Gas turbine market projected to hit $50.2B by 2035

A new Market Research Future outlook says the global gas turbine market is set to grow from $35.897 billion in 2026 to $50.200 billion by 2035. The report points to rising power demand, grid flexibility needs, and hydrogen-ready turbine development as key drivers, with Asia-Pacific leading growth.

Why it matters: - Gas turbines remain a critical source of flexible, dispatchable power as utilities balance rising electricity demand and variable renewable energy. - The market forecast signals continued investment in power generation, industrial drive systems and combined heat and power projects through 2035. - MRFR estimates CHP-related gas turbine demand could add an incremental $3 billion to $4 billion in cumulative market value over the 2026–2035 forecast period.

What happened: - Market Research Future said the global gas turbine market was valued at $34.010 billion in 2025. - The market is projected to reach about $35.897 billion in 2026 and $50.200 billion by 2035. - The forecast implies a 3.80% compound annual growth rate for 2026–2035. - The report was released July 24, 2026. - The report covers gas turbines used in power generation, oil and gas operations and industrial applications.

The details: - Heavy-duty gas turbines are the largest product segment because they serve large-scale power generation and mechanical drive applications. - Aeroderivative gas turbines are used where smaller size and quick start-up matter. - Power generation is the biggest application segment. - Oil and gas demand comes from pipeline compression, gas processing and offshore platforms. - Industrial demand includes CHP and process heating in manufacturing. - Combined cycle gas turbines dominate technology adoption because waste heat recovery lifts efficiency above 60%. - Open cycle gas turbines remain important for peaking and standby power. - Asia-Pacific is the largest regional market, followed by North America and Europe. - North America benefits from abundant natural gas and coal-to-gas switching. - Europe is focused on low-emission systems, grid balancing and hydrogen-ready technologies. - Latin America demand is led by Mexico and Brazil. - The Middle East and Africa offer growth tied to natural gas resources and power buildout. - The report highlights advances in thermal barrier coatings, advanced alloys, single-crystal turbine blades, dry low-emission combustion systems and additive manufacturing. - Digital tools such as predictive maintenance, performance optimization and remote monitoring are increasingly part of turbine operations. - Environmental rules, carbon pricing and renewable integration policies are pushing demand for efficient dispatchable generation. - The report also includes a sample request, a purchase page and the full market report.

Between the lines: - The market is being pulled in two directions: decarbonization pressure on one side and the need for reliable backup power on the other. - Hydrogen compatibility stands out as a key differentiator because it lets turbine makers position existing infrastructure for a lower-carbon future. - The strongest demand areas are where gas turbines solve immediate grid or industrial reliability problems rather than compete only on fuel economics. - High capital costs, fuel-price volatility and competition from renewables remain real headwinds.

What's next: - Gas turbine makers are likely to keep investing in higher-efficiency combined cycle systems and lower-emission combustion designs. - Hydrogen blends and 100% hydrogen demonstrations point to a product roadmap aimed at long-term decarbonization. - Growth should remain strongest in Asia-Pacific, where electricity demand, industrialization and new power infrastructure continue to expand. - Equipment upgrades, digital retrofits and fleet modernization should create additional aftermarket demand.

The bottom line: - Gas turbines are not a fading transition technology; they are evolving into a flexible power platform for reliability, efficiency and lower-carbon fuels.