Forecast Period
|
2026-2030
|
Market Size (2024)
|
USD 3.23 Billion
|
Market Size (2030)
|
USD 4.50 Billion
|
CAGR (2025-2030)
|
5.54%
|
Fastest Growing Segment
|
Steam Turbines
|
Largest Market
|
North America
|
Market Overview
Global Single Shaft Turbine
Market was valued at USD 3.23 billion in 2024 and is expected to reach USD 4.50
billion by 2030 with a CAGR of 5.54% during the forecast period. The Single
Shaft Turbine Market encompasses the global industry focused on the design,
manufacturing, and deployment of turbines featuring a single shaft
configuration, widely utilized across power generation, oil & gas,
aerospace, and industrial applications. A single shaft turbine operates with a
single rotor assembly, integrating the compressor, turbine, and generator or
mechanical load on a single continuous shaft, ensuring optimized energy
conversion, enhanced operational efficiency, and reduced mechanical losses.
This design is particularly advantageous in high-power applications that demand
synchronized performance, improved thermal efficiency, and minimal maintenance.
Key Market Drivers
Rising Demand
for Efficient Power Generation Solutions
The increasing
global demand for efficient power generation solutions is a major driver of the
single shaft turbine market. With the growing focus on optimizing energy
production, industries are shifting toward high-performance turbine systems
that offer enhanced efficiency, reduced emissions, and lower operational costs.
Single shaft turbines are particularly favored in power plants, oil & gas
facilities, and industrial applications due to their ability to deliver higher
power output with minimal energy losses. Their streamlined design, which
integrates the compressor, turbine, and generator on a single axis, allows for
improved operational stability and reduced mechanical complexity, leading to
lower maintenance costs. Governments and energy regulatory bodies are also
emphasizing cleaner and more efficient energy generation, promoting the
adoption of single shaft turbines.
Technological
advancements, such as the incorporation of digital control systems and
real-time monitoring, are further enhancing the performance and reliability of
these turbines. With increasing investments in power infrastructure across
regions like North America, Europe, and Asia-Pacific, the demand for single
shaft turbines is expected to grow steadily. The market is also benefiting from
the rise in combined cycle power plants, where single shaft turbines are used
to optimize heat recovery, resulting in improved overall efficiency. As
industries continue to prioritize energy efficiency and operational cost
reduction, the single shaft turbine market is poised for significant growth. Combined-cycle gas turbine (CCGT) plants, known for their high efficiency, are expected to represent around 60% of new thermal power generation capacity by 2030, with efficiencies exceeding 60% in some advanced plants.
Growing Adoption
in the Oil & Gas Sector
The oil &
gas industry plays a crucial role in driving the demand for single shaft
turbines, as these systems are extensively used for power generation and
mechanical drive applications in upstream, midstream, and downstream
operations. With increasing global energy consumption and the expansion of oil
exploration and refining activities, the need for efficient and reliable
turbine systems has surged. Single shaft turbines are widely utilized in
natural gas processing plants, refineries, and offshore platforms due to their
high power-to-weight ratio, operational efficiency, and ability to handle
varying loads. Additionally, the integration of advanced materials and coatings
in turbine components has enhanced their durability and performance, making
them well-suited for harsh operating conditions in the oil & gas sector.
Many oil &
gas companies are also focusing on reducing their carbon footprint by adopting
more efficient power generation technologies, further driving the adoption of
single shaft turbines. Furthermore, the increasing deployment of liquefied
natural gas (LNG) facilities and pipeline infrastructure is contributing to the
market’s growth, as single shaft turbines are critical for gas compression and
transportation processes. With ongoing technological innovations and
investments in energy-efficient solutions, the oil & gas sector is expected
to remain a key growth area for the single shaft turbine market in the coming
years. In 2023, global oil production reached about 95 million barrels per day (bpd). This figure is expected to grow to 100 million bpd by 2030, driven by both conventional and unconventional oil sources.
