadmap for effective AI deployment, addressing challenges and driving sustainability across the subsurface energy sector.

Funding from the grant will be used to develop innovative heating, ventilation, air-conditioning, and refrigeration systems, reduce hydrofluorocarbons emissions, and combat climate change by improving refrigerant technology.

Learn about natural hydrogen accumulation systems and the relatively minor differences in the setting and exploration processes compared to natural gas exploration.

The SPE Europe Energy GeoHackathon aims at educating and disseminating knowledge to all the participants on how data science applications can support geothermal energy developments and drive the energy transition. Boot camps begin 21 October.