Giuseppe Rechichi
Experimental characterization and process simulation of thermochemical redox cycles with LSMA perovskite.
Rel. Massimo Santarelli, Domenico Ferrero, Francesco Orsini. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Meccanica, 2022
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Abstract
Rapid economic growth has contributed to the increasing energy demand observed nowdays with a consequent increase in the use of fossil fuels. Their combustion and following carbon dioxide (CO2) emissions recently arose as a cause of concern due to the adverse effect on the environment, since CO2 has been widely recognized as a major greenhouse gas and as the main cause of global warming. Energy demand is still expected to grow in the decades to come, thus, new pathways for its production should be pursued. Renewable enery sources (RES) have been identified as the long term solution to reduce CO2 emissions, but their intermittency can hinder the effectiveness of such technologies.
Energy storage is therefore a crucial remedy to this issue, and, specifically chemical energy storage, when coupled with solar energy plants, has an undoubted potential
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