Advancements in
Gas Turbine Technology
Technological
advancements in gas turbine design and manufacturing are significantly
propelling the growth of the single shaft turbine market. Innovations such as
additive manufacturing, advanced cooling techniques, and
high-temperature-resistant materials are improving the efficiency and
performance of single shaft turbines. The development of digital twin
technology, which allows real-time monitoring and predictive maintenance, is
further enhancing the reliability and lifespan of these turbines. Additionally,
the integration of artificial intelligence (AI) and machine learning (ML) in
turbine control systems is optimizing energy output and reducing downtime.
The growing
shift toward hydrogen-based and carbon-neutral energy solutions is also
influencing the single shaft turbine market, as manufacturers are developing
turbines capable of running on alternative fuels. Hybrid power generation
systems that combine single shaft turbines with renewable energy sources are
gaining traction, as they provide a stable and efficient energy supply while
reducing emissions. The increasing adoption of modular turbine designs is
making installation and maintenance more cost-effective, attracting more
industries to invest in single shaft turbines. As research and development
efforts continue to drive innovation in gas turbine technology, the market for
single shaft turbines is expected to expand, catering to the evolving demands
of the energy and industrial sectors.

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Key Market Challenges
High Initial Investment and
Installation Costs
The single shaft turbine
market faces a significant challenge due to the high initial investment and
installation costs associated with these systems. Unlike multi-shaft turbine
configurations, which offer modular flexibility, single shaft turbines require
precise engineering and large-scale infrastructure to ensure operational
efficiency. The capital-intensive nature of these turbines includes expenses
related to design, procurement, manufacturing, transportation, and
installation. Additionally, the requirement for specialized materials, such as
high-strength alloys and advanced cooling systems, further escalates costs.
Manufacturing precision is crucial to maintaining efficiency and reliability,
necessitating advanced production facilities and skilled labor, which further
adds to expenses.
Beyond procurement and
manufacturing, installation complexity presents another cost-intensive hurdle.
Single shaft turbines demand a specialized setup process, requiring precise
alignment to ensure optimal performance and avoid operational inefficiencies.
This necessitates expert engineering teams and specialized equipment, leading
to higher labor and commissioning costs. Site preparation and infrastructure
development also contribute to rising expenses, especially in remote or
offshore locations where logistical challenges further complicate installation.
For example, in power generation plants, these turbines often require
custom-built foundations and enclosures, adding to project costs.
Another key factor
influencing high costs is regulatory compliance. Given their large-scale
applications in industries such as power generation and oil & gas, single
shaft turbines must adhere to stringent environmental and safety regulations.
This involves obtaining multiple certifications, conducting feasibility
studies, and integrating emission control technologies, all of which increase
overall costs. Additionally, governments and regulatory bodies often impose
grid integration requirements, particularly for renewable energy applications,
adding another layer of complexity and expense.
The financial burden is
further intensified by longer payback periods compared to multi-shaft or
alternative turbine systems. While single shaft turbines offer efficiency and
reliability in the long term, the return on investment (ROI) remains a concern for
businesses, especially in price-sensitive markets. Companies must evaluate
lifecycle costs, including maintenance and operational expenses, before
committing to such high-capital projects. This financial strain often
discourages small and medium-sized enterprises (SMEs) from entering the market,
limiting competition and technological diversification.
To mitigate these challenges,
industry players must explore cost-reduction strategies, such as advanced
manufacturing techniques, automation, and economies of scale. Governments and
financial institutions could also play a role by providing incentives, subsidies,
or tax benefits to encourage investment in single shaft turbine projects.
Additionally, the adoption of innovative financing models, such as
public-private partnerships (PPPs) and leasing agreements, can help alleviate
the financial burden on end-users. Despite these measures, the
capital-intensive nature of single shaft turbines remains a major barrier to
market expansion, requiring strategic efforts to enhance affordability and
accessibility.
