Abstract
This report summarises the work of an experimental programme investigating the anaerobic digestion of low-level radioactive wastes. The project focused on the selection of the optimum bioreactor design to achieve 95% removal or stabilisation of the biodegradable portion of low-level radioactive wastes. Performance data was obtained for the bioreactors and process scale-up factors for the construction of a full-scale reactor were considered. (author).
Ashley, N V;
Pugh, S Y.R.;
[1]
Banks, C J;
Humphreys, P N
[2]
- PA Consulting Group, Royston (United Kingdom)
- Manchester Univ. (United Kingdom). Inst. of Science and Technology
Citation Formats
Ashley, N V, Pugh, S Y.R., Banks, C J, and Humphreys, P N.
Microbiological treatment of low level radioactive waste.
United Kingdom: N. p.,
1992.
Web.
Ashley, N V, Pugh, S Y.R., Banks, C J, & Humphreys, P N.
Microbiological treatment of low level radioactive waste.
United Kingdom.
Ashley, N V, Pugh, S Y.R., Banks, C J, and Humphreys, P N.
1992.
"Microbiological treatment of low level radioactive waste."
United Kingdom.
@misc{etde_10125450,
title = {Microbiological treatment of low level radioactive waste}
author = {Ashley, N V, Pugh, S Y.R., Banks, C J, and Humphreys, P N}
abstractNote = {This report summarises the work of an experimental programme investigating the anaerobic digestion of low-level radioactive wastes. The project focused on the selection of the optimum bioreactor design to achieve 95% removal or stabilisation of the biodegradable portion of low-level radioactive wastes. Performance data was obtained for the bioreactors and process scale-up factors for the construction of a full-scale reactor were considered. (author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}
title = {Microbiological treatment of low level radioactive waste}
author = {Ashley, N V, Pugh, S Y.R., Banks, C J, and Humphreys, P N}
abstractNote = {This report summarises the work of an experimental programme investigating the anaerobic digestion of low-level radioactive wastes. The project focused on the selection of the optimum bioreactor design to achieve 95% removal or stabilisation of the biodegradable portion of low-level radioactive wastes. Performance data was obtained for the bioreactors and process scale-up factors for the construction of a full-scale reactor were considered. (author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}