Materials, Devices and Systems for Sustainability

Introduction

This book explores groundbreaking advancements in science and technology aimed at creating a sustainable future. It covers key innovations in renewable energy, clean hydrogen production, next-generation energy storage, carbon capture, and resilient infrastructure.

Materials for a Sustainable Ecosystem

The first section examines materials for a sustainable ecosystem, viz. solar energy harvesting and storage, including methods to improve perovskite solar cells, solar thermal-based ammonia cracking, challenges in commercializing solid-state electrolyte batteries, and S-scheme heterojunctions for efficient photocatalysis. Herein, the book also proposes a novel framework integrating mobile microgrids into power distribution networks to enhance resilience in the context of RE integration.

Devices and Methods for Low-Carbon Industrial Processes

It then shifts to devices and methods for achieving low-carbon industrial processes, discussing molten catalytic systems and CO2 capture via engineered biochar.

Policy and Industry

Beyond technology, the book then addresses India's renewable energy policies and the need for zero-carbon steel, exploring carbon capture solutions for the steel and cement industries, while also highlighting the necessity for energy transition modelling.

Conclusion

With a blend of scientific insights and policy recommendations, this book serves as a valuable resource for researchers, policymakers, and anyone interested in driving sustainable progress.