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Gas turbine - 49.1 kg/s, +490 °C
The THM 1304 heavy-duty gas turbine family offers an extremely long life with a high level of reliability and availability. The modular design facilitates easy installation...
Gas turbine - 49.1 kg/s, +490 °C
The THM 1304 heavy-duty gas turbine family offers an extremely long life with a high level of reliability and availability. The modular design facilitates easy installation and maintenance features to realize an optimized cost-to-benefit ratio over the entire lifecycle. The THM gas turbine family is available for mechanical drive applications including compressor drives for pipeline and process applications as well as pump drives for oil pipelines and water injection. In addition, various power generation applications are covered including cogeneration, auxiliary power, blackstart and peaking. Both onshore and offshore requirements are perfectly met.
Gas turbine / heavy-duty - 9 000 rpm, 10 500 - 12 500 kW | THM series
The THM 1304 heavy-duty gas turbine family offers an extremely long life with a high level of reliability and availability. The modular design facilitates easy installation and maintenance features to realize an optimized cost-to-benefit ratio...
Gas turbine / heavy-duty - 9 000 rpm, 10 500 - 12 500 kW | THM series
The THM 1304 heavy-duty gas turbine family offers an extremely long life with a high level of reliability and availability. The modular design facilitates easy installation and maintenance features to realize an optimized cost-to-benefit ratio over the entire lifecycle.
The THM gas turbine family is available for mechanical drive applications including compressor drives for pipeline and process applications as well as pump drives for oil pipelines and water injection. In addition, various power generation applications are covered including cogeneration, auxiliary power, blackstart and peaking. Both onshore and offshore requirements are perfectly met.
Benefits
Twin shaft heavy duty modular design for easy and rapid installation
High reliability and availability
DLE combustion system for low NOx and CO exhaust emissions
Fuel flexibility and special fuels (e.g. methanol, diesel, kerosene)
The THM gas turbine family is available for mechanical drive applications including compressor drives for pipeline and process applications as well as pump drives for oil pipelines and water injection. In addition, various power generation applications are covered including cogeneration, auxiliary power, blackstart and peaking. Both onshore and offshore requirements are perfectly met.
Benefits
Twin shaft heavy duty modular design for easy and rapid installation
High reliability and availability
DLE combustion system for low NOx and CO exhaust emissions
Fuel flexibility and special fuels (e.g. methanol, diesel, kerosene)
Steam turbine - 160 MW
MAN Diesel & Turbo is one of the leading suppliers of industrial steam turbines worldwide with a comprehensive range of products and services.
Our...
Our...
Steam turbine - 160 MW
MAN Diesel & Turbo is one of the leading suppliers of industrial steam turbines worldwide with a comprehensive range of products and services.
Our multi-stage reaction-type steam turbines can be used for both power generation and mechanical drive applications and are available in sizes up to 160 MW.
The possible power generation applications include:
Waste-to-Energy
Pulp & Paper
Combined Cycle
Biomass
Concentrated Solar Power (CSP)
Refineries
And others
Our multi-stage reaction-type steam turbines can be used for both power generation and mechanical drive applications and are available in sizes up to 160 MW.
The possible power generation applications include:
Waste-to-Energy
Pulp & Paper
Combined Cycle
Biomass
Concentrated Solar Power (CSP)
Refineries
And others
Gas turbine - 75 - 294 MW | AE64.3A
high efficiency for medium sized plants
The high technology AE64.3A model combines F-Class efficiency with a mid-size package suitable for phased, low-investment capacity expansion plans....
The high technology AE64.3A model combines F-Class efficiency with a mid-size package suitable for phased, low-investment capacity expansion plans....
Gas turbine - 75 - 294 MW | AE64.3A
high efficiency for medium sized plants
The high technology AE64.3A model combines F-Class efficiency with a mid-size package suitable for phased, low-investment capacity expansion plans. It is also ideally suited to customers who need to combine reliable and efficient electric power generation with cogeneration and district heating. The availability of different fuels can also be accommodated, while ensuring very stable and reliable operation (both gaseous and liquid fuels can be used and fuels can be switched from gaseous to liquid fuel and vice versa).
