Recent developments in the design of new refrigerant mixtures for existing and future systems.
Author(s) : DIDION D. A.
Summary
The author concludes that near-azeotropic alternatives in traditional machines need to be analyzed for possible temperature pinchpoints in the evaporator and condenser, which could lead to performance degradation. Minor heat exchanger design changes could lead to minor performance improvements. Advanced systems using wide-glide zeotropic mixtures have the potential to improve performance through temperature glide matching, recovery of lost expansion work, and capacity (composition) control. However, design and development procedures are complex and very product specific. Sealed refrigerant systems where the loads are well defined are the most likely applications for acceptance.
Details
- Original title: Recent developments in the design of new refrigerant mixtures for existing and future systems.
- Record ID : 1995-2097
- Languages: English
- Source: New technology in refrigeration: progress in the application of new refrigerants. Preprints of the international seminar.
- Publication date: 1994/09/20
- Document available for consultation in the library of the IIR headquarters only.
Links
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Indexing
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Fundamentals of refrigerant mixtures and their ...
- Author(s) : DIDION D.
- Date : 1996/07/21
- Languages : English
View record
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Azeotrope of HFC125 and HFC143a as an alternati...
- Author(s) : HUGHES H. M.
- Date : 1994/07/19
- Languages : English
- Source: Proceedings of the 1994 International Refrigeration Conference at Purdue.
View record
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Prediction of the circulating composition of a ...
- Author(s) : SUMIDA Y., TANAKA N., OKAZAKI T.
- Date : 1995/08/20
- Languages : English
- Source: For a Better Quality of Life. 19th International Congress of Refrigeration.
- Formats : PDF
View record
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Characteristics of a refrigeration cycle using ...
- Author(s) : ENDOH K., MATSUSHIMA H., NONAKA M.
- Date : 1996
- Languages : Japanese
- Source: Trans. JAR - vol. 13 - n. 2
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Dimethylether als Kältemittelkomponente.
- Author(s) : LIPPOLD H., HEIDE R.
- Date : 1997/05
- Languages : German
- Source: KI Luft Kältetech. - vol. 33 - n. 5
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