메탄올-글리세린 계를 작동유체로 하는 변형흡수식 열펌프 설계

정찬교; 민병훈; Chan-Kyo Chung; Byong-Hun Min

Clean Technology, Vol.11, No.1, 13-19, March, 2005

Export Citation

메탄올-글리세린 계를 작동유체로 하는 변형흡수식 열펌프 설계

Design of an Absorption Heat Transformer with Methanol-Glycerine System as a Working Fluid

정찬교, 민병훈 ^{1, †}

수원대학교 공과대학 환경공학과
¹수원대학교 공과대학 화공생명공학과

Chan-Kyo Chung, and Byong-Hun Min^{1, †}

Department of Environmental Engineerring, University of Suwon, Kyongki 440-600, Korea
¹Department of Chemical & Biochemical Engineerring, University of Suwon, Kyongki 440-600, Korea

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초록

에너지 회수를 위한 변형 흡수 열펌프 연구를 메탄올-글리세린을 이용하여 수행하였다. 이 물질의 열역학 데이터를 이용하여 변형 흡수 열펌프의 이론적 열효율 값을 각 기관의 조업 조건에 따라서 계산하였다. 70-80 ℃의 산업 폐열 온도를 가지고 40-50℃ 승온 시킬 때 열효율 값 0.4이상을 얻을 수 있었다.

An absorption heat transformer for energy recovery has been investigated using methanol-glycerine. The simulated calculation of theoretical thermal efficiency was performed based on the thermodynamic properties of the working fluid over various operating conditions. The thermal efficiency of higher than 0.4 was obtained by raising industrial waste heat , 70-80℃, by 40℃ in this system.

Keywords:absorption heat transformer;methanol-glycerine;thermal efficiency;industrial waste heat

[References]

Whitlow EP, Gas Age, 30, 19 (1958)
Cacciola G, Restuccia G, Rizzo G, Heat Recovery Systems ＆ CHP, 10(3), 177 (1990)
lzquierdo M, Aroca S, Int. J. Energy Research, 14, 281 (1990)
Jemqvist A, Abrahamsson K, Aly G, Heat Recovery Systems ＆ CHP, 12(6), 469 (1992)
Ziegler F, Riesch P, Heat Recovery System ＆ CHP, 13(2), 147 (1993)
Goff P, Le Schwarzer B, Entropie, 156, 5 (1990)
Matsuda R, 3rd IEA Heat Pump Conference, Tokyo (1990)
Iyoki S, Uemura T, Rev. Int. Froid, 13, 191 (1990)
민 병 훈, 한국과학재단 최종 보고서, 941-1100-035-1 (1995)
Bennani N, Prevost D, Heat Recovery System ＆ CHP, 9(3), 257 (1989)

[Related Articles]

[1] Whitlow EP, Gas Age, 30, 19 (1958)

[2] Cacciola G, Restuccia G, Rizzo G, Heat Recovery Systems ＆ CHP, 10(3), 177 (1990)

[3] lzquierdo M, Aroca S, Int. J. Energy Research, 14, 281 (1990)

[4] Jemqvist A, Abrahamsson K, Aly G, Heat Recovery Systems ＆ CHP, 12(6), 469 (1992)

[5] Ziegler F, Riesch P, Heat Recovery System ＆ CHP, 13(2), 147 (1993)

[6] Goff P, Le Schwarzer B, Entropie, 156, 5 (1990)

[7] Matsuda R, 3rd IEA Heat Pump Conference, Tokyo (1990)

[8] Iyoki S, Uemura T, Rev. Int. Froid, 13, 191 (1990)

[9] 민 병 훈, 한국과학재단 최종 보고서, 941-1100-035-1 (1995)

[10] Bennani N, Prevost D, Heat Recovery System ＆ CHP, 9(3), 257 (1989)