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In de elektriciteitssector, de Waigaoqiao II kolengestookte elektriciteitscentrale geïnstalleerd door Siemens in Shanghai, met een capaciteit van 2 x 900 megawatt (MW), is de vaststelling van nieuwe normen. Dankzij de geavanceerde techniek van de centrale op basis van een zogenoemde superkritische stoom parameters (stoom hoge temperaturen en drukken), Waigaoqiao II is al vermindering van de CO2-uitstoot met 2,1 miljoen ton per jaar.

Industrial steam turbines can be used for various purposes: industrial power plants, e.g. captive power plants in the chemical, petrochemical, sugar and textile industry, in pulp and paper mills, steel works and mines; for cogeneration and district heating plants; for waste-to-energy applications, e.g. waste incineration facilities; biomass power plants; for combined-cycle applications or in petrochemical plants and refineries.

The photo shows the SST-300 industrial steam turbine with a capacity of 50 megawatts at Nuremberg plant, Germany

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Manufacturing of an SST-100 industrial steam turbine at Goerlitz plant in Germany. Industrial steam turbines can be used for various purposes: for generator and mechanical drive applications, for cogeneration and industrial power plants for use in the sugar, textile, steel and mining industry for example. The turbine has a capacity of 8 megawatts and was delivered to the Cumra sugar factory in Turkey.

3D drawing of an SST-600 industrial steam turbine with a capacity of up to 100 megawatts.

Steam turbines of this series are used for compressor drives, generator drives and boiler feed water pump drives

3D drawing of an SST-800 industrial steam turbine with a capacity up to 150 megawatts. Steam turbines of this series are used for: industrial power plants; combined cycle plants, industrial CHP (Combined Heat and Power), e.g. in the chemical industry, food industry, pulp and paper mills; petrochemical industry and in desalination plants.

The SGT-400 gas turbine can be used as mechanical drive and for power generation. It offers a power output of 12.9 MWe for power generation and 13.4 MW for mechanical drive configurations. In industrial power generation the SGT-400 gas turbine is used in the following fields of application: simple cycle applications, combined cycle applications, combined heat and power (CHP) and power generation for the oil and gas industry. For mechanical drive applications the SGT-400 gas turbine is employed for driving compressors and pumps, primarily for the oil and gas industry. The photo shows the SGT-400 gas turbine at the Lincoln plant, United Kingdom.

The SGT-100 industrial gas turbine has a power output range from 4.35 to 5.25 MW. The single-shaft configuration is used for industrial power generation in the following applications: simple cycle applications, combined cycle applications, combined heat and power (CHP) und power generation for the oil and gas industry. The twin-shaft configuration of the SGT-100 gas turbine is employed for mechanical drive applications for driving compressors and pumps, primarily for the oil and gas industry. The photo shows the SGT-100 gas turbine at the Lincoln plant, United Kingdom.

Stoom turbines van het type SST-6000 kan gebruikt worden in gecombineerde cyclus en stoomkrachtcentrales, en bieden een vermogen van 300 tot 1200 megawatt (MW).

De foto toont een volledige LP rotor voor een SST5-6000 stoomturbine op Muelheim fabriek in Duitsland.

De stoomturbine werd geleverd aan de 1000 MW bruinkool gestookte stoomkrachtcentrale  in Niederaußem in Duitsland

De foto toont een Siemens werknemer, terwijl de montage van de bladen van een lage druk turbine

Siemens has efficient solutions in its product range not just for the solar fields but also for the power plant unit in solar thermal power plants. The demands on the steam turbine are highly specific: it must be able to start up quickly when the sun rises in the morning and flexibly adapt to the variable thermal input during the day, for example if clouds form. Siemens delivered a steam turbine of type SST-700 with an output of 50 megawatts to the CSP plant Lebrija.

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Siemens is planning the world’s most efficient coal-fired power plant. The research magazine Pictures of the Future reports the company is now developing key components for a plant that is expected to operate at a steam temperature of 700 degrees Celsius and have an efficiency rating of at least 50 percent. The facility is being designed to produce 40 percent less CO₂ than the current international average value, in addition to consuming 40 percent less coal than a typical plant uses to generate a given power output. Plans call for the plant to go into service in 2014.

CAD image of a SGT5-3000E gas turbine for industrial applications and for fossil-fueled power plants. It has a capacity of 191 megawatts.

With the help of complex computer simulations Siemens experts developed a special blade configuration for gas turbines with ideal stream characteristics. The use of innovative materials and cooling systems which make the gas turbine exceptionally heat-resistant and allow higher firing temperatures are also necessary to generate as much energy as possible with a preferably small use of primary energy and by doing so reducing the CO2 emissions. The picture shows the open rotor and combustion chamber of an SGT5-4000F gas turbine

In February 2006, the 500th gas turbine left the Berlin manufacturing plant of Siemens Power Generation (PG). This turbine consists of around 7,000 individual parts assembled with the precision of a clockmaker. The installed capacity of the 500 gas turbines produced in the Berlin plant is sufficient to supply electricity for approximately 100 million people.

The photo shows this milestone turbine, of the SGT5-4000F type, weighing in at around 300 metric tons, on the assembly stand

CAD image of SGT6-3000E gas turbine

CAD image of an SGT6-6000G gas turbine

CAD image of the newly developed SGT5-8000H gas turbine which was completed at the end of April 2007 in the Berlin plant. With a capacity of 375 megawatts, it is the world’s largest and most powerful gas turbine.

The SGT5-8000H gas turbine, newly developed by Siemens, is the world`s largest and most efficient gas turbine with a capacity of 375 megawatts. The picture shows manufacture of the gas turbine at Berlin manufacturing plant, Germany.

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The SGT5-8000H gas turbine, newly developed by Siemens, is the world`s largest and most efficient gas turbine with a capacity of 375 megawatts. The picture shows the gas turbine at Berlin facility ready for shipment.

CAD image of an SGT5-2000E gas turbine. Turbines of this series are used for simple or combined-cycle processes with or without combined heat and power, and for all load ranges, particularly peak-load operation. The gas turbine has a capacity of 168 megawatts

CAD beeld van een SGT5-4000F gasturbine met een capaciteit van 287 megawatt

This SGT-700 gas turbine is used for power generation and mechanical drive applications. The unit offers easy on-site maintenance and a wide fuel range capability - from liquid fuel to natural gas. The photo shows the gas turbine of type SGT-700 at the Finspong plant in Sweden. The turbine is installed in a pipeline compressor station in Eischleben, Germany.

STC-SV single-shaft turbocompressors with vertically split casing. The compressor series is qualified for industrial process compression and is suitable for a range of process gases. Benefits of the compressor are high discharge pressure and an excellent degree of efficiency.

CAD image of an SCT-SR axial-radial flow compressor. The design of this product family incorporates an axial process stage followed by one or more centrifugal process stages. This compressor is offered for applications requiring high pressure ratios and intercooling.

CAD image of the Siemens STC-GC compact (high-pressure) integrally geared centrifugal compressor. Fields of application include air separation and compression of process air and nitrogen

CAD image of an STC-SH single-shaft centrifugal compressor with horizontally split casing. Fields of application include on- and offshore oil and gas, petrochemicals, refineries, general chemistry and process engineering.

CAD image of a Siemens integrally geared process-gas radial turbine which enhances power supply in processes with off-gas or process gas as byproducts. A medium- to high-temperature gas can be used for direct drive of a compressor or electric generator, with no need for additional heat exchange or steam generation equipment. The Siemens STC-GT product line is the ideal solution for gas expansion in a number of chemical processes