Natural Gas Spending Hits 10-Year High as IEA Forecasts Capex Shift Away From Oil

Natural Gas Spending Hits 10-Year High as IEA Forecasts Capex Shift Away From Oil Gas upstream investment reaches its highest level in a decade while renewable spending hits $2.2 trillion and AI-driven power demand accelerates the buildout urgency. Natural gas upstream spending is set to hit a 10-year high in 2026 as oil investment falls, the International Energy Agency said, marking a capital allocation shift that reflects the energy market's evolving view of which hydrocarbons retain long-term demand growth. The divergence is the first time in a decade that gas investment has taken priority over crude in the global upstream budget, a signal that producers and their financiers see gas as the transition fuel with the most durable demand profile.⁵ The production data from the United States, the world's largest gas producer, shows why the investment is flowing. Lower 48 marketed natural gas production averaged 117.2 billion cubic feet per day in the first quarter of 2026, a 4 percent increase compared with the same period in 2025, according to the Energy Information Administration. The EIA forecasts production will increase another 3 percent this year, driven mainly by the Permian region, which is expected to produce 29.2 Bcf/d in 2026, some 6 percent more than in 2025. The EIA also forecasts Permian production growing a further 10 percent next year as pipeline constraints ease, with the gas-dominant Haynesville region projected to grow 6 percent this year and 8 percent next year.¹ The investment case for gas is strengthened by the IEA's assessment of AI-driven electricity demand. The agency warned that the world faces a more complex and fragile energy security environment, with data centres alone projected to account for as much as 4 percent of global electricity use by 2030. That incremental load requires dispatchable generation that can ramp on demand, and gas-fired plants are the primary technology filling that role while nuclear and long-duration storage scale.² Renewable energy investment is projected to reach $2.2 trillion this year, more than double the amount flowing into fossil fuels, according to IEA data cited by Forbes. That accounts for more than 40 percent of the estimated $3.3 trillion in total global energy sector spending. But the renewable buildout itself increases the need for gas-fired backup: every gigawatt of intermittent solar and wind that connects to the grid requires flexible generation to balance output when weather conditions change. Grid bottlenecks threaten to strand new renewable capacity before it can be integrated, making gas plants more valuable as the backstop that keeps the lights on during the transition.⁴ Global gas prices soared on Middle Eastern supply fears, with the disruption triggering the sharpest price spikes since the 2022 energy crisis. Natural gas and LNG prices surged as fears of a lengthy disruption to energy flows through the Strait of Hormuz grew, CNBC reported. Around 25 percent of Europe's total gas supply comes from LNG, according to Stifel analyst Chris Wheaton, making the continent acutely sensitive to any restriction on seaborne gas trade. A prolonged disruption could trigger a supply squeeze comparable to the 2022 shock following the Russian invasion of Ukraine.³ The EIA's Short-Term Energy Outlook examines the implications of the Hormuz closure and related production outages, describing them as key drivers in its latest forecast revision. The agency's models show US production growth partially offsetting the global supply loss, but the timeline mismatch between when new production comes online and when the market needs it creates a gap that elevated prices must bridge.⁵ What to watch is whether the 10-year high in gas capex translates into production growth fast enough to meet the combined demand from power generation, LNG exports and industrial use, and whether the EIA's Permian and Haynesville growth forecasts prove achievable given the persistent pipeline and labour constraints that have capped US output growth in previous cycles.^1,4