Outstanding fuel flexibility and lowest emissionsThe proven SGT6-5000F gas turbine offers economical power generation with fast start-up and quick load changes for peak, intermediate, or base load. The fleet of SGT6-5000F gas turbines operating worldwide demonstrates an excellent reliability of 99%.
Its outstanding fuel flexibility makes it a great choice for many applications in the oil and gas industry. With only single-digit NOₓ emissions (< 9 ppmvd), the SGT6-5000F provides world-class emission performance.
SGT6-5000F gas turbine highlights
The SGT6-5000F gas turbine is a proven engine for the 60 Hz market, with a power output of up to 260 MW and 40.0% simple cycle efficiency. Due to its robust turbine design, it provides rapid start-up and shutdown capabilities, with only 5 minutes from turning gear to full speed and a load gradient of up to 40 MW/min.
Due to its advanced combustion technology, single-digit emissions in base and part load can be achieved: NOₓ emissions of < 9 ppmvd and CO emissions of < 4 ppmvd. You can operate the SGT6-5000F at 30% part load in low load turndown over a wide range of ambient conditions within the emission limit values.
The SGT6-5000F is able to burn a wide range of fuels including natural gas, LNG, syngas, ethane, propane, Arabian Super Light crude oil, distillate oil, condensate, Arabian Extra Light crude oil, biodiesel, alcohols, Jet-A oil, and kerosene.
The engine offers dual fuel capability and tolerates fuels within a wide Wobbe range.
The combustion system is able to handle different fuel compositions, e.g. contents of hydrogen sulfide (H₂S) of up to 4,000 ppm, or hydrogen (H2) of up to 30 vol%. Its system can switch over quickly between fuel gas and fuel oil and vice versa.
Extensive experience in commercial operation means that you can rely on proven and validated package and plant concepts that enable early power generation in simple cycle. Projects are implemented quickly, fast project execution due to modularized package and plant design and pre-engineered solutions.
Ingenious design to the core
The SGT6-5000F features a 13-stage axial compressor with advanced 3D blade design. Three rows of variable guide vanes enable improved part load efficiency and transient operation. The rotor design of the 260 MW version is based on a single tie rod with Hirth serrations for reliable torque transmission. The 215 MW version uses a multi-tie bolt rotor. Proven conventionally cast turbine alloys are used for the 4-stage turbine. The combustion system is equipped with 16 can-type combustors.
Short installation times
The gas turbine package for the SGT6-5000F consists of the core turbine, the generator and auxiliary systems. We offer you a standardized basic design with options ideally geared to your specific requirements and market enrvironment. This approach ensures that your operating costs are as low as possible while at the same time providing maximum flexibility for your individual requirements.
The SGT6-5000F fires up
SGT6-5000F-based combined cycle plants have the capability for fast start-up. With these plants, you can achieve combined cycle base load within 5 min for hot start.
High load gradients (40 MW/min) allow for fast load changes. With excellent peaking capability, and high part load efficiency complying with emission regulations down to lower part load, this is your profitable solution for competitive energy markets with fluctuating power demand.
Comprehensive services to support you
We offer Long Term Programs (LTP), overhaul services, field service, spare parts, reconditioning of components and modernization upgrades. Whether scheduled service or short-term support, our specialists are there for you, on-site all over the world.
Siemens is continuously improving the SGT6-5000F gas turbines, and upgraded parts are retrofittable into the existing fleet.
Fuel flexibility matters
The SGT6-5000F is designed to use a wide range of fuels: natural gas, LNG, syngas, ethane, propane, Arabian Super Light crude oil, distillate oil, condensate, Arabian Extra Light crude oil, biodiesel, alcohols, Jet-A oil, and kerosene.
The engine, equipped with DLE burners, is capable to burn up to 30 vol% of hydrogen (H2).
Performance data for simple cycle power generation
NOₓ emissions at 15% O₂ at ISO ambient conditions.
Gas turbine turndown in emissions compliance to 30% load. Fast start-up capable of generating 200 MW in 10 min from turning gear speed. Gas turbine ramp rate up to 40 MW/min.