Turbomachinery Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Turbomachinery Market Trends and Insights

LNG, Refining, and Petrochemical Capacity Additions Drive Turbomachinery Procurement Queues

The global turbomachinery market continues to benefit from the LNG build cycle that accelerated in 2025. Global LNG supply grew by 38 billion cubic meters in 2025 and is set to expand by another 7% in 2026, with North America accounting for most new supply additions. Each new LNG train requires centrifugal compressors, gas turbine mechanical drives, and related rotating equipment that is ordered well before plant startup. Baker Hughes reinforced this order pattern in March 2026 when it was selected to supply compression and power generation equipment for ST LNG's 8.4 metric tonnes per annum (MTPA) offshore terminal in Texas ^{[2]Source: Baker Hughes, “ST LNG Selects Baker Hughes as Technology Provider for U.S. Offshore LNG Project,” Baker Hughes Investor Relations, investors.bakerhughes.com} . Refining and petrochemical expansions add another stream of demand for large compressor packages and support systems. This pipeline of LNG and downstream work keeps oil and gas at the core of the global turbomachinery market and supports multiyear OEM backlogs.

Asset-Life Extension Spending Rises as Replacement Cycles Compress

The installed base across the global turbomachinery market is now old enough that operators increasingly favor major upgrades over full replacement. ORNL documented in 2026 that delivery delays for large-frame gas turbines had stretched to 5 to 7 years because of forging and casting bottlenecks. That delay changes capital decisions, since efficiency upgrades and rotor work can lift output faster than waiting for a new unit. GE Vernova's April 2026 order in Egypt for Advanced Gas Path upgrades on two 9F gas turbines, paired with 8-year and 15-year service agreements, shows how OEMs are monetizing aging fleets ^{[3]Source: GE Vernova, “GE Vernova Secures Order to Modernize Key Power Plants in Egypt,” GE Vernova, gevernova.com} . Upgrade programs also help plant owners maintain output and efficiency without reopening full project financing cycles. This service layer gives the global turbomachinery market a steadier revenue base and makes lifecycle capability a stronger competitive differentiator.

Energy Transition Redirects Capital Toward High-Efficiency and Hydrogen-Ready Turbomachinery

The energy transition is shifting the global turbomachinery market toward high-efficiency platforms and fuel-flexible designs. Hydrogen-blend capability is moving from a technical option to a commercial requirement in several power projects. Mitsubishi Heavy Industries detailed ongoing progress toward commercial hydrogen and ammonia gas turbines in its 2025 technical review, with commercial goals set for 2030 ^{[4]Source: Mitsubishi Heavy Industries, “Development and Validation Progress Toward Commercialization of Hydrogen/Ammonia-Fired Gas Turbines,” MHI Technical Review, mhi.com} . Mitsubishi Power's January 2026 order for four M701JAC units in Qatar also showed that hydrogen-ready positioning is now part of large project procurement. The Environmental Protection Agency's (EPA's) January 2026 final rule for stationary combustion turbines adds another push for combustion-control and emissions-upgrade spending in the global turbomachinery market. This keeps new-unit demand and retrofit demand active at the same time across the global turbomachinery market.

Data-Center and AI Infrastructure Power Demand Expands Gas Turbine Addressable Market

AI infrastructure is opening a newer demand layer inside the global turbomachinery market. In July 2026, Baker Hughes and Kodiak Gas Services announced a multi-year agreement that will support 1 GW of gas-fired power capacity for U.S. data-center growth by 2030. Baker Hughes also received a February 2026 order for 10 Frame 5 gas turbines that will provide up to 250 MW for data-center projects in Georgia and Texas. These orders show that turbine demand is spreading beyond traditional utility buyers and into private power models. Private generation programs also increase the need for maintenance support, controls, and digital monitoring after installation. As more digital infrastructure sites pursue self-generation, the global turbomachinery market gains added demand for both new units and long-term service support.

