Next in Energy

Liu shares her career experiences as it spans biomedical engineering, multiphase flow measurement in oil and gas, and emissions quantification.

This SPE Live episode will unlock how early-career engineers can position themselves for long-term growth in hydrogen-related projects.

Agentic AI could help upstream oil and gas operations reduce emissions by enabling real-time methane detection, optimizing flaring and energy use, and improving carbon capture efficiency.

AI-driven analytics and digital platforms are reshaping offshore operations, enabling smarter, faster decision-making.

Geoscientists are shifting from primarily discovering and extracting resources to integrating knowledge, guiding sustainable decisions, and using Earth’s history to help balance resource development with long-term planetary health.

With more than 75,000 professionals in attendance, the fourth edition of India Energy Week brought together industry leaders, policymakers, and energy stakeholders to discuss not just oil and gas, but the future of energy.

The 18-credit certificate, available this fall, will combine petroleum engineering fundamentals with sustainability, energy economics, law, and digital tools to prepare graduates for a changing energy sector.

Hydrogen is emerging as a key low-carbon energy carrier for the energy transition, with multiple production pathways that differ in cost, emissions, and scalability trade-offs.

As global electricity demand surges, driven by AI, digitalization, and electrification, offshore innovation, spanning oil and gas, renewables, nuclear, and data infrastructure, will be critical to delivering a cleaner, more resilient energy future.

Agentic AI can enhance subsurface workflows when its autonomy is deliberately designed around physics, data integrity, and accountable decision-making through architectures that separate reasoning, computation, interpretation, and validation.