The History of the GE 7B-7EA Gas Turbine
The History of the GE 7B-7EA Gas Turbine First released in 1970, GE’s Frame 7 turbine (starting with the MS7000) is still one of the most popular gas turbines in use today. Let’s take a brief look at the history of the GE 7B-7EA gas turbine and how you can uprate your existing Frame 7...
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APG is the Leading Provider of F-Class Component Repairs
APG is the Leading Provider of F-Class Component Repairs Since 2005, Allied Power Group has been repairing GE 7F and Siemens Westinghouse 501F industrial gas turbines components. Throughout our history we have continuously developed solutions to improve the reliability, availability, and repairability of these components. Today, we continue to evolve our capabilities by offering repair...
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Power Support Group – 1 Year Anniversary
Power Support Group 1-Year Anniversary Allied Power Group is excited to announce our 1 year anniversary of our acquisition of Power Support Group. We would like to thank all of our customers who have made these last 12 months a success. Over the past year, APG has performed over 19 outages for 10 customers providing...
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APG Adds Alstom GT11 Capabilities
Since 2005, APG has been repairing hot gas path and combustion components for General Electric, Siemens, and Westinghouse industrial gas turbines. Today we announce our first step in expanding our capabilities to include the Alstom gas turbine fleet. APG is now your primary source for the following offerings for the GT11 D4, D5, and N1...
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APG Most Comprehensive Third-Party Service Provider of Siemens V84.2
Since 2005, APG has been repairing hot gas path and combustion components for General Electric, Siemens, and Westinghouse industrial gas turbines. In 2018, APG acquired Eta Technologies for their market leadership in V-series solutions. Since the acquisition, APG has continued to invest in additional capabilities for the V84.2. In addition to repairs and miscellaneous hardware...
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Gas Turbines: How and Why They Work
A gas turbine produces electricity or provides kinetic energy by using compressed gas and air to spin it. The Brayton cycle is the method for doing this. The pressurized gas in all modern gas turbines is produced by burning fuel such as natural gas, jet fuel, kerosene, propane, or hydrogen. The fuel’s heat causes the...
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