Long Project Approval Cycles Limit Order-to-Delivery Conversion Rates

Long approval cycles still slow the conversion of project plans into booked orders across the global turbomachinery market. LNG, pipeline, and large compression projects often move through environmental and commercial reviews for several years before equipment contracts are released. This lag creates a mismatch between visible demand and near-term order intake, especially in permitting-intensive markets. The EU decision to phase out Russian gas imports by November 2027 increases the need for LNG-linked infrastructure, but it also concentrates project schedules and regulatory review across multiple member states. Developers therefore face tighter windows between project approval and equipment availability. The result is a larger queue of commercially attractive projects that take longer to translate into revenue for suppliers in the global turbomachinery market.

Turbine-Grade Alloy and Casting Bottlenecks Introduce Structural Supply Constraints

Supply-side constraints remain one of the clearest near-term limits on the global turbomachinery market. Oak Ridge National Laboratory (ORNL) identified large rotor forgings, hot-section blades, nickel-based superalloys, and cobalt availability as key bottlenecks behind 5-to-7-year delivery delays for large-frame gas turbines. These shortages make it harder for manufacturers to respond quickly even when end-market demand is strong. The pressure is greatest in equipment classes that depend on precision castings and long qualification cycles. It also raises the value of long-standing supplier relationships and internal process discipline. This environment favors companies with deeper manufacturing relationships and leaves smaller players with less room to scale in the global turbomachinery market.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Equipment Type: Compressors Anchored by LNG, Gas Turbines Expanding Fastest

Compressors accounted for 33.8% of the global turbomachinery market size in 2025, which kept them as the largest equipment segment. Their lead reflects steady demand from LNG terminals, gas-processing trains, refinery upgrades, and other continuous-duty applications. The segment also benefits from a wide operating range, from smaller distribution-network units to very large centrifugal trains used in liquefaction. This range gives suppliers exposure to both project work and recurring replacement demand. It also keeps compressors as one of the most stable anchors of the global turbomachinery market.

Gas turbines are projected to grow at a 3.8% CAGR through 2031, which makes them the fastest-growing equipment category in the global turbomachinery market. Demand is rising from power generation, grid-support requirements, and data-center self-generation, alongside traditional oil and gas mechanical-drive use. Steam turbines remain important in power and process-heat recovery applications, while hydraulic turbines and expanders stay more niche. Pumps continue to add volume through water, wastewater, and process industries, even if they do not drive the same order spikes as gas turbines or LNG compressors. Mitsubishi Heavy Industries reported that the global gas turbine market reached 57.4 GW in 2024 and that the first half of 2025 had already reached 41.7 GW, which shows why gas turbines are carrying much of the near-term upside inside the global turbomachinery market.

By Technology: Centrifugal Dominates, Mixed Flow Gains on Compact Power Applications

Centrifugal technology held 56.4% of the global turbomachinery market share in 2025, which made it the dominant technology base. Its position comes from a strong fit across LNG, gas processing, combined-cycle power, and industrial compression duties. OEMs also benefit from a mature centrifugal supply base that supports customization across power classes and pressure ratios. The design is well-suited to continuous-duty service where reliability and operating range matter more than layout novelty. This keeps centrifugal systems at the center of the global turbomachinery market.

Mixed flow technology is forecast to expand at a 3.5% CAGR through 2031, led by compact applications that need high pressure ratios without long axial layouts. These use cases include micro-gas turbines, unmanned aerial vehicle propulsion, and smaller industrial compression systems. A 2025 study in Aerotecnica Missili & Spazio found that vaneless gap optimization in mixed flow compressors extended the stable operating range, which supports broader adoption in demanding duty cycles. Axial flow technology remains important where very high mass flow and strong efficiency are needed, especially in steam turbines and large gas turbine compressor sections. This leaves the global turbomachinery industry with a clear split, where centrifugal systems dominate broad industrial service while mixed flow and axial systems defend more specialized performance needs.

By Power Rating: Above 150 MW Driven by Utility Scale, 50-150 MW Fastest as Grid Flexibility Demands Rise

Units above 150 MW represented 47.6% of the global turbomachinery market size in 2025, which made them the largest power-rating band. Large-frame combined-cycle units and industrial cogeneration blocks keep this category heavily weighted toward high-value projects. Even a limited number of project awards can create strong revenue concentration because individual unit values are so large. The segment also benefits from long service tails once a plant enters operation. This keeps the upper rating band strategically important in the global turbomachinery market.

