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This book explores sustainable chemistry and the role of inorganic materials in the transition to environmentally friendly energy solutions. It defines sustainable chemistry and its principles, traces the evolution of sustainable materials, and highlights the importance of metal complexes in catalysis. Water electrolysis technologies for hydrogen production are also examined, as are the challenges associated with their use, such as cost and toxicity. In addition, the book discusses the societal impact of sustainable technologies, highlighting the importance of social acceptability and…mehr

Produktbeschreibung
This book explores sustainable chemistry and the role of inorganic materials in the transition to environmentally friendly energy solutions. It defines sustainable chemistry and its principles, traces the evolution of sustainable materials, and highlights the importance of metal complexes in catalysis. Water electrolysis technologies for hydrogen production are also examined, as are the challenges associated with their use, such as cost and toxicity. In addition, the book discusses the societal impact of sustainable technologies, highlighting the importance of social acceptability and sustainability policies. Finally, it proposes future perspectives focusing on innovation, interdisciplinary collaboration, and public awareness, in order to transform challenges into opportunities and foster a sustainable future.
Autorenporträt
Investigador independiente en química bioinorgánica, el Dr. Mimouni es experto en síntesis y caracterización macromolecular. Obtuvo su doctorado en Química por la Universidad de París XII en 1997, tras un Diplôme des Études Approfondies en Sistemas Bioinorgánicos por la Universidad de París XI en 1993, donde también obtuvo su Licenciatura y Maîtrise en Química.