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Les nanofrigorigènes et les nanolubrifiants dans le froid : synthèse, mécanismes, applications et défis 

Nano-refrigerants and nano-lubricants in refrigeration: Synthesis, mechanisms, applications, and challenges.

Auteurs : SAID Z., RAHMAN S. M., SOHAIL M. A., BAHMAN A. M., ALIM M. A., SHAIK S., RADWAN A. M., EL-SHARKAWY I. I.

Type d'article : Article de périodique, Synthèse

Résumé

Addressing global energy security and environmental concerns, the utilization of nano-refrigerants and nano-lubricants has emerged as an innovative path for enhancing heat transfer. This research focuses on enhancing the thermophysical properties, heat transfer efficiency, and tribological characteristics of nanofluids—nanoparticles dispersed in refrigerants or lubricants. These nanofluids have demonstrated significant potential in applications such as cooling, air conditioning systems, and heat transfer equipment including pumps and pipes. A comprehensive understanding of parameters like thermal conductivity, viscosity, pressure drop, pumping power, and energy performance is delivered, with the aim of enhancing the overall efficiency of refrigeration systems, particularly the coefficient of performance (COP). Additionally, the review covers existing research on flow and pool boiling heat transfer, nano-lubricant tribological enhancement, and nano-refrigerant condensation. The study also addresses the challenges associated with the use of nano-refrigerants and nano-lubricants and offers a prospective outlook for their usage. These novel nanofluids are anticipated to emerge as effective solutions for increasing the COP and reducing energy consumption in the industrial sector, thus extending beyond the scope of previous efforts in this field. This review could serve as a valuable resource for a broad audience interested in this novel approach to energy efficiency.

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Pages : 29 p.

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Détails

  • Titre original : Nano-refrigerants and nano-lubricants in refrigeration: Synthesis, mechanisms, applications, and challenges.
  • Identifiant de la fiche : 30031357
  • Langues : Anglais
  • Sujet : Technologie
  • Source : Applied Thermal Engineering - vol. 233
  • Date d'édition : 10/2023
  • DOI : http://dx.doi.org/https://doi.org/10.1016/j.applthermaleng.2023.121211

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