Abstract
Design of a titanium sponge system to remove hydrogen from the helium coolant of high temperature gas-cooled reactors or fusion reactors is discussed in this paper. The data for the present purpose have been accumulated. The equilibrium relation of Ti-H/sub 2/ system was given by McQuillan. The present author of this paper obtained an absorption equilibrium diagram, and measurements were made for lower partial pressure than that of McQuillan's data. A breakthrough curve and an adsorption-desorption breakthrough curve of H/sub 2/-Ti sponge system, and the regeneration characteristics of the Ti sponge were measured. As the results of experiments, it is said that tritium and hydrogen can be removed with a Ti sponge system. Examples of the design of a practical system are presented. A disposable system was designed for OGL-1 under the principle that the used Ti sponge is a solid radioactive waste. A regenerative system was designed as a system, in which solid radioactive wastes are not produced. An example of a recovery system is also presented. Discussion on the reason why the Ti-sponge has not been used is presented.
Fukuhara, M
[1]
- Kawasaki Heavy Industries Ltd., Kobe (Japan)
Citation Formats
Fukuhara, M.
Design of absorption, regeneration and recovery system of low concentration hydrogen and tritium in He with titanium sponge.
Japan: N. p.,
1978.
Web.
Fukuhara, M.
Design of absorption, regeneration and recovery system of low concentration hydrogen and tritium in He with titanium sponge.
Japan.
Fukuhara, M.
1978.
"Design of absorption, regeneration and recovery system of low concentration hydrogen and tritium in He with titanium sponge."
Japan.
@misc{etde_5785052,
title = {Design of absorption, regeneration and recovery system of low concentration hydrogen and tritium in He with titanium sponge}
author = {Fukuhara, M}
abstractNote = {Design of a titanium sponge system to remove hydrogen from the helium coolant of high temperature gas-cooled reactors or fusion reactors is discussed in this paper. The data for the present purpose have been accumulated. The equilibrium relation of Ti-H/sub 2/ system was given by McQuillan. The present author of this paper obtained an absorption equilibrium diagram, and measurements were made for lower partial pressure than that of McQuillan's data. A breakthrough curve and an adsorption-desorption breakthrough curve of H/sub 2/-Ti sponge system, and the regeneration characteristics of the Ti sponge were measured. As the results of experiments, it is said that tritium and hydrogen can be removed with a Ti sponge system. Examples of the design of a practical system are presented. A disposable system was designed for OGL-1 under the principle that the used Ti sponge is a solid radioactive waste. A regenerative system was designed as a system, in which solid radioactive wastes are not produced. An example of a recovery system is also presented. Discussion on the reason why the Ti-sponge has not been used is presented.}
journal = []
volume = {90}
journal type = {AC}
place = {Japan}
year = {1978}
month = {Oct}
}
title = {Design of absorption, regeneration and recovery system of low concentration hydrogen and tritium in He with titanium sponge}
author = {Fukuhara, M}
abstractNote = {Design of a titanium sponge system to remove hydrogen from the helium coolant of high temperature gas-cooled reactors or fusion reactors is discussed in this paper. The data for the present purpose have been accumulated. The equilibrium relation of Ti-H/sub 2/ system was given by McQuillan. The present author of this paper obtained an absorption equilibrium diagram, and measurements were made for lower partial pressure than that of McQuillan's data. A breakthrough curve and an adsorption-desorption breakthrough curve of H/sub 2/-Ti sponge system, and the regeneration characteristics of the Ti sponge were measured. As the results of experiments, it is said that tritium and hydrogen can be removed with a Ti sponge system. Examples of the design of a practical system are presented. A disposable system was designed for OGL-1 under the principle that the used Ti sponge is a solid radioactive waste. A regenerative system was designed as a system, in which solid radioactive wastes are not produced. An example of a recovery system is also presented. Discussion on the reason why the Ti-sponge has not been used is presented.}
journal = []
volume = {90}
journal type = {AC}
place = {Japan}
year = {1978}
month = {Oct}
}