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Plasma-Assisted Carbon Dioxide Conversion: Applications, Challenges, and Environmental Impacts
Abstract
This book chapter explores the fascinating realm of plasma-assisted carbon dioxide (CO2) conversion, focusing on its applications, challenges, and environmental impacts. The authors begin with an introduction, followed by an examination of key parameters that influence the efficiency of plasma-based CO2 conversion. Next, the authors delve into various applications and products derived from this process, including plasma-catalytic CO2 conversion and the synthesis of fuels and value-added chemicals. They then address the challenges and limitations surrounding plasma-based CO2 conversion, such as cost considerations, catalyst selection, and scaling-up for industrial applications. Finally, the authors explore the environmental benefits of this technology and evaluate its economic feasibility and potential market opportunities. This chapter serves as a comprehensive overview of the field and aims to shed light on the potential of plasma-assisted CO2 conversion in contributing to a sustainable future.
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