Limited Flexibility and
Operational Constraints
Another critical challenge in
the single shaft turbine market is the limited flexibility and operational
constraints that affect their adaptability across various applications. Unlike
dual or multi-shaft turbine configurations, single shaft turbines are inherently
designed to operate at a fixed speed and power output, making them less
versatile in industries that require dynamic load adjustments. This lack of
flexibility is particularly problematic in power generation, oil & gas, and
industrial applications, where demand fluctuations necessitate rapid load
changes and operational adjustments.
One of the primary
limitations of single shaft turbines is their slower response time to varying
load demands. These turbines are typically optimized for steady-state
operations, meaning they struggle to handle frequent start-stop cycles or rapid
load shifts. In contrast, multi-shaft configurations allow independent control
of individual turbine sections, making them more adaptable to varying power
needs. For industries with fluctuating energy demands, such as manufacturing
and renewable energy integration, this lack of operational agility poses a
significant drawback.
Another major constraint is
the inherent risk of system failure in single shaft designs. Since all turbine
components are connected to a single rotating shaft, any failure in one section
can lead to a complete system shutdown. This increases the risk of downtime and
maintenance costs, especially in critical applications such as power plants or
offshore oil platforms. In contrast, multi-shaft systems provide redundancy and
fault isolation, allowing operations to continue even if one component fails.
As a result, industries that prioritize operational reliability and continuity
may prefer alternative turbine configurations over single shaft models.
The maintenance and repair
challenges associated with single shaft turbines further compound their
operational limitations. Given their integrated design, performing maintenance
on a single shaft turbine often requires a complete system shutdown, leading to
prolonged downtime and productivity losses. Inspection and repair processes are
also more complex, as technicians must disassemble multiple interconnected
components to access critical parts. This makes maintenance not only
time-consuming but also costly, as it requires specialized skills and tools.
Additionally, the limited availability of spare parts and repair services in
certain regions further exacerbates downtime risks.
From an energy efficiency
perspective, single shaft turbines can be less effective in handling partial
load operations. Many industrial processes do not operate at full capacity at
all times, requiring turbines to adjust output accordingly. However, single
shaft turbines operate most efficiently under full load conditions, meaning
energy losses occur when operating at lower capacities. This inefficiency can
lead to higher operational costs, making them less attractive for applications
requiring flexible power generation.
To overcome these challenges,
manufacturers must focus on technological innovations, such as hybrid turbine
models that incorporate variable speed drives and smart control systems.
Improved predictive maintenance solutions, leveraging AI and IoT-based monitoring,
can also help minimize downtime and enhance reliability. Additionally,
integrating energy storage solutions can help compensate for load variability,
improving efficiency in dynamic environments. While these advancements can
mitigate some limitations, the inflexibility and operational constraints of
single shaft turbines remain a key challenge that may impact their adoption in
rapidly evolving industrial sectors.
Key Market Trends
Growing Adoption of Single
Shaft Turbines in Distributed Energy Systems
The increasing demand for
efficient and decentralized power generation is driving the adoption of single
shaft turbines in distributed energy systems. As industries and municipalities
seek reliable, on-site power generation to reduce dependence on conventional
grids, single shaft turbines are emerging as a preferred solution due to their
high efficiency, compact design, and lower operational costs. These turbines
are particularly well-suited for cogeneration and combined heat and power (CHP)
applications, which improve overall energy utilization and reduce carbon
footprints. Additionally, advancements in fuel flexibility allow single shaft
turbines to operate on a variety of fuels, including natural gas, biogas, and
hydrogen, aligning with the global shift toward cleaner energy sources.
Another key factor driving
this trend is the rise of microgrids, which are gaining traction in both urban
and remote areas to ensure a stable energy supply. Governments and utilities
worldwide are supporting microgrid development through subsidies, incentives,
and regulatory reforms, further fueling the demand for efficient power
generation technologies such as single shaft turbines. Furthermore,
technological innovations, including digital monitoring, automation, and
predictive maintenance, are enhancing the reliability and longevity of these
turbines, making them an attractive investment for businesses looking to
improve their energy independence. As industries prioritize energy resilience
and operational efficiency, the single shaft turbine market is poised for
significant growth within the distributed energy sector.
