Abstract
The authors report the development and assessment of a chemical treatment of radioactive wastewaters by co-precipitation. This treatment is aimed at replacing a treatment based on the use of calcium phosphate which proved to be insufficient for wastewaters resulting from the production of iodine 131. After a presentation of the characteristics of the effluents to be processed, the authors report co-precipitation tests performed on effluents before release in the storage vessel (by using barium hydroxide, lead acetate or lead sulfate) and on effluents diluted on the storage vessel. They show that a co-precipitation method based on the use of lead sulfate in alkaline medium gives the best results.
Citation Formats
Cohen, P., Marcaillou, J., and Amavis, R.
Chemical treatment of wastewaters produced during separation of iodine 131; Traitement chimique des eaux residuaires provenant de la preparation d'iode-131.
France: N. p.,
1959.
Web.
Cohen, P., Marcaillou, J., & Amavis, R.
Chemical treatment of wastewaters produced during separation of iodine 131; Traitement chimique des eaux residuaires provenant de la preparation d'iode-131.
France.
Cohen, P., Marcaillou, J., and Amavis, R.
1959.
"Chemical treatment of wastewaters produced during separation of iodine 131; Traitement chimique des eaux residuaires provenant de la preparation d'iode-131."
France.
@misc{etde_22306392,
title = {Chemical treatment of wastewaters produced during separation of iodine 131; Traitement chimique des eaux residuaires provenant de la preparation d'iode-131}
author = {Cohen, P., Marcaillou, J., and Amavis, R.}
abstractNote = {The authors report the development and assessment of a chemical treatment of radioactive wastewaters by co-precipitation. This treatment is aimed at replacing a treatment based on the use of calcium phosphate which proved to be insufficient for wastewaters resulting from the production of iodine 131. After a presentation of the characteristics of the effluents to be processed, the authors report co-precipitation tests performed on effluents before release in the storage vessel (by using barium hydroxide, lead acetate or lead sulfate) and on effluents diluted on the storage vessel. They show that a co-precipitation method based on the use of lead sulfate in alkaline medium gives the best results.}
place = {France}
year = {1959}
month = {Jun}
}
title = {Chemical treatment of wastewaters produced during separation of iodine 131; Traitement chimique des eaux residuaires provenant de la preparation d'iode-131}
author = {Cohen, P., Marcaillou, J., and Amavis, R.}
abstractNote = {The authors report the development and assessment of a chemical treatment of radioactive wastewaters by co-precipitation. This treatment is aimed at replacing a treatment based on the use of calcium phosphate which proved to be insufficient for wastewaters resulting from the production of iodine 131. After a presentation of the characteristics of the effluents to be processed, the authors report co-precipitation tests performed on effluents before release in the storage vessel (by using barium hydroxide, lead acetate or lead sulfate) and on effluents diluted on the storage vessel. They show that a co-precipitation method based on the use of lead sulfate in alkaline medium gives the best results.}
place = {France}
year = {1959}
month = {Jun}
}