At a time when energy demand is rising faster than systems can adapt, the leaders who succeed will be those who can turn bolder vision into executable, resilient infrastructure.

Each March, CERAWeek brings together leaders from across the global energy value chain to take stock of where our industry is headed and how today’s decisions will shape the energy future ahead.

This year’s conversations will arrive at a moment of real momentum. Ambition across the energy system is high and innovation is accelerating, focused on building infrastructure that can support long‑term resilience and transition across power, molecules and the systems that move them through the economy. The defining challenge ahead is not whether the energy transition moves forward but how quickly and effectively infrastructure can be planned and delivered to meet the future taking shape now.

As I head to the show (as a Houstonian), I’m preparing for a week of candid, forward‑looking conversations and expect to leave with new perspectives shaped by peers across the energy ecosystem. Based on the signals already emerging, here are five takeaways and observations I expect to be listening for most closely.

1. Candid conversations about energy demand — and what it will take to meet it

One of the most notable shifts in recent conversations at forums such as CERAWeek is confident, clear-eyed assessments of global energy demand growth. Rising population, industrialization, electrification and data‑driven economies continue to push demand higher, even as efficiency improves and renewables scale. Meeting this demand will require dependable power from a secure supply of fuels, ensuring enough molecules are delivered where and when they are needed. I expect conversations to focus on how careful, integrated planning can translate long‑term demand signals into infrastructure that performs in the real world, particularly in regions facing tight timelines and rapid growth.

2. “Molecule transition” and “molecule addition” solutions

The idea that new energy sources would quickly displace existing ones has given way to something more complex. While renewables are expanding rapidly, they are largely meeting incremental demand rather than fully replacing legacy generation in the near term. Critical minerals are growing in demand and are foundational to what we build for the future. The next decade is about the addition and integration of energy, orchestrating a diverse mix of molecules and infrastructure that perform reliably together.

3. Power, data, water and infrastructure planning alongside policy

Artificial intelligence (AI), cloud computing and electrification are placing unprecedented strain on power systems, with grid capacity and delivery timelines becoming gating factors for economic growth. Less discussed, but equally critical are industrial water and natural gas. Data centers, utilities and advanced manufacturing all depend on reliable water resources. I’ll be listening for how owners, operators and wholesale suppliers are responding: where grid investments are accelerating, how power, water and data are being integrated early in planning, how large energy users are coordinating planning cycles with utilities and how infrastructure can be delivered faster without compromising reliability or safety. The most productive conversations will focus less on forecasts and more on execution, and how projects move from concept to operation.

4. End‑to‑end solutions moving from advantage to requirement

Another theme I expect to hear is the growing value of end‑to‑end solutions and fully integrated value chains for digital and physical asset management that connect strategy, planning and execution across molecules, electrons and infrastructure. In a world that continues to be shaped by shifting geopolitics and policies, clients need to be prepared with proactive strategies that anticipate and adapt to both large scale disruption and new opportunities as conditions dynamically change. Our Infrastructure Advisory team sees this every day: when strategy is informed by hands‑on delivery experience powered by digital systems and data-driven insights and execution is grounded in long‑term system performance, projects move faster and perform better over time.

5. Pragmatism replacing polarization in the transition narrative

The most constructive conversations today acknowledge both urgency and constraint: emissions must fall, molecules must remain affordable and systems must stay reliable with next-generation infrastructure orchestrated through digital systems and AI. The companies and communities that succeed will be those that plan for complexity to deliver energy systems that are resilient today and ready for what comes next. I am watching closely for signals that the industry is continuing to move in that direction and how we can better plan those complexities with our clients in the future.

See you in Houston!

CERAWeek has always been a place where ideas meet execution and where strategic vision is tested against real‑world complexity. This year, I’m encouraged by how focused the conversation has become on building energy systems that are not only ambitious, but practical and ready for what comes next.

If you’ll be in Houston, I look forward to continuing these conversations in person, including at my panel, “System Design: Engineering a Flexible and Reliable Grid” on March 26 at 2:15 p.m. And for those following along from afar, I welcome the opportunity to connect after the show to discuss how today’s signals are shaping the infrastructure decisions that will define the energy system ahead.