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Heat pumping cycle optimization using a non-equilibrium phenomenological (two-point) theory on mass and heat transfer.

Author(s) : STAICOVICI M. D.

Summary

A recent non-equilibrium phenomenological (two-point) theory of mass and heat transfer is used to apply second law analysis to several compression and absorption/compression cooling and/or heat pump cycles. Cycle optimization is carried out considering from the very beginning the cyclic source-working fluid interaction. In the case of compression, CO2 (subcritical and transcritical), propane (subcritical) and ammonia (subcritical) cycles are analysed. Concerning the hybrid cycle, an ammonia/water wet compression/resorption cycle is optimized.

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Pages: 2002-4

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Details

  • Original title: Heat pumping cycle optimization using a non-equilibrium phenomenological (two-point) theory on mass and heat transfer.
  • Record ID : 2003-2588
  • Languages: English
  • Publication date: 2002/08/26
  • Source: Source: Proc. Stockholm Meet., IIR
    2002-4; S4; 11 p.; fig.; 12 ref.

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