A Preliminary Chemical Toxicity Assessment for the Nirex Disposal Concept

Author:

Askarieh M. M.,Atkinson R.,Baker A. J.,Chambers A. V.,Heath T. G.,Williams S. J.

Abstract

ABSTRACTThe role of Nirex is to provide the United Kingdom with safe, environmentally sound and publicly acceptable options for the long-term management of all intermediate level and some low level radioactive waste. Nirex has developed its Phased Disposal Concept as one option for the long-term management of radioactive materials. The Phased Disposal Concept represents a stepwise and reversible approach to the disposal of radioactive waste within a deep geological repository that involves the immobilisation of wastes in containers (mainly fabricated from stainless steel) that are surrounded by a cementitious backfill.The wastes for potential disposal contain materials that may require consideration on the basis of their potential non-radiological hazards. This paper describes a preliminary two-stage methodology for assessing the post-closure impact of the disposal of chemically toxic materials to a conceptual Nirex repository. The study suggests some materials either exceeded current estimates of safe levels, or their impact could not be quantified at this stage but was considered to be of concern. These materials included beryllium, phenol, benzene, and nitrite.

Publisher

Springer Science and Business Media LLC

Subject

General Engineering

Reference10 articles.

1. 10. Nirex, Generic Post-closure Performance Assessment, Nirex Report No N/031, 2001.

2. 7. International Agency for Research on Cancer, “IARC Monographs on the Evaluation of the Carcinogenic Risk of Chemicals to Humans”, Supplement 4. Lyon, France: International Agency for Research on Cancer (1982).

3. 3. Sinclair J.E. and Agg P.J. , “MASCOT and MOP Programs for Probabilistic Safety Assessment Part A: Overview”, Nirex Report NSS/R336 Issue 2 (1995).

4. 1. “Nirex 97: An Assessment of the Post-closure Performance of a Deep Waste Repository at Sellafield. Volume 3: The Groundwater Pathway”, Nirex Report S/97/012 (1997).

5. 4. Nirex and Department of the Environment, “The 1994 United Kingdom Radioactive Waste Inventory”, Nirex Report No 695 (DOE/RAS/96.001) (1996).

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