Increasing Demand for
Sustainable and Hydrogen-Compatible Turbines
With global efforts to
transition toward clean and renewable energy, there is a rising demand for
sustainable and hydrogen-compatible single shaft turbines. Governments and
industries are prioritizing low-carbon energy solutions to meet net-zero
emissions targets, accelerating the adoption of turbines capable of running on
hydrogen and biofuels. As a result, turbine manufacturers are developing
hydrogen-ready single shaft turbines that can operate on a mix of natural gas
and hydrogen or even run entirely on green hydrogen. This shift is supported by
increasing investments in hydrogen infrastructure, electrolyzer technology, and
carbon capture solutions, making hydrogen-based energy generation more viable.
European Union, the United
States, and key Asia-Pacific countries are implementing stringent emission
regulations, pushing industries to adopt low-emission and sustainable power
generation technologies. Another contributing factor is the growing interest in
waste-to-energy (WTE) projects, where single shaft turbines play a critical
role in converting biomass and municipal waste into usable energy. These
turbines offer high thermal efficiency, lower emissions, and reduced reliance
on fossil fuels, making them an ideal choice for industries committed to
sustainability and environmental responsibility. As hydrogen infrastructure
expands and carbon neutrality initiatives gain momentum, the demand for
sustainable single shaft turbines is expected to accelerate, driving long-term
market growth.
Segmental Insights
Type
Insights
The Gas Turbines segment held
the largest Market share in 2024. The single shaft turbine market in the gas
turbines segment is experiencing strong growth, driven by increasing demand for
efficient and reliable power generation solutions across industrial,
commercial, and utility sectors. A key market driver is the rising global
energy demand, particularly in emerging economies, which is fueling the
adoption of gas-based power generation. Single shaft gas turbines offer higher
efficiency, reduced maintenance requirements, and compact design advantages
compared to multi-shaft alternatives, making them a preferred choice for
applications in power plants, oil & gas refineries, and cogeneration
facilities. Additionally, the growing focus on decarbonization and cleaner
energy sources has led to an increased preference for natural gas-powered
turbines, as they emit significantly lower greenhouse gases compared to
coal-fired power plants. Governments worldwide are implementing stringent
environmental regulations and promoting cleaner energy solutions, further
boosting the adoption of single shaft gas turbines. The integration of digital
technologies, such as AI-driven predictive maintenance and IoT-enabled
performance monitoring, is enhancing turbine efficiency, reducing downtime, and
improving operational cost-effectiveness, thereby increasing their appeal in
various industrial applications.
Another significant driver is
the rising investments in distributed energy systems and cogeneration plants,
where single shaft gas turbines play a crucial role due to their ability to
provide efficient combined heat and power (CHP) generation. Industrial
facilities and commercial establishments are increasingly deploying gas
turbines for on-site power generation to reduce reliance on conventional grids
and enhance energy security. Additionally, the expansion of liquefied natural
gas (LNG) infrastructure and the increasing availability of natural gas
globally are supporting the wider adoption of gas turbines, including single
shaft models. Countries across Asia-Pacific, the Middle East, and North America
are investing heavily in gas turbine-based power plants, driven by
urbanization, industrial expansion, and the need for flexible, high-efficiency
power generation solutions.
Technological advancements in
turbine materials, aerodynamics, and combustion systems are significantly
enhancing the efficiency and reliability of single shaft gas turbines.
Innovations such as advanced cooling techniques, improved turbine blade
designs, and low-NOx combustion technology are enabling manufacturers to
develop more efficient and environmentally friendly turbine systems. These
advancements are particularly critical for industries such as aerospace, oil
& gas, and power generation, where high-performance and durability are
essential.
