North America Steam Turbine Service Market By Service (Maintenance, Repair, Overhaul, Others), By Design (Reaction, Impulse), By End Use (Utility, Industrial), By Country, By Competition, Forecast and Opportunities 2020-2030F

Market Overview

The North America Steam Turbine Service Market was valued at USD 6.89 Billion in 2024 and is expected to reach USD 9.52 Billion by 2030 with a CAGR of 5.54% during the forecast period. The North America Steam Turbine Service Market refers to the industry segment dedicated to the maintenance, repair, overhaul, and optimization of steam turbines used across power generation, industrial manufacturing, petrochemical, and other sectors. Steam turbines remain a critical component in thermal power plants, where they convert heat energy into mechanical energy for electricity production.

Over time, these turbines face wear and tear due to high temperatures, pressure, and continuous operations, necessitating periodic servicing to maintain peak performance and avoid unplanned outages. In North America, especially the United States and Canada, a substantial portion of the installed steam turbine fleet is aging, with many turbines operating for over 20–30 years. As a result, the market for turbine services—including blade replacement, rotor balancing, seal replacements, and control system upgrades—is expanding steadily.

Rising energy efficiency regulations and decarbonization initiatives are prompting utilities and industrial operators to refurbish older turbines rather than invest in new equipment, further driving service demand. The market is also experiencing growth due to increased adoption of condition monitoring and predictive maintenance technologies, allowing operators to detect performance anomalies early and plan service activities more efficiently. The rising integration of renewable energy sources has led to more cyclic load patterns in thermal power plants, increasing mechanical stress on steam turbines and further accelerating the need for maintenance services.

Service providers in the region are expanding their capabilities by adopting advanced diagnostics, digital twins, and automation tools to improve service delivery and reduce downtime. Strategic partnerships between turbine manufacturers and independent service providers are enhancing service access, especially for non-OEM turbine users. With the ongoing emphasis on energy security, infrastructure modernization, and the longevity of thermal generation assets, the North America Steam Turbine Service Market is expected to witness sustained growth, driven by the essential role steam turbines continue to play in industrial and power generation applications across the region.

Key Market Drivers

Aging Fleet of Steam Turbines Driving Demand for Long-Term Service Contracts

The North America Steam Turbine Service Market is being strongly driven by the aging fleet of steam turbines operating across the region, particularly in the United States and Canada, where many units have exceeded their original design life yet continue to serve critical roles in power generation and industrial processing. Installed during the expansionary energy infrastructure phases of the 1970s to 1990s, a significant portion of steam turbines in both fossil-fuel-based thermal plants and industrial cogeneration facilities have now been in operation for more than 25 to 30 years. These aging assets are increasingly susceptible to efficiency losses, mechanical fatigue, component erosion, and control system obsolescence, necessitating frequent and specialized service interventions. Operators are under pressure to sustain output reliability while minimizing capital investment in entirely new systems, resulting in a strategic shift toward extending the operational life of existing turbines through comprehensive service programs. These include rotor inspections, casing repairs, seal replacements, blade re-profiling, non-destructive testing, and software upgrades for control logic systems. Many plant owners are entering long-term service agreements with turbine manufacturers and third-party service providers to manage this asset class proactively. These agreements offer scheduled maintenance, condition-based monitoring, and risk-sharing mechanisms that align the financial interests of service providers with those of asset owners, making them increasingly popular among utility and industrial clients.

The financial rationale is reinforced by the high replacement cost of steam turbines, which can range from ten million to fifty million United States dollars depending on the size and configuration, compared to a fraction of that cost for extended maintenance over the same period. In this context, the aging infrastructure is not only generating continuous demand for services but is also shifting the market emphasis toward predictive maintenance and performance life-cycle management. This trend is particularly pronounced in coal and nuclear facilities, many of which are being kept in operation for longer than initially planned to support base-load energy requirements amid the variable output from renewable energy sources. According to data from the United States Energy Information Administration, more than 55 percent of the coal-fired power plant capacity in the country has been in operation for over 30 years, with many units depending on original steam turbine systems. As of 2023, over 140 gigawatts of coal-fired generation capacity in the United States is powered by steam turbines installed before 1994, highlighting the large base of aging equipment requiring regular service.

