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E-LNG - Power generation - NEPA, NigeriaThe Siemens Geregu project, an open-cycle power plant owned by NEPA in Nigeria.
A full turnkey greenfield project based on three SGT5-2000E gas turbines delivering
420 MW at site conditions in base-load operation. The project was commissioned
ahead of schedule and is one of the most reliable power producers in Nigeria.
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E-LNG - Power generation - ESBI, Poolbeg, IrelandThe ESBI 500 MW combined-cycle power plant at Poolbeg, Ireland. The plant employs
two SGT5-2000E gas turbines and one steam turbine. Specific features include fast
inlet guide vanes for grid-frequency control. With this technical capability, Siemens
is in a position to offer extremely steep load gradients, enhancing grid stability.
Seawater cooling is used to condense the exhaust steam. |
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E-LNG - Power generation - AEPC, BahreinThe Al Ezzel combined-cycle power plant of AEPC company in Bahrein with four
SGT5-2000E gas turbines and two steam turbines was completed in 2007. Total
electrical output is close to 1000 MW and accounts for one-third of the total capacity
available to the Bahrein grid. The EPC contract executed by Siemens on a
turnkey basis was accomplished on time within 29 months. |
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E-LNG - Power generation - DEWA, DubaiThe Jebel Ali ”G“ facility of DEWA in Dubai, UAE, is a combined-cycle power plant
based on four SGT5-2000E gas turbines with 500 MW rated power. In order to
increase the overall efficiency, the plant is designed as an integrated power and
desalination installation. Steam is extracted from the combined-cycle process to
feed the multi-stage flash evaporators of the desalination process. Supplementary
firing provides for balance between power and steam. The turnkey project was
executed on a consortium basis with the desalination supplier, with Siemens acting
as consortium leader. |
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E-LNG - Power generation - Kuwait The 1000-MW AzZour power plant in Kuwait uses eight SGT5-2000E gas turbines in
simple-cycle mode. The design features of the plant have been carefully considered
in order to reach an optimum balance between capital cost, plant performance, and
operation and maintenance requirements. Equipped with hybrid burners for using
both gas oil and fuel gas with dry low-NOx operation, the eight gas turbines are
located in one single 275 meter long turbine hall, with provisions for later conversion
to combined cycle. The schedule required a significant undertaking in logistics. In
January 2004, more than 30,000 tons of freight had to be shipped to site within just
two weeks. |
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