In addition, the shift toward
hydrogen-ready turbines is gaining traction, with several industry players
investing in the development of hydrogen-compatible gas turbines to align with
global clean energy goals. Single shaft gas turbines designed to operate on
hydrogen-natural gas blends are expected to gain significant adoption as
governments and industries push for net-zero emissions targets. Major market
players are focusing on strategic collaborations, R&D investments, and new
product launches to capitalize on this transition, further driving market
growth. single shaft turbine market in the gas turbines segment is poised for
expansion, supported by the global energy transition, increasing focus on
efficiency and emissions reduction, advancements in digitalization and
materials technology, and the rising adoption of distributed energy systems. As
industries continue to seek cost-effective, high-performance power solutions,
the demand for single shaft gas turbines is expected to accelerate, positioning
them as a key component in the evolving energy landscape.
Power
Rating Insights
The Up to 50 MW segment held
the largest Market share in 2024. The Single Shaft Turbine Market in the up to
50 MW segment is experiencing significant growth, driven by the increasing
demand for efficient, compact, and cost-effective power generation solutions.
Industries such as oil & gas, manufacturing, and utilities are actively
adopting single shaft turbines in this segment due to their ability to deliver
reliable energy output in decentralized power applications. The rise of
distributed energy systems and the need for flexible, on-site power generation
are key factors fueling the demand for small to mid-sized turbines,
particularly in remote and off-grid locations where larger power infrastructure
is not feasible. Additionally, technological advancements in turbine
efficiency, including improved aerodynamics, high-performance materials, and
advanced cooling techniques, have significantly enhanced the operational
efficiency and lifespan of these turbines, making them a preferred choice for
industries requiring uninterrupted power.
The transition towards clean
and renewable energy sources has further spurred investments in gas-fired and
biomass-fueled single shaft turbines, which offer lower emissions and improved
energy efficiency compared to conventional diesel or coal-based alternatives.
Moreover, government policies and incentives promoting energy efficiency and
sustainable power solutions are accelerating the adoption of turbines in this
capacity range. Many countries, particularly in regions such as Asia-Pacific
and Europe, are implementing stringent carbon reduction targets, leading
industries to explore natural gas and hybrid turbine solutions as a bridge
toward decarbonization. Furthermore, the expansion of cogeneration (CHP)
systems, where single shaft turbines play a crucial role in providing both
electricity and heat for industrial processes, is contributing to the segment's
growth. The rising adoption of modular and scalable turbine systems enables
industries to customize power solutions based on operational needs, offering
greater flexibility and cost savings. In addition, the demand for energy
security and grid resilience is prompting businesses and utilities to invest in
up to 50 MW single shaft turbines as a backup power source, ensuring
uninterrupted operations during grid failures or peak demand periods.
The integration of digital
monitoring and predictive maintenance technologies, such as AI-driven analytics
and IoT-enabled diagnostics, has further enhanced the reliability and
performance of these turbines, reducing maintenance costs and minimizing downtime.
The increasing focus on waste heat recovery and energy optimization in
industrial sectors such as chemical, food processing, and pulp & paper is
another critical driver for this market, as single shaft turbines offer an
efficient means of utilizing excess energy and improving overall plant
efficiency. Additionally, the expansion of microgrids and hybrid energy
systems, where turbines in the up to 50 MW segment complement solar, wind, and
battery storage solutions, is creating new growth avenues for market players.
The growing emphasis on reducing operational costs and enhancing energy
efficiency has led to greater adoption of single shaft turbines in district
heating, marine, and commercial building applications. With ongoing research
and development efforts aimed at improving turbine efficiency, reducing
emissions, and integrating hydrogen-ready technologies, the Single Shaft
Turbine Market in the up to 50 MW segment is poised for continued expansion,
offering lucrative opportunities for manufacturers, service providers, and
energy companies worldwide.

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Regional Insights
Largest Region
North America region held the
largest market share in 2024. The Single Shaft Turbine Market in North America
is experiencing significant growth, driven by increasing demand for efficient
and reliable power generation solutions across industrial, commercial, and
utility sectors. The region's strong emphasis on energy security and
sustainability is accelerating the adoption of single shaft turbines,
particularly in combined heat and power (CHP) applications and distributed
energy systems. Government initiatives promoting cleaner energy sources, along
with stringent emission regulations, are pushing industries to adopt advanced
turbine technologies that offer high efficiency and lower carbon footprints.
