Steam Turbine STF-200/100 Series When the Alstom and GE portfolios merged in 2015 we created the industry’s most competitive and advanced steam turbine portfolio. Alstom’s steam turbines business originated in 1901 when Brown-Boveri Company (BBC) built continental Europe’s first steam turbine in Frankfurt, Germany, operating with an output of 250 kW. Within a year, BBC had delivered 16 more steam turbines with a combined output of 15 MW. GE’s first commercial steam turbine was shipped in 1903, making 5,000 kW for use in Newport, Rhode Island (United States). Within the next 10 years an estimated 1,000 steam turbines were sold by GE to companies in the United States. 150 – 700 MW Fast forward a few generations and STF-D650 technical advances, and today, GE’s steam turbines accommodate outputs of 15MW to countless 700MW. GE’s products account for more than 41 percent of the world’s installed steam turbine base, and in the last 100+ years, have 600 Series REHEAT STF-D600 180 – 700 MW producedto 2,680than 1.2 TW of power production capability. Up more psi/185 bar Up to 1,112°F/600°C Our steam turbine portfolio has the STF-A650 depth to meet any project-specific need, integrating seamlessly with our gas turbines, breadth and 85 – 300 MW HRSGs, and balance of plant to provide operational success, satisfaction, and profitability for our customers. 200 Series NON-REHEAT Up to 2,030 psi/140 bar Up to 1,050°F/565°C Output (MW) † STF-A100 and STF-A200 are families of products in cooperation with GE Oil & Gas and its licensees, models include GRT, MT, GET and SC/SAC families. A wide range of customizable features provide maximum value for our customers: • eet any project-specific cold-end condition with a densely staggered family of last stage blades. Up to 40 inch (1015 mm) for 60 Hz M and up to 49 in (1245 mm) for 50 Hz. • ndustry-leading performance with high-reaction 3D blades and nozzles that are optimized for high pressure (HP), and low pressure I (LP) steam conditions. • mproved leakage control, reduced radial clearances, and reduced degradation providing long-term performance with cost-effective I advanced sealing. GE’s steam turbines are designed for operational flexibility, delivering the highest levels of availability and reliability, even when demand fluctuates: • xial, side, or down exhaust options facilitate integration into any plant configuration. A • ully modular architecture designed for a wide range of industrial and power generation applications. F • “Virtual Factory” enabled designs available for supply chain flexibility. Our leading efficiency means lower emissions, cleaner air, and better economics for our customers: • ottoming cycle contributes one-third of the B total combined cycle electrical output with no additional fuel consumption. • ndustry-leading efficiency with our CHP I applications, available in reheat or non-reheat with condensing or backpressure ex

DOUBLE-FLOW AND AXIAL FLOW, NON-REHEAT COMBINED CYCLE STEAM TURBINES GE’s STF-D200 and STF-A200 steam turbines are ideal for non-reheat applications. The STF-D200 is a two casing, double-flow LP machine, and the STF-A200 is a compact axial exhaust design available in single casing configuration. Both models are available with internally and externally controlled extractions to remove steam at any point along the steam path at the desired flow and pressure conditions. They are ideal for combined cycle conversion projects, when a bottoming cycle is added to an existing simple cycle plant to increase...