The characteristics of the AE64.3A gas turbine address all the main market drivers for mid-size power plants: low environmental impact, operating flexibility, high performance levels achieved in combined cycles and short plant delivery times.
The high technology AE64.3A model combines F-Class efficiency with a mid-size package suitable for phased, low-investment capacity expansion plans. It is also ideally suited to customers who need to combine reliable and efficient electric power generation with cogeneration and district heating. The availability of different fuels can also be accommodated, while ensuring very stable and reliable operation (both gaseous and liquid fuels can be used and fuels can be switched from gaseous to liquid fuel and vice versa).
The characteristics of the AE64.3A gas turbine address all the main market drivers for mid-size power plants: low environmental impact, operating flexibility, high performance levels achieved in combined cycles and short plant delivery times.
Gas turbine - 310 MW | AE94.3A
AE94.3A
A high-performance and competitive Gas Turbine
The F-class AE94.3A gas turbine, the most advanced in Ansaldo Energias product portfolio,...
Gas turbine - 310 MW | AE94.3A
AE94.3A
A high-performance and competitive Gas Turbine
The F-class AE94.3A gas turbine, the most advanced in Ansaldo Energias product portfolio, is based on well proven, reliable Ansaldo Energia technology.
The AE94.3A model allows Ansaldo Energia customers to equip their combined cycle power plants with gas turbines that are fully competitive in terms of all market drivers in the large gas turbine segment: efficiency, power output, reliability, operational flexibility and emission levels. Continuous product improvements are combined with the traditional reliability and robustness of Ansaldo Energia products to offer customers a unique and balanced value package based on innovation and reliability.
A high-performance and competitive Gas Turbine
The F-class AE94.3A gas turbine, the most advanced in Ansaldo Energias product portfolio, is based on well proven, reliable Ansaldo Energia technology.
The AE94.3A model allows Ansaldo Energia customers to equip their combined cycle power plants with gas turbines that are fully competitive in terms of all market drivers in the large gas turbine segment: efficiency, power output, reliability, operational flexibility and emission levels. Continuous product improvements are combined with the traditional reliability and robustness of Ansaldo Energia products to offer customers a unique and balanced value package based on innovation and reliability.
Gas turbine - 185 MW | AE94.2
AE94.2
The Gas Turbine for a Flexible Approach
The AE94.2 Gas Turbine meets customer needs in terms of performance,...
Gas turbine - 185 MW | AE94.2
AE94.2
The Gas Turbine for a Flexible Approach
The AE94.2 Gas Turbine meets customer needs in terms of performance, emissions and operational/fuel flexibility for intermediate-class gas turbines, by delivering a competitive and cost-effective package based on established technology.
The latest continuous improvements have been made available for previous releases through a retrofittable package.
The special AE94.2K version, this gas turbine can also burn low-BTU fuels and high H2 content gas.
The Gas Turbine for a Flexible Approach
The AE94.2 Gas Turbine meets customer needs in terms of performance, emissions and operational/fuel flexibility for intermediate-class gas turbines, by delivering a competitive and cost-effective package based on established technology.
The latest continuous improvements have been made available for previous releases through a retrofittable package.
The special AE94.2K version, this gas turbine can also burn low-BTU fuels and high H2 content gas.
Steam turbine - 30 - 1 200 MW
Steam Turbines
Ansaldo Energia has a comprehensive steam turbine offering covering a wide range of power generation applications:
Geothermal...
Ansaldo Energia has a comprehensive steam turbine offering covering a wide range of power generation applications:
Geothermal...
Steam turbine - 30 - 1 200 MW
Steam Turbines
Ansaldo Energia has a comprehensive steam turbine offering covering a wide range of power generation applications:
Geothermal steam turbines
Cogeneration steam turbines for process steam, district heating and desalination plant
Steam turbines for fossil fired cycles
Steam turbines for combined cycles
Ansaldo Energia has extensive design, manufacturing and installation experience, with more than 300 units rated 100 MW and above in service or on order for power stations.
