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Full Description
In recent years, the pressing issue of climate change has brought the importance of sustainability and environmental responsibility to the forefront of global discussions. Industries worldwide are seeking innovative solutions to reduce their carbon footprints and contribute to a low carbon economy. One of the key areas with significant potential for positive impact is the development and implementation of materials with a lower carbon footprint. Notable recent breakthroughs include novel biomaterials, efficient additive manufacturing processes, and increased utilization of recycled resources.
Encompassing a variety of different industries and applications this book captures the dynamic landscape of these developments, providing a snapshot of the current state of low carbon materials and projecting their future impact on a path toward a greener and more sustainable future. It is a great resource for both materials scientists interested in sustainability and green chemists interested in materials science.
Contents
Low Carbon Materials: Unlocking Economic and Environmental Benefits
Low Carbon Battery Materials
Low Carbon Supercapacitors Materials
Low Carbon Fuel Cell Materials
Low Carbon Energy Harvesting Materials
Low Carbon Materials for Electrochemical Water Splitting
Low Carbon Materials for Healthcare Monitoring
Low Carbon Materials in Biosensors Applications
Low Carbon Materials for Electrochemical Biomedical Sensors
Role of Low Carbon Materials in Construction and Infrastructure
Low Carbon Materials for Environmental Monitoring
Low Carbon Materials: Transportation and Automotive Applications
Low Carbon Materials for Reducing Air Pollutants
Recycling of Low Carbon Materials
Toward a Greener Future with Low Carbon Materials