The rising investment in natural gas-fired power plants, as a cleaner
alternative to coal, is further propelling market demand, given that single
shaft turbines are highly compatible with natural gas and can deliver superior
performance in combined-cycle power generation. Additionally, the expanding oil
& gas sector in North America, particularly in the U.S. and Canada, is
fueling the need for high-efficiency turbines in exploration, refining, and
transportation operations.
Technological advancements,
such as digital monitoring, predictive maintenance, and enhanced aerodynamics,
are improving turbine performance, reducing operational costs, and increasing
reliability, making them an attractive choice for industries prioritizing
cost-efficiency and sustainability. Moreover, the growing demand for
uninterrupted power supply in sectors such as healthcare, data centers, and
manufacturing is driving investments in gas turbines, where single shaft
configurations offer compact design and operational flexibility. The rise of
microgrid projects, particularly in remote areas and industrial complexes, is
further amplifying the demand for single shaft turbines due to their capability
to provide stable and resilient power generation. The increasing focus on grid
modernization and renewable energy integration is also contributing to market
expansion, as single shaft turbines are often used in hybrid energy systems
alongside renewables to ensure stable power output. Furthermore, the presence of
leading turbine manufacturers in North America, along with continuous R&D
efforts, is fostering innovation in turbine design, efficiency, and
environmental compliance.
As industries seek to enhance
operational efficiency and reduce maintenance downtime, the adoption of single
shaft turbines with advanced automation and remote monitoring capabilities is
expected to rise. The region's growing energy infrastructure investments,
particularly in upgrading aging power plants and deploying distributed energy
systems, present significant opportunities for market growth. Additionally,
government incentives and funding for industrial energy efficiency projects are
encouraging businesses to invest in high-performance turbine solutions. With
North America being a key hub for technological advancements in power
generation, the single shaft turbine market is poised for sustained expansion,
driven by the need for cleaner, more efficient, and cost-effective energy
solutions. As demand for high-capacity power generation continues to grow
across various sectors, companies investing in innovative turbine technologies,
digitalization, and hybrid energy solutions are well-positioned to capitalize
on emerging opportunities in the North American single shaft turbine market.
Emerging Region
South America became emerging
region in 2024. The Single Shaft Turbine Market in South America is
experiencing significant growth, driven by increasing investments in renewable
energy, industrial expansion, and the rising demand for efficient power
generation solutions. Governments across the region are actively promoting
sustainable energy projects, particularly in hydropower and wind energy, where
single shaft turbines play a crucial role. Countries such as Brazil, Argentina,
and Chile are leading this transition, leveraging their abundant natural
resources to enhance power generation capacity. The increasing electrification
of remote and rural areas, supported by government initiatives and private
sector investments, is further propelling the demand for reliable and efficient
turbines. Additionally, the growing industrial sector, particularly in mining,
oil & gas, and manufacturing, is fostering demand for high-performance
single shaft turbines that offer enhanced efficiency, reduced maintenance
costs, and optimized energy output.
The push for decarbonization
and adherence to international climate agreements are encouraging industries to
adopt cleaner energy alternatives, positioning single shaft turbines as a
viable solution for power generation. Technological advancements, such as
higher efficiency designs, digital monitoring systems, and improved materials,
are further enhancing turbine performance, making them more attractive for
energy projects in South America. Moreover, the expansion of public-private
partnerships (PPPs) in energy infrastructure development is boosting turbine
adoption by facilitating funding and project execution. Brazil, the largest
economy in the region, is investing heavily in both renewable energy and
combined-cycle power plants, further driving demand for efficient turbines.
Similarly, Chile’s commitment to carbon neutrality by 2050 is accelerating
investments in sustainable power generation technologies. In the oil and gas
sector, countries like Argentina and Venezuela are utilizing single shaft turbines
in refining and extraction processes, capitalizing on their ability to deliver
consistent power under demanding conditions.
