The Need for Shot Peening in the Energy Sector
Equipment used in the energy sector is exposed to high temperatures, high pressures, vibrations, cyclic loads, and abrasive operating conditions. These challenging operating conditions can cause fatigue cracks and surface damage in critical components. Shot peening significantly increases the reliability and service life of equipment by reducing these risks through the residual compressive stresses it creates on the surface. In the energy sector, shot peening is not just a surface improvement method, but a critical engineering process that increases equipment reliability, reduces maintenance costs, and supports the uninterrupted operation of facilities. Applied to many critical components, from gas turbines to wind turbines, hydroelectric power plants to nuclear facilities, this technology contributes to the safer, more efficient, and longer-lasting operation of energy production systems by extending fatigue life, delaying crack formation, and increasing surface strength. Especially in high value-added and safety-critical energy equipment, shot peening applications in accordance with international standards offer a significant competitive advantage for businesses.
Shot Peening Applied to Energy Sector Parts
Gas turbine blades, Steam turbine blades, Turbine discs, Compressor blades, Shafts, Gears, Turbine rotors, Springs, Stud bolts, Pump shafts, Fan blades, Generator components, Heat exchanger fittings, Pressure vessel fittings, Wind turbine gearboxes, Wind turbine main shafts, Hydroelectric turbine impellers.