Integration of Predictive Maintenance Technologies Transforming Service Delivery

The transformation of turbine service operations through the integration of predictive maintenance technologies is emerging as a powerful driver for the North America Steam Turbine Service Market, as asset owners increasingly adopt data-driven strategies to minimize unexpected failures, reduce service costs, and extend equipment life cycles. Traditional time-based maintenance models, which rely on fixed inspection and overhaul intervals, are giving way to condition-based monitoring systems that leverage real-time data from vibration sensors, thermographic imaging, lubrication analysis, and acoustic emissions to detect anomalies before they escalate into operational disruptions. These digital technologies, often embedded within modern control systems or deployed as standalone monitoring solutions, enable early detection of blade cracking, rotor misalignment, bearing degradation, and seal leakage, thereby allowing service teams to plan targeted interventions during scheduled plant downtimes. The use of artificial intelligence and machine learning to analyze operational data has further enhanced the precision of fault diagnosis and failure prediction, reducing unnecessary maintenance activities while improving equipment reliability. Digital twins—virtual replicas of physical turbines—are also gaining traction, providing service teams with the ability to simulate performance, predict wear patterns, and optimize service schedules under various load scenarios. The benefits of these innovations are particularly evident in complex and high-capacity turbines, where unplanned outages can result in losses ranging from hundreds of thousands to millions of United States dollars per day.

The shift toward predictive maintenance is not only reducing costs but also creating new business models for service providers, who are offering remote diagnostics, performance analytics, and real-time health monitoring as part of bundled service offerings. This trend is aligned with broader industrial digitalization efforts underway across North America, as both public utilities and private sector operators invest in smart infrastructure to enhance efficiency and resilience. As of 2023, nearly 60 percent of steam turbine plants in the United States with capacities above 100 megawatts are using predictive maintenance technologies, reflecting their widespread adoption in modern turbine servicing.

Renewable Energy Integration Increasing Cyclic Stress on Thermal Assets

The increasing integration of renewable energy sources such as wind and solar into the North American power grid is intensifying the operating dynamics of thermal power plants, thereby creating greater mechanical stress on steam turbines and expanding the market for related service activities. As renewables contribute a growing share of the electricity mix, thermal units are being dispatched more intermittently to compensate for the variable nature of solar and wind output, leading to frequent starts, stops, and load fluctuations that place additional strain on turbine components. Unlike baseload operation where turbines run at steady-state conditions, cycling operation introduces temperature gradients, pressure differentials, and rapid expansion and contraction cycles that accelerate wear on rotors, blades, valves, and casings. This operational reality requires more frequent inspections, condition monitoring, and part replacements to prevent fatigue-related failures and performance degradation. Service providers are responding by developing customized maintenance protocols for cyclic operations, including the use of upgraded materials, flexible seals, and fatigue-resistant blade designs to enhance durability. Moreover, software analytics tools are being employed to model stress patterns and optimize operational schedules to reduce damage accumulation.

The growing need to maintain high reliability under cyclic load conditions has led utilities to form deeper partnerships with service specialists capable of offering both mechanical expertise and operational consulting. In regions such as California, Texas, and Ontario—where renewable penetration is highest—thermal assets are increasingly operating as fast-ramping backup capacity, making turbine service frequency more critical than ever. This shift is expected to continue as national and provincial energy policies target higher renewable energy shares in the coming decade, further reinforcing the need for advanced service solutions for steam turbines. In California, where renewable energy sources provided over 40 percent of electricity in 2023, thermal steam turbines were cycled more than 300 times annually in some facilities, increasing service frequency needs.

Regulatory Compliance and Emissions Standards Driving Turbine Upgrades

Evolving environmental regulations and stricter emissions standards are acting as a significant driver for the North America Steam Turbine Service Market by compelling operators of aging steam turbines to undertake upgrades and refurbishments that align with current compliance requirements. Both the United States Environmental Protection Agency and Environment and Climate Change Canada have implemented a range of regulatory frameworks targeting power plant emissions, including limits on sulfur dioxide, nitrogen oxides, carbon dioxide, and particulate matter. While many of these rules directly affect boiler operations, steam turbines are also impacted indirectly, as compliance strategies often involve improving overall plant efficiency, optimizing heat rate, and reducing auxiliary power consumption—all of which depend on the condition and performance of the turbine. Service interventions aimed at emissions compliance typically include retrofitting high-efficiency blades, installing advanced seals, upgrading control systems, and recalibrating governor and trip systems to meet modern safety standards.

