Resource optimization and sustainable manufacturing in the development of a self‐chilling beverage can
June 5-10, 2016
Every year in Europe more than 30Mt of CO2e are emitted from retail refrigerators (Cowan et al., 2010). This is due to the leakages of HFC and HCFC that have adverse impacts on climate change not only because they are powerful greenhouse gases, but also because leaking systems are less energy efficient (Bovea et al., 2007; Cowan et al., 2010). Both the energy consumption worldwide and the high emissions of greenhouse gases have directed interest to alternative solutions to conventional refrigeration systems.
To this end, a new technology has been designed to supply cooled products on demand using the cooling effect provided by the endothermic desorption of carbon dioxide previously adsorbed onto a bed of activated carbon. The principles of life cycle engineering have been utilized to evaluate the overall environmental performance of one possible application of this technology: a self-chilling beverage container with a steel outer can to contain the beverage and an inner aluminium can to contain the adsorbent.
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Noemi Arena, Jacquetta Lee, and Roland Clift, "Resource optimization and sustainable manufacturing in the development of a self‐chilling beverage can" in "Life Cycle Assessment and Other Assessment Tools for Waste Management and Resource Optimization", Professor Umberto Arena, Second University of Naples, Italy Professor Thomas Astrup, Denmark Technical University, Denmark Professor Paola Lettieri, University College London, United Kingdom Eds, ECI Symposium Series, (2016). http://dc.engconfintl.org/lca_waste/8
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