This paper highlights a case study of typical premature failure of a radiant platen superheater tube of 210 MW thermal power plant boiler. Visual examination, dimensional measurement and chemical analysis, are conducted as part of the investigations. Apart from these, metallographic analysis and fractography are also conducted to ascertain the probable cause of failure. Finally it has been concluded that the premature failure of the super heater tube can be attributed to localized creep at high temperature. The corrective actions has also been suggested to avoid this type of failure in near future
This paper presents the failure investigation of high temperature superheater (HTS) tubes. Samples ...
Boiler tubes in power plants have finite life because of prolonged exposure to high temperature, str...
Failure of reheater tubes in some coal-fired boilers are encountered very frequently. This is in sp...
This paper highlights a case study of typical premature failure of a radiant platen superheater tube...
The failure of the boiler tubes occur due to various reasons like creep, fatigue, corrosion and eros...
Failure of boiler tubes is the main cause of unit outages of the plant, which further affects the re...
This paper presents a case study of ASME SA213 type-T22 alloy steel superheater tube that failed in ...
A metallurgical investigation has been carried out to ascertain the cause of premature failure of bo...
This investigation was conducted to examine the probable cause of failure of one pendent reheater tu...
The failure of the superheater (SH) tube can cause the power plant to stop operating. A study was co...
This paper highlights a study for the failure investigation of superheater tubes made of the materia...
Microstructural changes in boiler tubes during prolong operation at high temperature and pressure de...
This work investigated the failure analysis of the boiler tube secondary superheats in a power plant...
Repeated failures have been observed in a few superheater tubes made of 2.25Cr-1Mo steel at a locali...
Superheater is a main part of boiler that serves as one of steam temperature riser after water evapo...
This paper presents the failure investigation of high temperature superheater (HTS) tubes. Samples ...
Boiler tubes in power plants have finite life because of prolonged exposure to high temperature, str...
Failure of reheater tubes in some coal-fired boilers are encountered very frequently. This is in sp...
This paper highlights a case study of typical premature failure of a radiant platen superheater tube...
The failure of the boiler tubes occur due to various reasons like creep, fatigue, corrosion and eros...
Failure of boiler tubes is the main cause of unit outages of the plant, which further affects the re...
This paper presents a case study of ASME SA213 type-T22 alloy steel superheater tube that failed in ...
A metallurgical investigation has been carried out to ascertain the cause of premature failure of bo...
This investigation was conducted to examine the probable cause of failure of one pendent reheater tu...
The failure of the superheater (SH) tube can cause the power plant to stop operating. A study was co...
This paper highlights a study for the failure investigation of superheater tubes made of the materia...
Microstructural changes in boiler tubes during prolong operation at high temperature and pressure de...
This work investigated the failure analysis of the boiler tube secondary superheats in a power plant...
Repeated failures have been observed in a few superheater tubes made of 2.25Cr-1Mo steel at a locali...
Superheater is a main part of boiler that serves as one of steam temperature riser after water evapo...
This paper presents the failure investigation of high temperature superheater (HTS) tubes. Samples ...
Boiler tubes in power plants have finite life because of prolonged exposure to high temperature, str...
Failure of reheater tubes in some coal-fired boilers are encountered very frequently. This is in sp...