Materials Science For Net-Zero Ambitions

This book provides a comprehensive roadmap for navigating the material-energy nexus, showing how the atoms we choose today will define the climate of tomorrow. From the high-performance composites and alloys in wind turbines to the carbon-sequestering potential of smart buildings, the book bridges the gap between ambitious policy and physical reality. Whether you are a student, researcher, or industry leader, you will discover: Circular Strategies: designed materials for prolonged recyclability and waste-free life cycles.; The Energy Revolution: the critical role of materials in solar, wind, nuclear, geothermal, ocean and other renewable energy strategies.; Decarbonisation Pathways: practical methods for sustainable resource management and advanced material processing.; Socio-Economic Impact: the intersection of research innovation, ethical enterprise, and global equity.; As we face the greatest challenge of our time, materials science is not just an elective — it is the silent protagonist of the climate story. This book, derived from a Master's course in materials and sustainability at University College London, is your essential guide to building a world that is not only technologically advanced but fundamentally resilient.