Abstract
The main purpose of the 50 MW steam generator is to have experiences of manufacturing and operation with large scale steam generator including necessary research and development works which can be reflected on the design and fabrication of 'Monju' (Japan 300 MWe prototype LMFBR). The detailed design of the 50 MW steam, generator was begun on March, 1972 and succeeded in the demonstration of 72 hours continuous operation with full power on June, 1974. It has been successfully operated since then, the performances of which have been evaluated through various kinds of tests. In this paper, the following items are mainly discussed system design, thermal and hydraulic design, structure and fabrication and some experiences on testing operation including cleaning and sodium flushing of equipment, sodium level control system, the behavior of hydrogen detection system and general outlook of the performance. (author)
Citation Formats
Kawara, M, Yamaki, H, Kanamori, A, Tanaka, K, and Takahashi, T.
Design and operating experiences with 50MW steam generator.
IAEA: N. p.,
1975.
Web.
Kawara, M, Yamaki, H, Kanamori, A, Tanaka, K, & Takahashi, T.
Design and operating experiences with 50MW steam generator.
IAEA.
Kawara, M, Yamaki, H, Kanamori, A, Tanaka, K, and Takahashi, T.
1975.
"Design and operating experiences with 50MW steam generator."
IAEA.
@misc{etde_20107665,
title = {Design and operating experiences with 50MW steam generator}
author = {Kawara, M, Yamaki, H, Kanamori, A, Tanaka, K, and Takahashi, T}
abstractNote = {The main purpose of the 50 MW steam generator is to have experiences of manufacturing and operation with large scale steam generator including necessary research and development works which can be reflected on the design and fabrication of 'Monju' (Japan 300 MWe prototype LMFBR). The detailed design of the 50 MW steam, generator was begun on March, 1972 and succeeded in the demonstration of 72 hours continuous operation with full power on June, 1974. It has been successfully operated since then, the performances of which have been evaluated through various kinds of tests. In this paper, the following items are mainly discussed system design, thermal and hydraulic design, structure and fabrication and some experiences on testing operation including cleaning and sodium flushing of equipment, sodium level control system, the behavior of hydrogen detection system and general outlook of the performance. (author)}
place = {IAEA}
year = {1975}
month = {Jul}
}
title = {Design and operating experiences with 50MW steam generator}
author = {Kawara, M, Yamaki, H, Kanamori, A, Tanaka, K, and Takahashi, T}
abstractNote = {The main purpose of the 50 MW steam generator is to have experiences of manufacturing and operation with large scale steam generator including necessary research and development works which can be reflected on the design and fabrication of 'Monju' (Japan 300 MWe prototype LMFBR). The detailed design of the 50 MW steam, generator was begun on March, 1972 and succeeded in the demonstration of 72 hours continuous operation with full power on June, 1974. It has been successfully operated since then, the performances of which have been evaluated through various kinds of tests. In this paper, the following items are mainly discussed system design, thermal and hydraulic design, structure and fabrication and some experiences on testing operation including cleaning and sodium flushing of equipment, sodium level control system, the behavior of hydrogen detection system and general outlook of the performance. (author)}
place = {IAEA}
year = {1975}
month = {Jul}
}