energy transition

Russia’s invasion of Ukraine reignited global interest in nuclear power, driving up uranium demand and prices as nations prioritized energy security and low-carbon reliability amid growing supply and geopolitical challenges.

This article highlights how oil and gas companies are leveraging existing infrastructure, expertise, and emerging technologies to lead in the development of the hydrogen economy.

The university's new undergraduate program in natural gas, renewables, and oil engineering will train students in both traditional oil and gas cirricula and renewable energy.

With the right governance, CCS funding can be a strategic tool to decarbonize hard-to-abate sectors, safeguard jobs, and help meet net-zero goals.

The Human Resource Development Corporation and Society of Petroleum Engineers Asia Pacific signed a memorandum of understanding to support the development of a future-ready energy workforce and strengthen Malaysia’s position as a regional hub for technical expertise and innovation.

The oil and gas industry's shift to smart fields—driven by automation, AI, and real-time data—requires petroleum engineers to master digital technologies alongside traditional skills.

Microgrids are no longer niche innovations—they have become a foundational component of modern energy infrastructure. Realizing their full potential will require targeted policy reform, clearer regulatory frameworks, and greater access to innovative financing models.

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.

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.

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.