Introduction To Gas Turbine Blade Damage
Power generation facilities depend on precision components operating under extreme conditions. Blades in a gas turbine face temperatures exceeding 2,400°F, rotational speeds in thousands of RPM, and immense mechanical stress. These parts convert thermal energy into mechanical work, making them critical yet susceptible to various forms of deterioration. Manufacturing defects, operational stress, and environmental factors...
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Steam Turbine Blade Erosion Solutions
Your power generation facility faces a critical challenge that quietly erodes turbine efficiency and increases costs. Material loss from erosion occurs when high-velocity water droplets or solid particles collide with turbine blade surfaces during operation. This erosion damage can reduce your facility’s overall efficiency by up to 5% if left unaddressed. At Allied Power Group...
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5 Borescope Tips to Catch Hidden Turbine Damage
Gas and steam turbines power the backbone of industrial production and energy generation. Yet despite their massive size, the smallest defects—hairline cracks, coating loss, or early-stage thermal fatigue—can trigger costly, catastrophic failures. The real danger rarely starts with something obvious; it starts with something invisible, often hidden beyond the reach of a standard visual inspection. This...
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