Advances in Materials Technology for Fossil Power Plants
R. Viswanathan, D. Gandy, K. Coleman
Proceedings of the 5th International Conference EPRI
Several factors have renewed worldwide interest in advanced, high-efficiency coal power plants during the last decade. These factors include the abundance of coal and the need to maintain a viable coal option while reducing fuel costs, emissions, and waste from power plants.
The key enabling technology that drives high efficiency power plants is the development of advanced materials and coatings with considerable increases in creep strength and corrosion resistance over traditional alloys. The papers presented in this proceedings volume reflect the latest research on topics such as materials for ultrasupercritical coal-fired boilers, boiler materials, steam turbine materials, life management, weld behavior, and microstructural effects in creep.Contents
Overview/key industry topics (6 papers)
Boilers (17 papers)
Turbines (10 papers)
Creep/Life Management (8 papers)
Welding (8 papers)
Oxidation (5 papers)
Several factors have renewed worldwide interest in advanced, high-efficiency coal power plants during the last decade. These factors include the abundance of coal and the need to maintain a viable coal option while reducing fuel costs, emissions, and waste from power plants.
The key enabling technology that drives high efficiency power plants is the development of advanced materials and coatings with considerable increases in creep strength and corrosion resistance over traditional alloys. The papers presented in this proceedings volume reflect the latest research on topics such as materials for ultrasupercritical coal-fired boilers, boiler materials, steam turbine materials, life management, weld behavior, and microstructural effects in creep.Contents
Overview/key industry topics (6 papers)
Boilers (17 papers)
Turbines (10 papers)
Creep/Life Management (8 papers)
Welding (8 papers)
Oxidation (5 papers)
Kateqoriyalar:
İl:
2008
Nəşr:
1
Nəşriyyat:
ASM International
Dil:
english
Səhifələr:
1022
ISBN 10:
0871708698
ISBN 13:
9780871708694
Fayl:
PDF, 63.91 MB
IPFS:
,
english, 2008