The 50 to 150 MW segment is projected to advance at a 3.6% CAGR through 2031, supported by data-center power, industrial self-generation, and flexible peaking demand. These units fit projects that need faster ramp rates and shorter interconnection timelines than many large-frame installations. The below 50 MW band remains tied to distributed generation, industrial utilities, and smaller gas-processing compressor drives, which gives it a steady but narrower opportunity. Doosan Enerbility's March 2026 order for two 370 MW-class steam turbines for a North American combined-cycle project shows how power demand is drawing new suppliers into adjacent rating bands. The Environmental Protection Agency's (EPA) 2026 combustion turbine rule may also keep some procurement interest focused on mid-range configurations where compliance burdens can be easier to manage.

By End-User Industry: Oil and Gas Anchors Demand, Power Generation Converges

Oil and gas held 50.8% of the global turbomachinery market share in 2025, which kept it as the largest end-user base. LNG liquefaction, gas-processing compression, offshore Floating Production Storage and Offloading (FPSO) trains, and gas-lift applications continue to create the broadest equipment pull across the global turbomachinery market. Baker Hughes strengthened this position in March 2026 through a 60-month service agreement with Petrobras that covers up to 64 aeroderivative gas turbines across 19 FPSOs and the Replan refinery. The size of the installed base also makes service revenue especially sticky in this part of the global turbomachinery industry. That combination of new-unit demand and fleet support keeps oil and gas deeply embedded in the global turbomachinery market.

Power generation is forecast to grow at a 3.9% CAGR through 2031, which makes it the fastest-growing end-user segment. Data-center demand is widening procurement beyond utilities and bringing more private buyers into turbine ordering cycles. Petrochemical and chemical applications remain steady through compressor demand in crackers, ammonia loops, and air-separation units. Industrial manufacturing, marine, aerospace and defense, mining and metals, and water and wastewater add additional equipment volume even though they carry less strategic weight for OEM revenue mix. Standards such as API 617 and ISO 10816 keep procurement disciplined across major process applications in the global turbomachinery market.

Geography Analysis

Asia-Pacific held 36.5% of the market in 2025 and is projected to grow at a 4.2% CAGR through 2031, which makes it both the largest and fastest-growing regional block in the global turbomachinery market. China is shaping demand through dual-carbon compliance efforts that influence coal retirements and combined-cycle procurement. India is building domestic energy equipment manufacturing capacity, which can improve regional supply depth and future project economics. Southeast Asia adds another layer of demand as coal-to-gas transitions in countries such as Vietnam and Indonesia support new gas-fired capacity. Japan is also pushing hydrogen-linked turbomachinery deployment, and Kawasaki Heavy Industries announced in March 2026 that a next-generation hydrogen fuel supply system for gas turbine power generation had started operation from January 2026. 

North America and Europe remain the next largest regional pillars of the global turbomachinery market. The IEA expects the U.S. share of global LNG supply to rise from 25% in 2025 to 33% by the end of the decade, which supports ongoing demand for compression and gas-turbine mechanical drives. North America also benefits from rising private power demand that adds a second equipment stream alongside LNG and pipeline investment. Europe is working through a faster infrastructure timetable because the region plans to phase out Russian gas imports by November 2027. GE Vernova's November 2025 order for two 9HA.01 combined-cycle blocks for Poland's Kozienice power station shows how replacement of coal-fired assets is supporting the regional role of the global turbomachinery market.

The Middle East and Africa remain a high-value zone for large-frame gas turbines, compression systems, and cogeneration equipment in the global turbomachinery market. Mitsubishi Power's January 2026 order for four M701JAC turbines for Qatar's Facility E Independent Water and Power Project (IWPP) added 2.4 GW of capacity and showed the scale of Gulf Cooperation Council (GCC) procurement. South America is building opportunity through offshore and pipeline-linked gas infrastructure, including Baker Hughes' April 2026 order for three NovaLT16 gas turbines and centrifugal compressors for Argentina's San Matias pipeline project. Baker Hughes' June 2026 lifecycle agreement for Nigeria's ANOH plant, which includes Cordant-powered iCenter digital monitoring, shows that African projects are adopting service-integrated solutions rather than stand-alone equipment purchases.