International Conference on Advanced Steam Plant : new materials and plant designs and their practical implications for future CCGT and conventional power stations : 21-22 May 1997
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Bibliographic Information
International Conference on Advanced Steam Plant : new materials and plant designs and their practical implications for future CCGT and conventional power stations : 21-22 May 1997
（IMechE conference transactions, 1997-2）
Mechanical Engineering Publications for The Institution of Mechanical Engineers, 1997
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Includes bibliographies and author index
Description and Table of Contents
Description
Coal remains a plentiful fuel world-wide. Emerging clean coal technologies for power generation include combined cycles with coal gasification. However, new developments in materials are now allowing steam plant operating temperatures up to 600 grades C. These developments offer significant opportunities for the construction of advanced fossil fired steam plant, which is environmentally acceptable and has improved thermal efficiency, whilst at the same time retaining a high level of reliability. The papers presented in this volume cover the essential areas of: steam turbines, materials for steam turbines, boilers, materials for boilers, emerging technologies, and plant operation. This important international conference features contributions from the leading countries in the installation of advanced plants for electricity generation. "Advanced steam plant" will be of great value to those directly involved in, and associated with: power generation; the supply of power station equipment; power station planning, design installation, operation, and management; steam plant manufacture, development, and design; and materials development and application.
Table of Contents
- Keynote session: Development of high-efficiency USC power plants in Denmark, H.J.R. Blum, J. Hald
- Overview of advanced steam plant development in Japan, K. Miyashita. Steam turbines: Steam turbines for advanced steam cycles, A.N. Paterson
- Advanced high-efficiency turbines utilizing improved materials, B. Scarlin
- Advanced steam turbines for modern power plants, H. Oeynhausen et al. Materials for steam turbines: New materials for advanced steam turbines, R.W. Vanstone, D.V. Thornton
- Development of 9-12per cent Cr steels for all-ferrite steam turbine at target temperature of 650 grades C, K. Hidaka et al
- Development of 11CrMoWCo heat resistant steel for fossil thermal plants, M. Ohgami et al
- Experience in the manufacture of steam turbine components in advanced 9-12per cent chromium steels, M. Taylor, D.V. Thornton. Boilers: Benson boiler with vertical tube water walls - principles and advantages, J. Franke et al
- the design of 1000MW coal-fired boiler with the advanced steam conditions of 593 grades C, K. Sakai, S. Morita
- Two pass boiler design for advanced steam conditions, I.R. Torkington et al. Materials for boilers: New steels for advanced coal fired plant up to 620 grades C, E. Metcalfe et al
- Crack stability assessment for advanced 9 Cr steels in boiler components, N. Taylor et al. Emerging technologies: Emerging coal-fired power generation technologies, D.H. Scott. Plant operation: Contributions of by-pass systems to the flexibility of advanced steam plants, R.R. Rohner et al.
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