In addition to emissions control, occupational safety regulations require that rotating machinery like steam turbines be maintained and certified regularly to prevent workplace hazards. Failure to comply with these requirements can result in costly fines, legal liabilities, and operational shutdowns. Consequently, utilities and industrial firms are increasingly relying on specialized turbine service providers not just for maintenance, but for compliance auditing, documentation, and regulatory reporting. The capital cost savings from upgrading turbines instead of replacing them is another factor reinforcing this trend, particularly in regulated utility environments where investment decisions are subject to oversight and public scrutiny. As regulatory landscapes continue to evolve in response to climate commitments and environmental justice concerns, turbine service providers are expanding their portfolios to include regulatory advisory services and emissions-focused engineering solutions. According to publicly available data from the United States Environmental Protection Agency, over 70 gigawatts of existing fossil-based power capacity underwent retrofit or modification projects between 2018 and 2023, many of which included turbine performance upgrades.

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Key Market Challenges

Declining Investment in Thermal Power Generation Reducing Service Opportunities

One of the most pressing challenges confronting the North America Steam Turbine Service Market is the sustained decline in capital investment toward new thermal power generation infrastructure, which in turn reduces the long-term pipeline of serviceable steam turbine assets. Over the past decade, regulatory shifts, environmental advocacy, and economic incentives have redirected energy sector investments toward renewable energy sources such as wind, solar, and hydroelectric generation. This reallocation of funding has resulted in a slowdown in the construction of coal, oil, and natural gas-fired thermal plants that would traditionally house large-scale steam turbine systems requiring recurring service and maintenance. Furthermore, a growing number of utilities are announcing the early retirement of existing coal-fired plants due to increasing operational costs, carbon emission penalties, and the rising competitiveness of clean energy alternatives. These retirements not only reduce the installed base of steam turbines requiring long-term service but also erode opportunities for aftermarket refurbishment, retrofitting, and modernization work that are often scheduled toward the latter half of a turbine’s operational life.

The absence of fresh installations translates into a market that is increasingly reliant on a shrinking pool of aging assets, many of which are operating with uncertain future timelines. In such a constrained environment, steam turbine service providers are forced to compete more aggressively for limited maintenance contracts, often resulting in downward pricing pressure and tighter profit margins. Industrial clients in sectors such as pulp and paper, chemical processing, and food manufacturing—who still operate smaller steam turbines—are gradually exploring electrification strategies that could eventually displace steam systems altogether, further contracting the market. This structural shift in energy investment priorities is not easily reversible and poses a significant challenge for service providers attempting to sustain growth through traditional business models. As policy directives in Canada and the United States continue to emphasize decarbonization and the phasing out of fossil-fueled assets, steam turbine service companies must contend with an industry landscape that is incrementally disfavoring the long-term viability of their core market. The declining capital flow into thermal power assets across North America effectively limits the future demand curve for comprehensive turbine servicing, spare part supply chains, and advanced upgrade solutions that were once central to the sector’s growth trajectory.

Shortage of Skilled Workforce Hindering Service Delivery Efficiency

The North America Steam Turbine Service Market is increasingly constrained by a critical shortage of skilled labor capable of executing the highly specialized mechanical, electrical, and diagnostic tasks required in steam turbine maintenance and overhauls. Steam turbines are complex mechanical systems that demand precise alignment, thermal stress evaluation, dynamic balancing, and detailed knowledge of metallurgy and high-pressure operations. The personnel qualified to perform these services include turbine mechanics, vibration analysts, field engineers, and diagnostic specialists, many of whom possess decades of experience in both power generation and industrial environments. However, the demographic profile of this workforce is skewing older, with a significant portion approaching retirement age. Simultaneously, younger engineering and technical talent in North America are gravitating toward roles in digital technologies, renewable energy, and software-driven systems, where compensation levels, job flexibility, and public perception are perceived as more favorable. This trend has created a labor pipeline deficiency, with fewer qualified technicians entering the steam turbine servicing profession. Compounding the issue is the decline in vocational and apprenticeship programs that once served as critical feeders for turbine maintenance roles.

Many community colleges and trade schools have either reduced or eliminated their rotating equipment maintenance curricula in favor of modern energy technology tracks, leaving service providers with limited options for workforce replenishment. The result is a constrained talent pool that often leads to extended project timelines, increased labor costs, and limited scalability for service firms aiming to take on multiple turbine overhauls simultaneously. Steam turbine servicing often involves challenging field conditions, including extended stays at remote power plants, round-the-clock shift rotations, and hazardous environments—factors that further deter younger workers from entering or remaining in the field. The shortage of experienced labor is not just a human resource issue but also a strategic constraint, as many turbine service operations rely heavily on the judgement and problem-solving capabilities of senior technicians during non-standard failure conditions or legacy system repairs. Without a structured approach to talent development, cross-training, and succession planning, the industry risks compromising both service quality and operational safety standards. This labor deficit, if unaddressed, could erode the competitiveness and reliability of North American turbine service providers in a global market where expertise and responsiveness are paramount.

