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Tank waste technical options report

Kayle D. Boomer, Sadek Baker, A.L. Boldt, J.D. Galbraith, Joy Garfield, C.E. Golberg, Kathryn A. Higley, L.J. Johnson, Michael J. Kupfer, R.M. Marusich, R.J. Parazin, A.N. Praga, Gavin Reddick, J.A. Reddick, E.J. Slaathaug, L.M. Swanson, T.L. Waldo, C.E. Worcester

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Abstract

This document, Tank Waste Technical Options Report, assesses technologies that can be applied to treat and dispose of all Hanford Site tank waste including the cesium and strontium capsules. This effort continues the single-shell tank systems engineering work that began at the urging of a National Academy of Science subpanel. The study develops data on specific technologies that are combined to form alternativesfor waste treatment and disposal. These alternatives are defined and evaluated in the Tank Waste Decision Analysis Report. Both studies are an integral part of the Tank Waste Remediation System goal of defininga new technical strategy in 1993. The engineering work represented in this document will also serve as data for the environmental impact statement support document.

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What this paper is about

This document, Tank Waste Technical Options Report, assesses technologies that can be applied to treat and dispose of all Hanford Site tank waste including the cesium and strontium capsules. This effort continues the single-shell tank systems engineering work that began at the urging of a National Academy of Science subpanel. The study develops data on specific technologies that are combined to form alternativesfor waste treatment and disposal. These alternatives are defined and evaluated in the Tank Waste Decision Analysis Report. Both studies are an integral part of the Tank Waste Remediation System goal of defininga new technical strategy in 1993. The engineering work represented in this document will also serve as data for the environmental impact statement support document.

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Available abstract

This document, Tank Waste Technical Options Report, assesses technologies that can be applied to treat and dispose of all Hanford Site tank waste including the cesium and strontium capsules. This effort continues the single-shell tank systems engineering work that began at the urging of a National Academy of Science subpanel. The study develops data on specific technologies that are combined to form alternativesfor waste treatment and disposal. These alternatives are defined and evaluated in the Tank Waste Decision Analysis Report. Both studies are an integral part of the Tank Waste Remediation System goal of defininga new technical strategy in 1993. The engineering work represented in this document will also serve as data for the environmental impact statement support document.

Key concepts: Dispose pattern, Work (physics), Hanford Site, Waste management, Radioactive waste, Engineering, Environmental restoration, Construction engineering

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