Disposal Options And Case-Study Pathway Analyses

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Journal Article: Disposal Options And Case-Study Pathway Analyses

Abstract
This paper presents an overview of alternatives that currently are employed for the disposal of wastes containing enhanced concentrations of naturally occurring radioactive materials (NORM). The application of pathway assessment methodology to the derivation of acceptable cleanup criteria for residual NORM is described. A specific example is provided drawing on experience with a site containing above-background levels of natural uranium-series and thorium-series nuclides. The options for safe, permanent disposal of U and Th bearing NORM waste are discussed and the application of pathway analysis to performance assessment of a typical engineered disposal cell is illustrated. Typical methods for disposal of other NORM waste forms also are described. This includes radium-contaminated wastes from petroleum sludges, uranium milling, and geothermal power plant operation as well as thorium wastes from production of thorium-magnesium alloys.

Authors 
Carlyle J. Roberts, J. Britt Quinby, William P. Duggan and Yuchien Yuan








Published Journal 
Applied Radiation and Isotopes, 1998





DOI 
10.1016/S0969-8043(97)00245-5


 

Citation

Carlyle J. Roberts,J. Britt Quinby,William P. Duggan,Yuchien Yuan. 1998. Disposal Options And Case-Study Pathway Analyses. Applied Radiation and Isotopes. (!) .