High Capital and Operational Costs Restricting Small and Mid-Sized Providers

The North America Steam Turbine Service Market faces another substantial challenge in the form of high capital requirements and escalating operational costs, which disproportionately affect small and mid-sized service providers seeking to compete with large, vertically integrated turbine manufacturers. Offering comprehensive steam turbine services requires significant upfront investments in specialized tooling, calibration equipment, field instrumentation, transportation fleets, and on-site lifting machinery, all of which are essential to perform tasks such as rotor removal, bearing replacement, and blade re-profiling. In addition, the cost of maintaining spare part inventories, complying with environmental and safety regulations, and insuring against high-risk field activities places a substantial financial burden on service firms. For smaller companies, securing contracts often necessitates participation in rigorous bidding processes that demand detailed engineering proposals, certifications, and service guarantees—all of which require both financial and technical resources. The technological evolution of steam turbines, including digital control systems and predictive maintenance platforms, requires continuous investment in workforce training and software licenses to stay competitive. Without access to large capital reserves or institutional financing, many smaller service firms struggle to invest in these capabilities, resulting in a competitive disadvantage when vying for high-value contracts from utilities and industrial clients.

Larger turbine manufacturers, with vertically integrated service divisions, not only have economies of scale but also leverage proprietary access to design blueprints, engineering updates, and spare part manufacturing, allowing them to dominate high-margin service opportunities. This dynamic squeezes mid-market players into low-margin contracts and subcontracting roles, where they often carry execution risk without strategic control. Additionally, unpredictable turbine service schedules—based on plant outages, force majeure events, and fluctuating load cycles—make revenue forecasting difficult, increasing financial volatility for smaller firms. These companies also face difficulty in retaining experienced personnel, as larger competitors can offer more stable employment and higher wages. This cost imbalance restricts the ability of small and mid-sized firms to scale their operations, invest in innovation, or expand geographically, limiting their long-term viability in an industry where client expectations are rapidly evolving. The convergence of high entry barriers, rising compliance costs, and asymmetric market power distribution continues to challenge the sustainability and competitiveness of non-major players within the North America Steam Turbine Service Market.

Key Market Trends

Increasing Adoption of Predictive Maintenance and Condition Monitoring Technologies

A key trend shaping the North America Steam Turbine Service Market is the rising integration of predictive maintenance and condition monitoring technologies that enable service providers and asset owners to detect performance degradation and equipment faults before they result in unplanned outages. Rather than relying solely on fixed interval-based maintenance schedules, plant operators are now increasingly utilizing sensor-driven monitoring systems, vibration analysis, thermal imaging, and real-time data analytics to evaluate turbine health and identify early signs of blade wear, shaft misalignment, seal leakage, or thermal distortion. This transformation is being driven by advancements in industrial automation and the increasing affordability of high-fidelity diagnostic tools, which can be retrofitted onto both legacy and modern turbine systems.

By using data to anticipate component failures, utilities and industrial operators can better plan for outages, optimize spare parts inventory, and reduce the risk of catastrophic mechanical breakdowns. Service providers are also investing in centralized monitoring platforms that consolidate turbine performance data across multiple sites, allowing them to offer remote diagnostics and customized maintenance strategies tailored to operating conditions. This proactive approach is becoming essential in a market where operational reliability is critical and downtime incurs significant cost penalties. As North American power generation and manufacturing facilities seek to extend the life of aging turbine assets while minimizing operational disruptions, the shift from reactive and time-based maintenance to condition-based servicing is expected to accelerate, driving demand for service firms that offer advanced diagnostic capabilities as part of their core offering.

Growing Focus on Emissions Reduction Driving Turbine Efficiency Upgrades

The emphasis on carbon emissions reduction across North America is prompting utilities and industrial players to prioritize steam turbine efficiency upgrades as a part of broader decarbonization strategies, creating a significant trend within the steam turbine service landscape. Steam turbines are central to thermal energy conversion systems, and their efficiency directly impacts fuel usage, greenhouse gas emissions, and operational costs. As federal and state regulations tighten around carbon output and fuel efficiency—particularly in jurisdictions such as California, New York, and British Columbia—asset owners are increasingly seeking service providers who can deliver performance-enhancing upgrades such as advanced blade designs, low-leakage seals, improved thermal insulation, and optimized control system calibrations. These upgrades, often executed during scheduled maintenance intervals, contribute to measurable reductions in emissions without necessitating full asset replacement.

