Abstract
Strict chemistry control is required on the heavy water coolant in the primary loop of the PHWR to ensure stability of oxide corrosion film and to prevent corrosion build up on the surfaces. This is achieved by maintaining PD value of PHT coolant at about 10.45 and sp. conductivity between 20 to 40 mhos/cm by ion exchange column and filtration of coolant. This paper deals with the sizing and selection of bed height of ninth column from different methods. (author). 7 refs., 6 figs.
Goswami, S;
Sharma, A K;
Bapat, C N;
Sharma, V K
[1]
- Nuclear Power Corporation, Bhabha Atomic Research Centre, Mumbai (India)
Citation Formats
Goswami, S, Sharma, A K, Bapat, C N, and Sharma, V K.
Sizing of ion exchange column for PHT purification system of 500 MWe Indian PHWR.
India: N. p.,
1994.
Web.
Goswami, S, Sharma, A K, Bapat, C N, & Sharma, V K.
Sizing of ion exchange column for PHT purification system of 500 MWe Indian PHWR.
India.
Goswami, S, Sharma, A K, Bapat, C N, and Sharma, V K.
1994.
"Sizing of ion exchange column for PHT purification system of 500 MWe Indian PHWR."
India.
@misc{etde_592041,
title = {Sizing of ion exchange column for PHT purification system of 500 MWe Indian PHWR}
author = {Goswami, S, Sharma, A K, Bapat, C N, and Sharma, V K}
abstractNote = {Strict chemistry control is required on the heavy water coolant in the primary loop of the PHWR to ensure stability of oxide corrosion film and to prevent corrosion build up on the surfaces. This is achieved by maintaining PD value of PHT coolant at about 10.45 and sp. conductivity between 20 to 40 mhos/cm by ion exchange column and filtration of coolant. This paper deals with the sizing and selection of bed height of ninth column from different methods. (author). 7 refs., 6 figs.}
place = {India}
year = {1994}
month = {Jun}
}
title = {Sizing of ion exchange column for PHT purification system of 500 MWe Indian PHWR}
author = {Goswami, S, Sharma, A K, Bapat, C N, and Sharma, V K}
abstractNote = {Strict chemistry control is required on the heavy water coolant in the primary loop of the PHWR to ensure stability of oxide corrosion film and to prevent corrosion build up on the surfaces. This is achieved by maintaining PD value of PHT coolant at about 10.45 and sp. conductivity between 20 to 40 mhos/cm by ion exchange column and filtration of coolant. This paper deals with the sizing and selection of bed height of ninth column from different methods. (author). 7 refs., 6 figs.}
place = {India}
year = {1994}
month = {Jun}
}