Abstract
Polymers can be added to cements to improve its nuclear waste immobilization properties. This trend in cementation processes is attracting attention and requiring through investigations. In this work, polymers of different kinds were added to ordinary portland cement for the purpose of solidifying intermediate level liquid wastes and organic ion exchange resins. Epoxy polymer such as Kemapoxy-150 reduced the leaching rate of cesium compared to cement alone. Latex to cement ratio less than 4% caused an increase in leaching rate of cesium. When cesium was absorbed to an organic resin its leachability was improved. 5 figs., 4 tabs.
ELsourougy, M R;
Zaki, A A;
Aly, H F;
[1]
Khalil, M Y
[2]
- Atomic energy authority, hot laboratory center, Cairo, (Egypt)
- Nuclear engineering department, Alexandria university. Alexandria, (Egypt)
Citation Formats
ELsourougy, M R, Zaki, A A, Aly, H F, and Khalil, M Y.
Investigations on cement/polymer Waste packages containing intermediate level waste and organic exchange resins.
Egypt: N. p.,
1995.
Web.
ELsourougy, M R, Zaki, A A, Aly, H F, & Khalil, M Y.
Investigations on cement/polymer Waste packages containing intermediate level waste and organic exchange resins.
Egypt.
ELsourougy, M R, Zaki, A A, Aly, H F, and Khalil, M Y.
1995.
"Investigations on cement/polymer Waste packages containing intermediate level waste and organic exchange resins."
Egypt.
@misc{etde_456114,
title = {Investigations on cement/polymer Waste packages containing intermediate level waste and organic exchange resins}
author = {ELsourougy, M R, Zaki, A A, Aly, H F, and Khalil, M Y}
abstractNote = {Polymers can be added to cements to improve its nuclear waste immobilization properties. This trend in cementation processes is attracting attention and requiring through investigations. In this work, polymers of different kinds were added to ordinary portland cement for the purpose of solidifying intermediate level liquid wastes and organic ion exchange resins. Epoxy polymer such as Kemapoxy-150 reduced the leaching rate of cesium compared to cement alone. Latex to cement ratio less than 4% caused an increase in leaching rate of cesium. When cesium was absorbed to an organic resin its leachability was improved. 5 figs., 4 tabs.}
place = {Egypt}
year = {1995}
month = {Oct}
}
title = {Investigations on cement/polymer Waste packages containing intermediate level waste and organic exchange resins}
author = {ELsourougy, M R, Zaki, A A, Aly, H F, and Khalil, M Y}
abstractNote = {Polymers can be added to cements to improve its nuclear waste immobilization properties. This trend in cementation processes is attracting attention and requiring through investigations. In this work, polymers of different kinds were added to ordinary portland cement for the purpose of solidifying intermediate level liquid wastes and organic ion exchange resins. Epoxy polymer such as Kemapoxy-150 reduced the leaching rate of cesium compared to cement alone. Latex to cement ratio less than 4% caused an increase in leaching rate of cesium. When cesium was absorbed to an organic resin its leachability was improved. 5 figs., 4 tabs.}
place = {Egypt}
year = {1995}
month = {Oct}
}