TREATMENT OF RADIOACTIVE WASTEWATERS BY CHEMICAL PRECIPITATION AND ION EXCHANGE.

Sharon M. Robinson; John M. Begovich; Clifton H. Brown; David O. Campbell; Emory D. Collins

TREATMENT OF RADIOACTIVE WASTEWATERS BY CHEMICAL PRECIPITATION AND ION EXCHANGE.

Sharon M. Robinson
, John M. Begovich
, Clifton H. Brown
, David O. Campbell
, Emory D. Collins

Research output: Contribution to conference › Paper › peer-review

Abstract

Precipitation and ion exchange methods are being developed at Oak Ridge National Laboratory to decontaminate wastewaters containing small amounts of **9**0Sr and **1**3**7Cs while minimizing waste generation. Distribution coefficients have been determined for strontium and cesium as functions of Ca, Na, and Mg concentrations from bench- and pilot-scale data for ion exchange resins and zeolites using actual wastewaters. Models have been used to estimate the total amount of waste that would be generated at full-scale operation. Based on these data, four process flowsheets are being tested at full-scale.

Original language	English
State	Published - 1987

Cite this

@conference{3eacc111ad77413486a8d22150db1d00,

title = "TREATMENT OF RADIOACTIVE WASTEWATERS BY CHEMICAL PRECIPITATION AND ION EXCHANGE.",

abstract = "Precipitation and ion exchange methods are being developed at Oak Ridge National Laboratory to decontaminate wastewaters containing small amounts of **9**0Sr and **1**3**7Cs while minimizing waste generation. Distribution coefficients have been determined for strontium and cesium as functions of Ca, Na, and Mg concentrations from bench- and pilot-scale data for ion exchange resins and zeolites using actual wastewaters. Models have been used to estimate the total amount of waste that would be generated at full-scale operation. Based on these data, four process flowsheets are being tested at full-scale.",

author = "Robinson, \{Sharon M.\} and Begovich, \{John M.\} and Brown, \{Clifton H.\} and Campbell, \{David O.\} and Collins, \{Emory D.\}",

year = "1987",

language = "English",

}

TY - CONF

T1 - TREATMENT OF RADIOACTIVE WASTEWATERS BY CHEMICAL PRECIPITATION AND ION EXCHANGE.

AU - Robinson, Sharon M.

AU - Begovich, John M.

AU - Brown, Clifton H.

AU - Campbell, David O.

AU - Collins, Emory D.

PY - 1987

Y1 - 1987

N2 - Precipitation and ion exchange methods are being developed at Oak Ridge National Laboratory to decontaminate wastewaters containing small amounts of **9**0Sr and **1**3**7Cs while minimizing waste generation. Distribution coefficients have been determined for strontium and cesium as functions of Ca, Na, and Mg concentrations from bench- and pilot-scale data for ion exchange resins and zeolites using actual wastewaters. Models have been used to estimate the total amount of waste that would be generated at full-scale operation. Based on these data, four process flowsheets are being tested at full-scale.

AB - Precipitation and ion exchange methods are being developed at Oak Ridge National Laboratory to decontaminate wastewaters containing small amounts of **9**0Sr and **1**3**7Cs while minimizing waste generation. Distribution coefficients have been determined for strontium and cesium as functions of Ca, Na, and Mg concentrations from bench- and pilot-scale data for ion exchange resins and zeolites using actual wastewaters. Models have been used to estimate the total amount of waste that would be generated at full-scale operation. Based on these data, four process flowsheets are being tested at full-scale.

UR - https://www.scopus.com/pages/publications/0023577001

M3 - Paper

AN - SCOPUS:0023577001

ER -

TREATMENT OF RADIOACTIVE WASTEWATERS BY CHEMICAL PRECIPITATION AND ION EXCHANGE.

Abstract

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