Exergy destruction in air cooling single-effect and multiple-effect lithium bromide thermal compressors.
Author(s) : IZQUIERDO M., VEGA M. de, LECUONA A., et al.
Summary
The absorption heat is directly transferred either to water or to the air. Air cooling systems work with temperature and pressure gradients higher than those cooled by water. Absorption temperature in air-cooled systems can reach and even exceed 50 °C. Under these conditions, boiling temperature within the high desorber of double and triple-effect can exceed 200 and 300 °C respectively. The thermal compressor cooled by air destroys more exergy than the one cooled by water. The triple-effect thermal compressor destroys less exergy than the double-effect one and the latter less exergy than the single-effect one.
Details
- Original title: Exergy destruction in air cooling single-effect and multiple-effect lithium bromide thermal compressors.
- Record ID : 2001-0141
- Languages: English
- Source: Proceedings of the International Sorption Heat Pump Conference.
- Publication date: 1999/03/24
- Document available for consultation in the library of the IIR headquarters only.
Links
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Indexing
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Second-law analysis of multi-effect lithium bro...
- Author(s) : LEE S. F., SHERIF S. A.
- Date : 1999
- Languages : English
- Source: ASHRAE Transactions. 1999 Winter Meeting, Chicago, Illinois + CD-ROM.
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Theoretical performance and operating character...
- Author(s) : IYOKI S., YAMAOKA Y., UEMURA T.
- Date : 1999/09/19
- Languages : English
- Source: 20th International Congress of Refrigeration: Refrigeration into the Third Millennium.
- Formats : PDF
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DOUBLE EFFECT, TRIPLE EFFECT AND QUADRUPLE EFFE...
- Author(s) : ALEFELD G.
- Date : 1983/08/07
- Languages : English
- Source: [Refrigeration serving humanity]. Proceedings of the XVIth international Congress of Refrigeration.
- Formats : PDF
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- Author(s) : PORNEALA S., DINU S.
- Date : 2005
- Languages : English
- Source: Ann. Univ. Dunarea Jos Galati, IV - vol. 19
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- Author(s) : EVOLA G., LE PIERRÈS N., BOUDÉHENN F., et al.
- Date : 2013/05
- Languages : English
- Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 36 - n. 3
- Formats : PDF
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