Opportunity across the current gas value chain is unmistakable. The path to capturing it is anything but.
Investments made today need to hold up against market, technology and geopolitical shifts that may play out over decades or change in a matter of months.
The tension is playing out in three ways, each creating a defining moment for LNG infrastructure leaders deciding what comes next.
Reliable supply will always be fundamental to energy security, but in a more interconnected and unpredictable gas market, security increasingly depends on the ability to change course. That means having options for where gas comes from, where it goes, how it gets there and how infrastructure can respond as conditions shift.
The market is already moving in this direction. International Energy Agency (IEA) data shows European and Asian LNG benchmark prices moved in near lockstep through 2025, reaching a record correlation of 0.955, in part due to the growing share of destination-flexible LNG supply, which allows cargoes to respond more readily to price signals across regions.
Investment is following. Global LNG trade reached a record 437 million tons in 2025, up 6.3% from the year before, while investment in new LNG supply reached its highest level in six years, according to the International Gas Union.
The real value of optionality, however, is most clear when the market doesn't behave as expected. The disruption in the Strait of Hormuz in early 2026 offered a dramatic example. When the closure of the strait cut off close to 20% of global LNG supply, prices in Asia and Europe surged to levels not seen since the 2022-2023 energy crisis. The disruption reinforced why the IGU describes LNG as the “shock absorber” for the global energy system.
For infrastructure leaders, the lesson extends beyond LNG shipping. Optionality has to be considered long before it is needed. Decisions about markets, supply routes, technology, commercial structures and infrastructure design can either create room to respond later or narrow it.
The defining moment: Build optionality into the plan before changing course becomes costly. Before capital is committed and assumptions become expensive to unwind, leaders have an opportunity to pressure-test what happens if demand moves, markets shift or the original plan no longer holds.
A project does not need to predict every change the next 20 years will bring. It needs to be positioned to respond when those changes come.
Few forces illustrate how quickly assumptions can change better than artificial intelligence. AI is creating new demand for gas-fired power while changing how gas infrastructure itself can be planned and operated.
The first impact is already showing up in electricity demand. Data centers are being built at a pace and scale that utilities and developers were not forecasting just a few years ago. According to the IEA, data center electricity demand rose 17% in 2025 alone, with AI-focused data centers growing even faster.
Gas has an important role to play in meeting that demand. The IEA expects natural gas and coal together to supply more than 40% of the additional electricity data centers will need through 2030. For gas producers and power developers, that creates opportunity, but it also makes demand forecasting, infrastructure planning and speed to market more consequential.
AI is simultaneously changing how existing gas assets operate. Across the value chain, operators are exploring AI-enabled forecasting, predictive maintenance and operational optimization to anticipate problems, reduce downtime and make better use of existing infrastructure.
These two forces need to be considered together. AI is increasing the amount of energy the system needs while creating new tools to help the system deliver it more efficiently.
The defining moment: A rapidly changing outlook has to become an investment decision. How much demand is durable? Where will it materialize? How quickly does capacity need to come online? What capabilities will an asset need to remain competitive as operating models evolve?
If optionality is changing what leaders build and AI is changing how much and how quickly the market may need it, scheduling increasingly determines whether those plans can become reality at all. Technology to build much of the next generation of gas and power infrastructure already exists. The harder question is how can projects quickly move from investment decision to operation in a market where equipment, capital and skilled resources are all competing for attention?
Consider gas turbines. According to the IEA, gas turbine orders surged 70% in 2025 as growing electricity demand intensified competition for equipment. Gas and power developers increasingly find themselves competing for the same critical components, with decisions made early in project development affecting delivery years later. The traditional sequence of project development is changing as a result.
Long-lead equipment needs to be secured earlier. Engineering decisions need to happen faster. Capital must be committed before every variable is resolved.
Project teams need a clearer understanding of how decisions made in one phase will affect everything that follows. Schedule is no longer simply something to manage once a project enters execution. It must be part of the strategy from the start.
The defining moment: Deciding when there is enough certainty to move. Wait too long, and a project can lose its place in the equipment queue or miss a market opportunity. Move too quickly and early decisions can introduce cost and execution risk later.
When those decisions are informed by teams that understand how infrastructure will ultimately be engineered, procured and built, the schedule itself can become a competitive advantage.
The state of the gas value chain will keep changing. The investments positioned to lead through that change will be the ones built not around a single vision of what comes next, but with the foresight and flexibility to respond to it. What matters is how leaders respond at the moments when they still have choices, and when the decisions they make can shape what remains possible for years to come.
Black & Veatch combines Infrastructure Advisory with real-world EPC experience, helping clients understand the implications of their choices and shape strategies built to move from decision to delivery.
