Abstract
DUPIC fuel fabrication process is a dry processing technology to manufacture CANDU compatible fuel through a direct reprocessing fabrication process from spent PWR fuel. DUPIC fuel fabrication process consists of the slitting of the spent PWR fuel rods, OREOX processing, homogeneous mixing, pelletizing and sintering. All these processes should be conducted by remote means in a M6 hot cell at IMEF. Since DUPIC fuel fabrication process includes powder handling process of highly radioactive spent fuel, decontamination of highly radioactive particulates from all types of surfaces such as DUPIC fuel manufacturing equipment, hot cell floor, tools is very important to improve the safety of hot cell and reduce the dose exposure to operator, This report describes various technologies for dry ice blasting. It provides the fundamentals of dry ice blasting decontamination and technical review of dry ice blasting on the radioactive decontamination.
Citation Formats
Shin, J M, Kim, K H, Park, J J, Lee, H H, Yang, M S, Nam, S H, and Kim, M J.
A state of the art report on the decontamination technology for dry ice blasting.
Korea, Republic of: N. p.,
2000.
Web.
Shin, J M, Kim, K H, Park, J J, Lee, H H, Yang, M S, Nam, S H, & Kim, M J.
A state of the art report on the decontamination technology for dry ice blasting.
Korea, Republic of.
Shin, J M, Kim, K H, Park, J J, Lee, H H, Yang, M S, Nam, S H, and Kim, M J.
2000.
"A state of the art report on the decontamination technology for dry ice blasting."
Korea, Republic of.
@misc{etde_20115131,
title = {A state of the art report on the decontamination technology for dry ice blasting}
author = {Shin, J M, Kim, K H, Park, J J, Lee, H H, Yang, M S, Nam, S H, and Kim, M J}
abstractNote = {DUPIC fuel fabrication process is a dry processing technology to manufacture CANDU compatible fuel through a direct reprocessing fabrication process from spent PWR fuel. DUPIC fuel fabrication process consists of the slitting of the spent PWR fuel rods, OREOX processing, homogeneous mixing, pelletizing and sintering. All these processes should be conducted by remote means in a M6 hot cell at IMEF. Since DUPIC fuel fabrication process includes powder handling process of highly radioactive spent fuel, decontamination of highly radioactive particulates from all types of surfaces such as DUPIC fuel manufacturing equipment, hot cell floor, tools is very important to improve the safety of hot cell and reduce the dose exposure to operator, This report describes various technologies for dry ice blasting. It provides the fundamentals of dry ice blasting decontamination and technical review of dry ice blasting on the radioactive decontamination.}
place = {Korea, Republic of}
year = {2000}
month = {May}
}
title = {A state of the art report on the decontamination technology for dry ice blasting}
author = {Shin, J M, Kim, K H, Park, J J, Lee, H H, Yang, M S, Nam, S H, and Kim, M J}
abstractNote = {DUPIC fuel fabrication process is a dry processing technology to manufacture CANDU compatible fuel through a direct reprocessing fabrication process from spent PWR fuel. DUPIC fuel fabrication process consists of the slitting of the spent PWR fuel rods, OREOX processing, homogeneous mixing, pelletizing and sintering. All these processes should be conducted by remote means in a M6 hot cell at IMEF. Since DUPIC fuel fabrication process includes powder handling process of highly radioactive spent fuel, decontamination of highly radioactive particulates from all types of surfaces such as DUPIC fuel manufacturing equipment, hot cell floor, tools is very important to improve the safety of hot cell and reduce the dose exposure to operator, This report describes various technologies for dry ice blasting. It provides the fundamentals of dry ice blasting decontamination and technical review of dry ice blasting on the radioactive decontamination.}
place = {Korea, Republic of}
year = {2000}
month = {May}
}