FACTORS IMPACTING RELIABILITY - TURBOMACHINERY
CENTRIFUGAL COMPRESSORS
GAS TURBINES
SPECIAL STEAM TURBINES
FREQUENT QUESTIONS & ANSWERS - RELIABILITY
CENTRIFUGAL COMPRESSORS
Q: What are the factors that can impact the reliability of centrifugal compressors? A: Factors that can impact the reliability of centrifugal compressors include design and operating conditions, maintenance practices, and spare parts availability.
Q: How does design and operating conditions impact the reliability of centrifugal compressors? A: Centrifugal compressors that are designed for high efficiency and reliability, with features such as advanced aerodynamics and high-quality materials, can improve reliability. Operating conditions such as high temperatures, high pressures, and corrosive environments can also impact compressor reliability.
Q: What are some recommended maintenance practices to improve reliability of centrifugal compressors? A: Implementing a comprehensive maintenance program that includes regular inspections, cleaning, lubrication, and component replacements can improve reliability. Using OEM-approved parts and materials for repairs and replacements can also help improve reliability.
Q: How does spare parts availability impact the reliability of centrifugal compressors? A: If spare parts are not readily available, repairs may take longer than expected, resulting in extended downtime and reduced reliability.
Q: How can manufacturers improve the reliability of centrifugal compressors in new plants? A: Manufacturers can improve the reliability of centrifugal compressors in new plants by incorporating design features that improve reliability, providing training and support to maintenance personnel, and ensuring that spare parts are readily available.
Q: How can users improve the reliability of centrifugal compressors in existing plants? A: Users can improve the reliability of centrifugal compressors in existing plants by implementing a comprehensive maintenance program, using OEM-approved parts and materials, and maintaining an adequate inventory of critical spare parts.
By addressing these factors, users and manufacturers can work together to improve the reliability of centrifugal compressors in both new and existing plants.
GAS TURBINES
Q: What are the factors that can impact the reliability of gas turbines? A: Factors that can impact the reliability of gas turbines include design and operating conditions, maintenance practices, and spare parts availability.
Q: How does design and operating conditions impact the reliability of gas turbines? A: Gas turbines that are designed for high efficiency and reliability, with features such as advanced aerodynamics and high-quality materials, can improve reliability. Operating conditions such as high temperatures, high pressures, and dirty or corrosive environments can also impact turbine reliability.
Q: What are some recommended maintenance practices to improve reliability of gas turbines? A: Implementing a comprehensive maintenance program that includes regular inspections, cleaning, lubrication, and component replacements can improve reliability. Using OEM-approved parts and materials for repairs and replacements can also help improve reliability.
Q: How does spare parts availability impact the reliability of gas turbines? A: If spare parts are not readily available, repairs may take longer than expected, resulting in extended downtime and reduced reliability.
Q: How can manufacturers improve the reliability of gas turbines in new plants? A: Manufacturers can improve the reliability of gas turbines in new plants by incorporating design features that improve reliability, providing training and support to maintenance personnel, and ensuring that spare parts are readily available.
Q: How can users improve the reliability of gas turbines in existing plants? A: Users can improve the reliability of gas turbines in existing plants by implementing a comprehensive maintenance program, using OEM-approved parts and materials, and maintaining an adequate inventory of critical spare parts.
By addressing these factors, users and manufacturers can work together to improve the reliability of gas turbines in both new and existing plants.
SPECIAL STEAM TURBINES
Q: What are the factors that can impact the reliability of special steam turbines? A: Factors that can impact the reliability of special steam turbines include design and operating conditions, maintenance practices, and spare parts availability.
Q: How does design and operating conditions impact the reliability of special steam turbines? A: Special steam turbines that are designed for high efficiency and reliability, with features such as advanced aerodynamics and high-quality materials, can improve reliability. Operating conditions such as high temperatures, high pressures, and dirty or corrosive environments can also impact turbine reliability.
Q: What are some recommended maintenance practices to improve reliability of special steam turbines? A: Implementing a comprehensive maintenance program that includes regular inspections, cleaning, lubrication, and component replacements can improve reliability. Using OEM-approved parts and materials for repairs and replacements can also help improve reliability.
Q: How does spare parts availability impact the reliability of special steam turbines? A: If spare parts are not readily available, repairs may take longer than expected, resulting in extended downtime and reduced reliability.
Q: How can manufacturers improve the reliability of special steam turbines in new plants? A: Manufacturers can improve the reliability of special steam turbines in new plants by incorporating design features that improve reliability, providing training and support to maintenance personnel, and ensuring that spare parts are readily available.
Q: How can users improve the reliability of special steam turbines in existing plants? A: Users can improve the reliability of special steam turbines in existing plants by implementing a comprehensive maintenance program, using OEM-approved parts and materials, and maintaining an adequate inventory of critical spare parts.
By addressing these factors, users and manufacturers can work together to improve the reliability of special steam turbines in both new and existing plants.