The region’s aging power
infrastructure is also fueling the need for modernization, with utilities and
industrial players upgrading their systems to incorporate more cost-effective
and durable turbine solutions. Additionally, the growing adoption of natural
gas as a transition fuel in South America is enhancing demand for single shaft
turbines, given their efficiency in gas-based power plants. The presence of
global and regional turbine manufacturers is further intensifying competition
and innovation, leading to more customized solutions tailored to South
America’s unique energy landscape. With favorable government policies,
incentives for clean energy adoption, and rising electricity consumption, the
Single Shaft Turbine Market in South America is poised for sustained growth.
Companies investing in technological advancements, strategic partnerships, and
localized production facilities will be well-positioned to capitalize on the
market’s expanding opportunities.
Recent Developments
- In March 2025, Robinson Helicopter Company, headquartered in Torrance, California, announced the debut of its first entirely new aircraft in nearly 15 years. The R88 helicopter will be larger than the company’s existing R22, R44, and R66 models. According to Robinson, the R88 is designed to accommodate a broader range of mission needs while preserving the company’s signature qualities of reliability, affordability, and safety.
- In February 2025, Sierra Space, a leader in commercial space and defense technology, successfully completed the test campaign for its fully integrated VR35K-A upper stage engine. The tests, carried out at the Air Force Research Laboratory's Rocket Propulsion Division at Edwards Air Force Base in California, highlight the company’s advancements in developing next-generation propulsion systems.
Key Market Players
- Toshiba Corporation
- Harbin Electric Corporation
- Bharat Heavy Electricals
Limited
- Hitachi Limited
- Kirloskar Brothers Limited
- Ansaldo Energia S.p.A.
- ANDRITZ AG
- Siemens AG
- GE Vernova Group
- Voith GmbH &
Co. KGaA
By Type
|
By Power Rating
|
By End-User Industry
|
By Application
|
By Region
|
- Gas Turbines
- Steam Turbines
- Hydraulic Turbines
- Wind Turbines
- Others
|
- Up to 50 MW
- 50-100
MW
- 100-300 MW
- 300-500 MW
- 500-700 MW
- Above 700 MW
- Others
|
- Power Generation
- Oil & Gas
- Industrial
- Aviation
- Marine
- Others
|
- Power Plants
- Oil
& Gas Industry
- Chemical Industry
- Steel Industry
- Mining Industry
- Aviation
- Marine
|
- North America
- Europe
- Asia Pacific
- South America
- Middle East &
Africa
|
Report Scope:
In this report, the Global Single Shaft Turbine
Market has been segmented into the following categories, in addition to the
industry trends which have also been detailed below:
- Single Shaft Turbine Market, By Type:
o Gas Turbines
o Steam Turbines
o Hydraulic Turbines
o Wind Turbines
o Others
- Single Shaft Turbine Market, By Power Rating:
o Up to 50 MW
o 50-100 MW
o 100-300 MW
o 300-500 MW
o 500-700 MW
o Above 700 MW
o Others
- Single Shaft Turbine Market, By End-User Industry:
o Power Generation
o Oil & Gas
o Industrial
o Aviation
o Marine
o Others
- Single Shaft Turbine Market, By Application:
o Power Plants
o Oil & Gas Industry
o Chemical Industry
o Steel Industry
o Mining Industry
o Aviation
o Marine
- Single Shaft Turbine Market,
By Region:
o North America
§ United States
§ Canada
§ Mexico
o Europe
§ France
§ United Kingdom
§ Italy
§ Germany
§ Spain
o Asia-Pacific
§ China
§ India
§ Japan
§ Australia
§ South Korea
o South America
§ Brazil
§ Argentina
§ Colombia
o Middle East & Africa
§ South Africa
§ Saudi Arabia
§ UAE
§ Kuwait
§ Turkey
Competitive Landscape
Company Profiles: Detailed analysis of the major companies
presents in the Global Single Shaft Turbine Market.
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Company Information
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