ENHANCING REFRIGERATION SYSTEM PERFORMANCE USING HYDROCARBON REFRIGERANTS DOPED WITH CRYOGENICALLY TREATED SILICON CARBIDE NANOPARTICLES

• Dr. Korwin E. Maltrik

  Department of Civic Psychology, Brevan Institute of Social Research, Ljubljana, Slovenia

  Author

• Dr. Layla S. Menhiri

  School of Media and Cultural Studies, Zephira University, Rabat, Morocco

  Author

We all rely on refrigeration, from keeping our food fresh to cooling our homes, but these essential systems come with a big energy appetite and environmental concerns. This article introduces an exciting new way to boost the efficiency of everyday refrigerators: by using eco-friendly hydrocarbon refrigerants enhanced with tiny, specially treated silicon carbide (SiC) nanoparticles. Think of these nanoparticles as microscopic helpers that improve how heat moves through the system. We've explored how combining the green benefits of hydrocarbons with the enhanced properties of these cryogenically treated nanoparticles can make a real difference. Our method involved carefully preparing these "nano refrigerants" and then putting them to the test in a real refrigerator, measuring everything from how efficiently they cool (Coefficient of Performance, or COP) to how much energy they use. Our initial findings are very promising, showing a significant leap in system efficiency. This opens up a fantastic path towards developing the next generation of refrigeration technology that's not just high-performing but also truly kind to our planet.

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