Ansaldo Energia has a comprehensive steam turbine offering covering a wide range of power generation applications:
Geothermal steam turbines
Cogeneration steam turbines for process steam, district heating and desalination plant
Steam turbines for fossil fired cycles
Steam turbines for combined cycles
Ansaldo Energia has extensive design, manufacturing and installation experience, with more than 300 units rated 100 MW and above in service or on order for power stations.
Steam turbine / geothermal - 20 - 150 MW
Ansaldo Energia offers a complete line of geothermal steam turbines from 20 MW to 150 MW.
Modular design concept
Ansaldo Energia...
Modular design concept
Ansaldo Energia...
Steam turbine / geothermal - 20 - 150 MW
Ansaldo Energia offers a complete line of geothermal steam turbines from 20 MW to 150 MW.
Modular design concept
Ansaldo Energia...
Modular design concept
Ansaldo Energia...
Steam turbine - max. 20 hp
Elliott steam turbines combines engineering expertise together with its rugged design and precise manufacturing in order to provide continuous service to its user. These powerful workhorses provide exceptional performance...
Steam turbine - max. 20 hp
Elliott steam turbines combines engineering expertise together with its rugged design and precise manufacturing in order to provide continuous service to its user. These powerful workhorses provide exceptional performance in a broad range of processing, mechanical and power generation applications in different kinds of environment. The turbines have different variety in sizes that range from small units with 20 hp, to a large (with 135,000 hp) multi-valve condensing units.
With power requirements, steam conditions and speeds constantly rising, Elliott has continued in developing its steam turbine product lines to meet every challenging operating conditions. Elliott steam turbines have inlet steam conditions of up to 2000 psig/1005 degrees F and speed that can reach up to 20,000 rpm. Whatever the application requires, Elliott can provide any solution to them.
With power requirements, steam conditions and speeds constantly rising, Elliott has continued in developing its steam turbine product lines to meet every challenging operating conditions. Elliott steam turbines have inlet steam conditions of up to 2000 psig/1005 degrees F and speed that can reach up to 20,000 rpm. Whatever the application requires, Elliott can provide any solution to them.
Energy recovery turbo-expander - max. 50 000 hp | TH
During the 1950's, the expander turbine was the leading in its industry.The Elliott power recovery expander turbine was innovated into a high temperature but with a low temperature flue gas energy into usable...
Energy recovery turbo-expander - max. 50 000 hp | TH
During the 1950's, the expander turbine was the leading in its industry.The Elliott power recovery expander turbine was innovated into a high temperature but with a low temperature flue gas energy into usable power. This expander turbine is usually used to drive compressors or generators in refinery fluid catalytic-cracking (FCC) service. The recovery power that these expander turbines are capable of is reaching up to the approach of 50,000 hp or 37,300 kW.
The designs of Elliott engineers are growing and still innovating that results to the advancement of expander technologies. Through those innovations, Elliott expander turbines was able to meet the changing demands of the FCC process. With the use of fluid dynamics, Elliott expander was able to extend typical time between turnarounds in the industry average.
The designs of Elliott engineers are growing and still innovating that results to the advancement of expander technologies. Through those innovations, Elliott expander turbines was able to meet the changing demands of the FCC process. With the use of fluid dynamics, Elliott expander was able to extend typical time between turnarounds in the industry average.
Steam turbine generator set - max. 50 MW | xVxS series
Elliott steam turbine generators offers a clever option for solid, productive and financially savvy on location power era. Its hand crafted STG...
Steam turbine generator set - max. 50 MW | xVxS series
Elliott steam turbine generators offers a clever option for solid, productive and financially savvy on location power era. Its hand crafted STG sets help business vitality necessities for nonstop or standby power up to 50mw, including renewable vitality requisitions and environmentally friendly power vitality activities.
Elliott is a part of the U.S EPA Combined Heat and Power Partnership (CHP) which perceives exertions to enhance the natural execution of force era in the United States by supporting consolidated high temperature and force
Elliott is a part of the U.S EPA Combined Heat and Power Partnership (CHP) which perceives exertions to enhance the natural execution of force era in the United States by supporting consolidated high temperature and force