Industrial clients in sectors such as chemicals, steel, and food processing—many of whom operate cogeneration systems—are also exploring turbine tuning and retrofitting options to improve heat-to-power ratios and lower energy intensity. Service providers capable of integrating environmental performance metrics into their maintenance solutions are emerging as preferred partners in public and private procurement processes. This trend is also supported by government incentives and utility programs that offer funding for energy efficiency improvements in industrial settings. As emissions compliance becomes a central operational priority, service offerings that align with environmental performance goals are likely to gain greater market share, reinforcing the role of turbine servicing as both a performance and sustainability enabler.

Strategic Collaborations Between Turbine Manufacturers and Independent Service Providers

A significant trend gaining traction in the North America Steam Turbine Service Market is the emergence of strategic collaborations between original turbine manufacturers and independent service providers to expand service access, reduce downtime, and enhance end-user value. Historically, many turbine manufacturers have operated proprietary service divisions, limiting access to diagnostic data, design schematics, and spare parts for third-party service firms. However, as end-users demand faster response times, localized support, and cost-effective service alternatives, manufacturers are increasingly entering into partnerships or licensing agreements with regional and independent service companies. These collaborations are allowing non-manufacturer-aligned service providers to access critical technical information, certified replacement components, and software tools that enable them to service both new and legacy turbine models with higher precision and safety compliance.

At the same time, manufacturers benefit from a wider field service footprint and reduced logistical burdens, particularly for smaller installations or geographically dispersed customers. This cooperative model is especially valuable in North America, where the installed base of turbines includes a diverse mix of manufacturers and vintages. The trend is also being fueled by digital integration, as service partners share turbine data through secure cloud-based platforms, enabling remote support, real-time diagnostics, and predictive alerts across organizational boundaries. As the industry continues to evolve toward customer-centric service delivery models, collaborative frameworks that combine the technical expertise of original manufacturers with the agility of independent providers are expected to reshape the competitive landscape of the North America Steam Turbine Service Market.

Segmental Insights

Service Insights

In 2024, the maintenance segment dominated the North America Steam Turbine Service Market and is expected to maintain its dominance throughout the forecast period, primarily due to the critical need for ongoing operational efficiency, equipment reliability, and regulatory compliance across power generation and industrial applications. Steam turbines are subject to extreme thermal and mechanical stresses during continuous operation, leading to gradual degradation in performance if not maintained regularly. As a result, plant operators prioritize preventive and scheduled maintenance to ensure optimal performance, minimize unplanned downtimes, and extend asset life cycles.

Maintenance services such as lubrication system inspections, valve tuning, alignment checks, blade cleaning, and thermal performance assessments are performed more frequently than full-scale overhauls or reactive repairs, making them the most recurring and revenue-generating service category. Moreover, with a significant portion of the installed steam turbine fleet in the United States and Canada exceeding 20 to 30 years of operation, the demand for advanced and condition-based maintenance is rising steadily. Energy producers and industrial operators are also increasingly adopting predictive maintenance strategies supported by digital diagnostics and real-time monitoring, which further reinforces the role of maintenance as a continuous service requirement rather than a one-time intervention.

Regulatory pressures around emissions and thermal efficiency have additionally increased the importance of maintenance in meeting compliance targets without interrupting operations. Unlike overhaul and repair services, which are typically capital-intensive and periodic, maintenance activities offer a lower-cost, high-frequency revenue stream for service providers and create long-term customer engagement opportunities. This consistent demand across both legacy and modern turbine assets positions the maintenance segment as the backbone of the North America Steam Turbine Service Market, ensuring its continued dominance through the forecast horizon.

Design Insights

In 2024, the Reaction segment dominated the North America Steam Turbine Service Market and is expected to maintain its dominance throughout the forecast period. Reaction turbines, commonly used in thermal power plants, industrial applications, and cogeneration systems, are highly favored due to their efficiency in converting steam energy into mechanical energy under varying load conditions. The need for regular maintenance, repair, and overhaul of reaction turbines is driven by their widespread usage and critical role in energy production. Their more complex design and higher operational demands compared to impulse turbines necessitate more frequent servicing to ensure optimal performance and longevity. As reaction turbines remain integral to the region's power generation and industrial sectors, their service demand will continue to dominate the market in the coming years.

