Aeroderivative Gas Turbine Market 2019 - 2025 Growth By Industry Players Mitsubishi Hitachi, GE, Siemens, Wärtsilä, Kawasaki, Opra Turbines, Solar Turbines, Harbin, BHEL, Vericor, MAN Diesel, Capstone, Cryostar, NPO Saturn

Market Study Report LLC adds 2019-2025 Global Aeroderivative Gas Turbine market report that offers an exhaustive coverage of the industry with brief analysis, data charts, figures, statistics that help take business decisions, company profiles and more.

China aeroderivative gas turbine market will exceed USD 190 million owing to large scale growth of gas fired power generation technologies by 2025. Siemens in 2017, entered an agreement with CAPCO to source gas turbines for their 550 MW combined cycle generating plant. Furthermore, the agreement has also been related with company?s vision for regional expansion and incorporation of a versatile distribution channel.

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Aeroderivative Gas Turbine Market in 2018, surpassed an annual installation of 5?000 MW and is predicted to exceed USD 2?500 million by 2025. Rising investments for the replacement of existing conventional power generation stations with advance gas-fired power plants to reduce carbon emission will foster the industry dynamics. Furthermore, the integration of shale gas fueled products & technologies has led to large scale E&P across remote onshore and offshore facilities which in turn will complement the business outlook.

Rapid integration of distributed power generation technologies across stationary power establishments will augment the demand for > 500kW units. Light weight, lower emissions, compact size, lower electricity costs, fewer number of moving parts and surplus fuel utilization are major factors positively influencing the overall aeroderivative gas turbine market share. Moreover, ongoing technological development to ensure enhanced efficiency and operational versatility across un-recuperated and recuperated technologies will further stimulate the product demand.

Lesser warm up time when compared to traditional systems, light weight, compact size, quick start and minimal dependency on cooling water are few essential factors nurturing the open cycle aeroderivative gas turbine market. These products in reference to land-based industries encompass wide spread installation across mechanical & direct drive applications. Moreover, installation across aircrafts, where reducing the unit weight finds prime focus along with applications extended to offshore platforms constitute huge potential for technological expansion.

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Inhibition of energy resources including coal and hydro power along with regulatory shift for power optimization will influence the global combined cycle (CC) aeroderivative gas turbine market. Furthermore, paradigm shift from coal-based power generation plants owing to persisting demand and supply gap has made the combined cycle (CC) units an attractive fund allocation prospect.

Growing demand for energy along with favorable regulatory and consumer outlook towards renewable adoption will foster the power generation plant based aeroderivative gas turbine market. Moreover, fund allocation for the integration & expansion of CHP plants along with developing technologies for distributed power generation will further augment the business landscape.

China aeroderivative gas turbine market will exceed USD 190 million owing to large scale growth of gas fired power generation technologies by 2025. Siemens in 2017, entered an agreement with CAPCO to source gas turbines for their 550 MW combined cycle generating plant. Furthermore, the agreement has also been related with company?s vision for regional expansion and incorporation of a versatile distribution channel.

Prominent aeroderivative gas turbine market players comprise of GE, Siemens, Mitsubishi Hitachi, MAN Diesel, Kawasaki, Harbin, BHEL, Solar Turbines, Opra Turbines, Zorya-Mashproekt W?rtsil?, Vericor, Capstone, NPO Saturn and Cryostar.

Table of Content:

Chapter 1 Methodology & Scope

1.1 Methodology

1.2 Market definitions

1.3 Market estimation and forecast parameters

1.4 Data Sources

1.4.1 Primary sources:

1.4.2 Secondary sources

1.4.2.1 Paid Sources

1.4.2.2 Public Sources

Chapter 2 Executive Summary

2.1 Global aeroderivative gas turbine market 360 degree synopsis, 2014 - 2025

2.1.1 Business trends

2.1.2 Capacity trends

2.1.3 Technology trends

2.1.4 Application trends

2.1.5 Regional trends

Chapter 3 Aeroderivative Gas Turbine Industry Insights

3.1 Industry segmentation

3.2 Industry landscape, 2014 - 2025 (USD Million)

3.3 Industry ecosystem analysis

3.3.1 Vendor matrix

3.4 Innovation & sustainability

3.4.1 General Electric

3.4.2 Siemens

3.4.3 Mitsubishi Hitachi Power Systems

3.4.4 MAN Diesel & Turbo

3.5 Regulatory landscape

3.5.1 U.S.

3.5.1.1 Clean Air Act

3.5.1.1.1 Clean Air Act Title I - Air Pollution Prevention and Control

3.5.1.2 National Ambient Air Quality Standards (NAAQS)

3.5.1.2.1 NAAQS

3.5.1.3 Stationary Gas and Combustion Turbines: New Source Performance Standards (NSPS)

3.5.1.3.1 Subpart GG

3.5.1.3.2 Subpart KKKK

3.5.1.4 IMO NOX Regulations-Tier III

3.5.2 Europe

3.5.2.1 The Medium Combustion Plant (MCP) Directive

3.5.2.1.1 ELVs (mg/Nm³) -for existing engines/turbines

3.5.2.1.2 ELVs (mg/Nm³) -for new engines/turbines

3.5.2.2 Ambient Air Quality Legislations

3.5.3 China

3.5.3.1 The 13th Five-Year Plan (2016-2020)

3.5.3.1.1 Resource and Environment (R&E) Targets

3.5.3.1.2 Reduction of Emission of Major Pollutants

3.5.3.1.3 Air Quality

3.5.3.2 Shale Gas Development Policies

3.5.4 India

3.5.5 UAE

3.5.6 International Gas Turbine Standards

3.6 Application landscape

3.7 Natural gas fuel composition impact on GT operations

3.7.1 Effects of fuel composition on operability

3.8 Gas turbine import/export landscape, 2017

3.8.1 Export

3.8.2 Import

3.9 Global gas outlook, 2040

3.9.1 Production, by region (bcm)

3.9.2 Production, by resource type (bcm)

3.9.3 Trade share by region, export

3.9.4 Trade share by region 2040, import

3.9.5 Pipeline gas trade share, export

3.10 Effect of operating parameters on the performance of combined cycle plants

3.10.1 Different Operating Parameters

3.10.2 Effects of major operating parameters can be summarized as follows:

3.11 Combined cycle plant analysis

3.11.1 Property values, entropy production rates, and thermal and mechanical exergy flows at various state points in the CCPP at 100% load condition.

3.12 Combined cycle plant monetary landscape

3.13 World energy investment scenario

3.13.1 Energy investment in a broader context

3.13.2 Energy end-use and efficiency

3.13.3 Electricity and renewables

3.13.4 Fossil fuel supply

3.14 Primary energy demand outlook by region, 2040 (Mtoe)

3.15 Primary energy demand outlook by fuel, 2040 (Mtoe)

3.16 Operations and maintenance

3.16.1 Maintenance Inspections

3.16.2 Standby Inspections

3.16.3 Running Inspections

3.16.3.1 Load vs. Exhaust Temperature

3.16.3.2 Vibration Level

3.16.3.3 Fuel Flow and Pressure

3.16.3.4 Exhaust Temperature and Spread Variation

3.16.3.5 Startup Time

3.16.3.6 Coast-Down Time

3.16.4 Rapid Cool-Down

3.16.5 Combustion Inspection

3.16.6 Hot Gas Path Inspection

3.16.7 Major Inspection

3.17 Cost structure analysis

3.18 Comparative analysis

3.19 Industry impact forces

3.19.1 Growth drivers

3.19.1.1 North America and Europe

3.19.1.1.1 Inclination toward energy optimization

3.19.1.1.2 Shale gas revolution

3.19.1.1.3 Positive clean energy outlook

3.19.1.2 Asia-pacific

3.19.1.2.1 Renewable energy integration

3.19.1.2.2 Growing focus toward decentralized generation technologies

3.19.1.3 Middle East, Africa and CIS

3.19.1.3.1 Restructuring of electrical infrastructure

3.19.1.3.2 Large scale renewable integration prospects

3.19.1.4 Latin America

3.19.1.4.1 Positive outlook towards gas-based electricity generation

3.19.2 Industry pitfalls & challenges

3.19.2.1 Advancing auxiliary clean turbine technologies

3.19.2.2 Cost competitiveness

3.20 Porter's Analysis

3.21 Growth potential analysis

3.22 Price trend analysis, by technology

3.23 Key customer requirements

3.24 Entry Barrier

3.25 Competitive landscape, 2018

3.25.1 Strategy dashboard

3.25.1.1 Siemens

3.25.1.2 Ansaldo Energia

3.25.1.3 Kawasaki Heavy Industries

3.25.1.4 Man Diesel & Turbo

3.25.2 Global company market share, 2017

3.26 PESTEL Analysis

Chapter 4 Aeroderivative Gas Turbine Market, By Capacity

4.1 Global aeroderivative gas turbine market share by capacity, 2018 & 2025

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Related Report:

Global Aeroderivative Gas Turbine Market Insights, Forecast to 2025

The aeroderivative gas turbine is a lighter weight variation of a gas turbine. Despite being classified as a gas turbine, the fuel source for the aeroderivative turbine is not really gas. Actually, they are designed so that fuel and air are mixed and then ignited to achieve the desired output. The design of gas turbines is comprised of a compression device to facilitate the taking in of air and compressing it (the ?gas? in this case) and then applying heat by means of a burner. The resulting flow of hot air is used as the source of powering the turbine. Today, these are typically designed to make use of a combustion process that is continuous as opposed to the intermittent nature of automotive combustion engines.
The leading manufactures mainly are GE, Siemens and MHPS. GE is the largest manufacturer; its revenue of global market exceeds 79% in 2017.

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