Abstract
A large quantity of sludge (approximately 5%) is generated as a result of centreless grinding of MOX pellets. Plutonium and uranium are recovered from such sludge, consisting of coolant, resin and some metallic impurities, by a wet chemical route. A case has been made for the recycling of the sludge by an optimum dry route on the basis of chemical characterisation of sludge generated at Advanced Fuel Fabrication Facility using diamond grinding wheel. (author). 2 tabs.
Mallik, G K;
Fulzele, A K;
Kothari, M;
Bhargava, V K;
Kamath, H S
[1]
- Bhabha Atomic Research Centre, Tarapur (India). Advanced Fuel Fabrication Facility
Citation Formats
Mallik, G K, Fulzele, A K, Kothari, M, Bhargava, V K, and Kamath, H S.
Chemical characterisation of MOX grinder sludge and process evaluation for its dry recycling.
India: N. p.,
1997.
Web.
Mallik, G K, Fulzele, A K, Kothari, M, Bhargava, V K, & Kamath, H S.
Chemical characterisation of MOX grinder sludge and process evaluation for its dry recycling.
India.
Mallik, G K, Fulzele, A K, Kothari, M, Bhargava, V K, and Kamath, H S.
1997.
"Chemical characterisation of MOX grinder sludge and process evaluation for its dry recycling."
India.
@misc{etde_510735,
title = {Chemical characterisation of MOX grinder sludge and process evaluation for its dry recycling}
author = {Mallik, G K, Fulzele, A K, Kothari, M, Bhargava, V K, and Kamath, H S}
abstractNote = {A large quantity of sludge (approximately 5%) is generated as a result of centreless grinding of MOX pellets. Plutonium and uranium are recovered from such sludge, consisting of coolant, resin and some metallic impurities, by a wet chemical route. A case has been made for the recycling of the sludge by an optimum dry route on the basis of chemical characterisation of sludge generated at Advanced Fuel Fabrication Facility using diamond grinding wheel. (author). 2 tabs.}
place = {India}
year = {1997}
month = {Sep}
}
title = {Chemical characterisation of MOX grinder sludge and process evaluation for its dry recycling}
author = {Mallik, G K, Fulzele, A K, Kothari, M, Bhargava, V K, and Kamath, H S}
abstractNote = {A large quantity of sludge (approximately 5%) is generated as a result of centreless grinding of MOX pellets. Plutonium and uranium are recovered from such sludge, consisting of coolant, resin and some metallic impurities, by a wet chemical route. A case has been made for the recycling of the sludge by an optimum dry route on the basis of chemical characterisation of sludge generated at Advanced Fuel Fabrication Facility using diamond grinding wheel. (author). 2 tabs.}
place = {India}
year = {1997}
month = {Sep}
}