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Country Insights

Largest Country

In 2024, the United States continued to solidify its position as the dominant player in the North America Steam Turbine Service Market, driven by its extensive installed base of steam turbines across thermal power plants, industrial manufacturing facilities, and petrochemical complexes. The country’s mature energy infrastructure, combined with a growing emphasis on efficiency, emissions compliance, and asset longevity, has significantly increased the demand for routine maintenance, precision repairs, and performance-enhancing upgrades. A considerable portion of the United States’ steam turbine fleet has been in operation for over two decades, making regular servicing essential to ensure reliability and prevent costly outages.

The growing integration of renewable energy sources has introduced greater variability in thermal plant load patterns, further necessitating responsive and adaptive turbine maintenance solutions. Technological adoption in the United States also plays a crucial role, with service providers leveraging advanced diagnostic tools, digital twin models, and predictive analytics to offer more efficient and proactive service strategies. The presence of leading turbine manufacturers, experienced independent service providers, and a strong network of industrial end-users continues to support the country’s leadership in the regional market. As infrastructure modernization and decarbonization efforts accelerate, the United States is expected to maintain its lead in the steam turbine service landscape across North America.

Emerging Country

Canada is rapidly emerging as a key player in the North America Steam Turbine Service Market due to its expanding industrial base, aging thermal power infrastructure, and growing investments in energy efficiency. With a significant number of steam turbines supporting the country’s power generation and heavy industries, there is a rising need for advanced maintenance, repair, and overhaul services to ensure operational reliability and compliance with environmental standards.

Canadian utilities and industrial operators are increasingly adopting predictive maintenance technologies and partnering with experienced service providers to extend turbine life cycles and reduce unplanned downtimes. As the country prioritizes sustainable energy transitions and infrastructure modernization, demand for high-quality steam turbine servicing is expected to grow steadily, enhancing Canada’s strategic importance in the regional market.

Recent Developments

• In May 2025, a contract was signed for the development of Hungary’s most efficient large-scale combined cycle gas turbine (CCGT) power plant at MVM Tisza Erőmű’s Tiszaújváros site. The consortium, consisting of Ansaldo Energia and Calik Holding, won the tender for construction and long-term maintenance. The project marks a significant milestone in Hungary's energy transition, supporting energy independence, improving supply security, and contributing to renewable energy balance and climate goals.
• In May 2024, EDF completed the acquisition of GE Vernova's steam nuclear activities, focusing on conventional island equipment for nuclear plants, excluding servicing in the Americas. This acquisition strengthens EDF's nuclear capabilities through Arabelle Solutions, a subsidiary managing key technologies and skills for new and existing plants. Arabelle Solutions will support nuclear reactor construction and maintenance, enhancing Europe's energy security and decarbonization efforts.
• In April 2024, GE Vernova, a newly independent company focused on accelerating the energy transition, began trading on the NYSE under the ticker “GEV.” With over 80,000 employees in 100+ countries, GE Vernova provides essential products and services across its Power, Wind, and Electrification segments. The company helps generate approximately 30% of the world’s electricity, supporting global efforts to electrify and decarbonize while delivering reliable and efficient energy solutions.

Key Market Players

• General Electric Company
• Siemens Energy, Inc.
• Mitsubishi Power, Ltd.
• Schneider Electric SE
• Cummins Inc.
• ABB Ltd.
• Vestas Wind Systems A/S
• Doosan Heavy Industries & Construction Co., Ltd.

Report Scope:

In this report, the North America Steam Turbine Service Market has been segmented into the following categories, in addition to the industry trends which have also been detailed below:

• North America Steam Turbine Service Market, By Service:

o   Maintenance

o   Repair

o   Overhaul

o   Others              

• North America Steam Turbine Service Market, By Design:

o   Reaction

o   Impulse

• North America Steam Turbine Service Market, By End Use:

o   Utility

o   Industrial

• North America Steam Turbine Service Market, By Country:

o   United States

o   Canada

o   Mexico

Competitive Landscape

Company Profiles: Detailed analysis of the major companies present in the North America Steam Turbine Service Market.

Available Customizations:

North America Steam Turbine Service Market report with the given market data, TechSci Research offers customizations according to a company's specific needs. The following customization options are available for the report:

Company Information

• Detailed analysis and profiling of additional market players (up to five).

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