Abstract
While tritium exposure to the site-workers in Wolsung NPP is up to about 40% of the total personnel exposure, Ministry of Science and Technology has asked tritium removal facility for requirement of post heavy-water reactor construction. For the purpose of essential removal of tritium from the Wolsung heavy-water reactor system, a preliminary study on the cryogenic Ar-N{sub 2} and H{sub 2}-D{sub 2} distillation process for development of liquid-phase catalytic exchange cryogenic hydrogen distillation process technology. The Ar-N{sub 2} distillation column showed good performance with approximately 97% of final Ar concentration, and a computer simulation code was modified using these data. A simulation code developed for cryogenic hydrogen isotopes (H{sub 2}, HD, D{sub 2}, HT, DT, T{sub 2}) distillation column showed good performance after comparison with the result of a JAERI code, and a H{sub 2}-D{sub 2} distillation column was made. Gas chromatography for hydrogen isotopes analysis was established using a vacuum sampling loop, and a schematic diagram of H{sub 2}-D{sub 2} distillation process was suggested. A feasibility on modification of H{sub 2}-D{sub 2} distillation process control system using Laser Raman Spectroscopy was studied, and the consideration points for tritium storage system for Wolsung tritium removal facility was suggested. 31 tabs.,
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Sung, Ki Woung;
Kim, Yong Ik;
Na, Jeong Won;
Ku, Jae Hyu;
Kim, Kwang Rak;
Jeong, Yong Won;
Lee, Han Soo;
Cho, Young Hyun;
Ahn, Do Hee;
Baek, Seung Woo;
Kang, Hee Seok;
Kim, You Sun
[1]
- Korea Atomic Energy Research Institute, Taejon (Korea, Republic of)
Citation Formats
Sung, Ki Woung, Kim, Yong Ik, Na, Jeong Won, Ku, Jae Hyu, Kim, Kwang Rak, Jeong, Yong Won, Lee, Han Soo, Cho, Young Hyun, Ahn, Do Hee, Baek, Seung Woo, Kang, Hee Seok, and Kim, You Sun.
Development on the cryogenic hydrogen isotopes distillation process technology for tritium removal (Final report).
Korea, Republic of: N. p.,
1995.
Web.
Sung, Ki Woung, Kim, Yong Ik, Na, Jeong Won, Ku, Jae Hyu, Kim, Kwang Rak, Jeong, Yong Won, Lee, Han Soo, Cho, Young Hyun, Ahn, Do Hee, Baek, Seung Woo, Kang, Hee Seok, & Kim, You Sun.
Development on the cryogenic hydrogen isotopes distillation process technology for tritium removal (Final report).
Korea, Republic of.
Sung, Ki Woung, Kim, Yong Ik, Na, Jeong Won, Ku, Jae Hyu, Kim, Kwang Rak, Jeong, Yong Won, Lee, Han Soo, Cho, Young Hyun, Ahn, Do Hee, Baek, Seung Woo, Kang, Hee Seok, and Kim, You Sun.
1995.
"Development on the cryogenic hydrogen isotopes distillation process technology for tritium removal (Final report)."
Korea, Republic of.
@misc{etde_429872,
title = {Development on the cryogenic hydrogen isotopes distillation process technology for tritium removal (Final report)}
author = {Sung, Ki Woung, Kim, Yong Ik, Na, Jeong Won, Ku, Jae Hyu, Kim, Kwang Rak, Jeong, Yong Won, Lee, Han Soo, Cho, Young Hyun, Ahn, Do Hee, Baek, Seung Woo, Kang, Hee Seok, and Kim, You Sun}
abstractNote = {While tritium exposure to the site-workers in Wolsung NPP is up to about 40% of the total personnel exposure, Ministry of Science and Technology has asked tritium removal facility for requirement of post heavy-water reactor construction. For the purpose of essential removal of tritium from the Wolsung heavy-water reactor system, a preliminary study on the cryogenic Ar-N{sub 2} and H{sub 2}-D{sub 2} distillation process for development of liquid-phase catalytic exchange cryogenic hydrogen distillation process technology. The Ar-N{sub 2} distillation column showed good performance with approximately 97% of final Ar concentration, and a computer simulation code was modified using these data. A simulation code developed for cryogenic hydrogen isotopes (H{sub 2}, HD, D{sub 2}, HT, DT, T{sub 2}) distillation column showed good performance after comparison with the result of a JAERI code, and a H{sub 2}-D{sub 2} distillation column was made. Gas chromatography for hydrogen isotopes analysis was established using a vacuum sampling loop, and a schematic diagram of H{sub 2}-D{sub 2} distillation process was suggested. A feasibility on modification of H{sub 2}-D{sub 2} distillation process control system using Laser Raman Spectroscopy was studied, and the consideration points for tritium storage system for Wolsung tritium removal facility was suggested. 31 tabs., 79 figs., 68 refs. (Author).}
place = {Korea, Republic of}
year = {1995}
month = {Dec}
}
title = {Development on the cryogenic hydrogen isotopes distillation process technology for tritium removal (Final report)}
author = {Sung, Ki Woung, Kim, Yong Ik, Na, Jeong Won, Ku, Jae Hyu, Kim, Kwang Rak, Jeong, Yong Won, Lee, Han Soo, Cho, Young Hyun, Ahn, Do Hee, Baek, Seung Woo, Kang, Hee Seok, and Kim, You Sun}
abstractNote = {While tritium exposure to the site-workers in Wolsung NPP is up to about 40% of the total personnel exposure, Ministry of Science and Technology has asked tritium removal facility for requirement of post heavy-water reactor construction. For the purpose of essential removal of tritium from the Wolsung heavy-water reactor system, a preliminary study on the cryogenic Ar-N{sub 2} and H{sub 2}-D{sub 2} distillation process for development of liquid-phase catalytic exchange cryogenic hydrogen distillation process technology. The Ar-N{sub 2} distillation column showed good performance with approximately 97% of final Ar concentration, and a computer simulation code was modified using these data. A simulation code developed for cryogenic hydrogen isotopes (H{sub 2}, HD, D{sub 2}, HT, DT, T{sub 2}) distillation column showed good performance after comparison with the result of a JAERI code, and a H{sub 2}-D{sub 2} distillation column was made. Gas chromatography for hydrogen isotopes analysis was established using a vacuum sampling loop, and a schematic diagram of H{sub 2}-D{sub 2} distillation process was suggested. A feasibility on modification of H{sub 2}-D{sub 2} distillation process control system using Laser Raman Spectroscopy was studied, and the consideration points for tritium storage system for Wolsung tritium removal facility was suggested. 31 tabs., 79 figs., 68 refs. (Author).}
place = {Korea, Republic of}
year = {1995}
month = {Dec}
}