Biobased Materials in Carbon Capture Applications

Biobased Materials in Carbon Capture Applications addresses the pressing issue of carbon dioxide (CO2) capture, storage, and utilization in the context of mitigating greenhouse gas emissions and combatting climate change. The proposed research reference book focuses on the utilization of biobased materials for CO2 capture applications, emphasizing the need for sustainable alternatives derived from renewable biomass. Key technical aspects include exploring the potential of biobased materials in CO2 capture processes, offering insights into innovative and environmentally friendly solutions for reducing CO2 emissions. The text progresses from an introduction to CO2 capture technology and fundamentals of biobased materials to specific types of biobased materials and their applications in CO2 capture processes. It then explores performance evaluation techniques, hybrid CO2 capture systems, case studies, scalability and feasibility considerations, environmental and regulatory aspects, future trends, and concludes with key recommendations for utilizing biobased materials to address CO2 emissions effectively. Biobased Materials in Carbon Capture Applications aims to provide a comprehensive resource for researchers, engineers, policymakers, and industry professionals by reviewing current CO2 capture technologies, highlighting advancements in biobased materials for CO2 capture, discussing sustainability aspects, presenting case studies, exploring future research directions, and analyzing policy and economic considerations. By bridging the gap between research and practical applications, the book seeks to advance the development of sustainable CO2 capture technologies to support global climate change mitigation efforts.

• Analyzes current CO2 capture technologies and evaluates the potential of biobased materials for enhancing sustainability and efficiency
• Explores various types of biobased materials for CO2 capture applications, providing insights into their synthesis, performance, and environmental benefits
• Showcases real-world case studies and practical applications of biobased materials in different CO2 capture processes
• Discusses the scalability, economic feasibility, and technological advancements of utilizing biobased materials for reducing greenhouse gas emissions
• Examines the environmental footprint, regulatory frameworks, and policy considerations associated with the adoption of biobased materials in CO2 capture, guiding industry professionals and policymakers in decision-making processes