Viability and Eco-Consequences of Synthetic and Natural Graphite for Lithium-Ion Battery Anodes in the USA
R. Robin
Abstract
This study examines the graphite industry's multifaceted dynamics, particularly its integral role in lithiumion battery (LIB) anodes and the intricate environmental ramifications of its lifecycle. Delving into economic, security, and climate dimensions, the study underscores the critical importance of employing Life Cycle Assessment (LCA) to inform strategic decisions. By dissecting the challenges nand opportunities, the study charts a path forward that advocates a harmonious blend of synthetic and natural graphite, while accentuating security, sustainability, and technological evolution. This approach is envisioned to lay the foundation for a sustainable energy landscape, marked by innovation, resilience, and ecologically conscious practices. With its intricate insights, the study serves as a compass guiding industries, policymakers, and researchers toward a future that unites economic progress, national security, and environmental stewardship. In a time of evolving energy paradigms and global imperatives, this study offers a holistic framework for fostering a balanced synthesis of technology, security, and sustainability in the graphite industry, thereby shaping a future of enduring energy prosperity.