Abstract
The objective of this research is to develop industrial waste heat recovery system using chemical heat pump with adopt NH{sub 3}-salt as a medium. Generally, the chemical heat pump is more efficient than compression type heat pump. Furthermore, it is one of the system which doesn`t use any CFCs whose productions and uses are scheduled to be phased out worldwide by Montreal Protocol. Therefore, the chemical heat pump will be expected as the heat pump for next generation. The use of this chemical heat pump system to utilize the industrial waste heat will also save huge amount of energy available. The final object of this study is to design the chemical heat pump utilize the industrial waste heat using STELF process. The first year research was accomplished the basic literature survey for chemical heat pump and steady state simulation (level 0 design). Also, the batch type STELF system whose capacity is 1 kw(storage time:1 hr) was designed to use level 0 design program. (author). refs., figs., tabs.
Choi, I S;
Kim, Y I;
Kim, C H;
Min, B M;
Choi, W K;
Bak, I H;
Kim, J G;
Lee, J S
[1]
- Korea Institute of Energy Research, Taejon (Korea, Republic of)
Citation Formats
Choi, I S, Kim, Y I, Kim, C H, Min, B M, Choi, W K, Bak, I H, Kim, J G, and Lee, J S.
Development of industrial waste heat recovery system using chemical heat pump with NH{sub 3}-salt(I).
Korea, Republic of: N. p.,
1994.
Web.
Choi, I S, Kim, Y I, Kim, C H, Min, B M, Choi, W K, Bak, I H, Kim, J G, & Lee, J S.
Development of industrial waste heat recovery system using chemical heat pump with NH{sub 3}-salt(I).
Korea, Republic of.
Choi, I S, Kim, Y I, Kim, C H, Min, B M, Choi, W K, Bak, I H, Kim, J G, and Lee, J S.
1994.
"Development of industrial waste heat recovery system using chemical heat pump with NH{sub 3}-salt(I)."
Korea, Republic of.
@misc{etde_10115763,
title = {Development of industrial waste heat recovery system using chemical heat pump with NH{sub 3}-salt(I)}
author = {Choi, I S, Kim, Y I, Kim, C H, Min, B M, Choi, W K, Bak, I H, Kim, J G, and Lee, J S}
abstractNote = {The objective of this research is to develop industrial waste heat recovery system using chemical heat pump with adopt NH{sub 3}-salt as a medium. Generally, the chemical heat pump is more efficient than compression type heat pump. Furthermore, it is one of the system which doesn`t use any CFCs whose productions and uses are scheduled to be phased out worldwide by Montreal Protocol. Therefore, the chemical heat pump will be expected as the heat pump for next generation. The use of this chemical heat pump system to utilize the industrial waste heat will also save huge amount of energy available. The final object of this study is to design the chemical heat pump utilize the industrial waste heat using STELF process. The first year research was accomplished the basic literature survey for chemical heat pump and steady state simulation (level 0 design). Also, the batch type STELF system whose capacity is 1 kw(storage time:1 hr) was designed to use level 0 design program. (author). refs., figs., tabs.}
place = {Korea, Republic of}
year = {1994}
month = {Mar}
}
title = {Development of industrial waste heat recovery system using chemical heat pump with NH{sub 3}-salt(I)}
author = {Choi, I S, Kim, Y I, Kim, C H, Min, B M, Choi, W K, Bak, I H, Kim, J G, and Lee, J S}
abstractNote = {The objective of this research is to develop industrial waste heat recovery system using chemical heat pump with adopt NH{sub 3}-salt as a medium. Generally, the chemical heat pump is more efficient than compression type heat pump. Furthermore, it is one of the system which doesn`t use any CFCs whose productions and uses are scheduled to be phased out worldwide by Montreal Protocol. Therefore, the chemical heat pump will be expected as the heat pump for next generation. The use of this chemical heat pump system to utilize the industrial waste heat will also save huge amount of energy available. The final object of this study is to design the chemical heat pump utilize the industrial waste heat using STELF process. The first year research was accomplished the basic literature survey for chemical heat pump and steady state simulation (level 0 design). Also, the batch type STELF system whose capacity is 1 kw(storage time:1 hr) was designed to use level 0 design program. (author). refs., figs., tabs.}
place = {Korea, Republic of}
year = {1994}
month = {Mar}
}