Sustainable Development with Carbon Capture
Description
This volume 2 " Sustainable Development with Carbon Capture : Materials, Industrial Infrastructure and Environmental Footprint " serves as a definitive technical compendium for the next generation of engineers and researchers committed to global decarbonization. As the transition toward a Net-Zero economy accelerates, Carbon Capture, Utilization, and Sequestration has emerged as a non-negotiable thermodynamic and infrastructural imperative. This book provides a rigorous, 25-chapter exploration of the carbon value chain, moving beyond high-level climate discourse to address the granular engineering challenges of atmospheric remediation. Curated specifically for senior undergraduate, postgraduate, Ph.D. scholars, senior researchers, scientists, professors across diverse disciplines including mechanical, chemical, civil, and environmental engineering the text bridges the gap between laboratory-scale synthesis and the multi-scale deployment of carbon-neutral industrial ecosystems.
The volume is strategically organized into three thematic sections to ensure a logical progression from molecular science to system-level integration. Section 1: Innovative Materials and Technologies for Carbon Capture and Emission Reduction establishes the foundational materials science, focusing on the development of high-selectivity Metal-Organic Frameworks (MOFs), amine-functionalized sorbents, and advanced membrane separation technologies. This section addresses the critical need to reduce the energetic penalties of post-combustion capture and explores the kinetics of Direct Air Capture (DAC). Section 2: Advancements, Infrastructure, and Industrial Applications of Carbon Capture, Utilization, and Storage pivots toward the "hard-to-abate" sectors, detailing the structural requirements for supercritical CO2 pipeline networks. By examining the conversion of CO2 into high-value chemical feedstocks like green methanol and carbonates, this section highlights the shift from carbon disposal to a profitable Circular Carbon Economy.
Finally, Section 3: Emerging Technologies and Smart Solutions in CCUS and Environmental Sustainability integrate Industry 5.0 digital tools with environmental stewardship. It explores the implementation of Digital Twins, AI-driven optimization for capture plants, and blockchain-enabled carbon accounting to ensure transparency in global emission markets. By synthesizing materials science, process systems engineering, and data-driven environmental management, this book serves as an essential academic roadmap for achieving long-term climate resilience and industrial sustainability across the global landscape.
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Persons
Dr. Ashwani Kumar, holding a Ph.D. in Mechanical Engineering with a specialization in Mechanical Vibration and Design, boasts over 16 years of diverse experience. He is currently working as Professor & Head of Department, Mechanical Engineering (Gazetted Officer Group A Technical Education Department Uttar Pradesh Kanpur (Government of Uttar Pradesh)India. Previously, he served as Assistant Professor at Graphic Era University Dehradun. Dr. Kumar's extensive leadership includes roles like AICTE-Extension Coordinator, Nodal Officer for PMKVY-TI, and Zonal Officer for JEE-Diploma. A prolific researcher, he is Series Editor for Nine distinguished book series with Springer Nature,CRC Press (Taylor & Francis), Wiley Scrivener, and Apple Academic Press, covering diverse topics from advanced manufacturing to AI and sustainable renewable energy. He also serves numerous editorial and review board positions for prestigious international journals. He has authored over 300+ articles, book chapters, conference proceedings, co-authored/edited 50+ books, and holds five patents. Recognized with numerous research awards, he has guided 15 students through their B.Tech., M.Tech, and Ph.D. theses. His research focuses on CCUS, life cycle assessment, AI/ML in Mechanical Engineering, Smart Materials, Thermal Energy Storage, and Renewable Energy. He is an active participant and invited speaker at international conferences. In September 2025, a survey by Stanford University USA recognized him as a "Top 2% scientist of the world" in the field of Mechanical, Materials Engineering and Transports.
Prof. (Dr.) Pratibha S. Agrawal earned her Ph.D. in 2002 from Amravati University. She subsequently served as an Assistant Professor at Hislop College, Nagpur, and contributed to two CSIR-funded research projects. Since 2013, she has been a Professor and Head of the Department of Applied Chemistry at Laxminarayan Innovation Technological University, Nagpur, India. With over 20 years of research experience, Dr. Agrawal has guided 13 Ph.D. students to completion. She is the author of three national and one international book, and has edited two more. Her extensive publication record includes over 80 research papers in national and international journals. She is a recognized reviewer for numerous SCI journals published by Elsevier and Springer, and a frequent invited speaker. Beyond academia, Dr. Agrawal holds significant administrative experience, having served as Director, IQAC Director, and Director of Research, Innovation, and Incubation Linkages. Her research interests span ultrasonic properties, fuels, energy, water purification, and environmental chemistry. She is a life member of several national and international professional associations.
Dr. Yogesh Kumar Singla is associated with East Carolina University and previously worked as an Adjunct Research Associate at Harvard University. His interdisciplinary research integrates sustainable materials, additive manufacturing, and surface engineering to develop durable, resource-efficient systems that advance the circular economy and energy-efficient manufacturing. Dr. Singla has made pioneering contributions to wire arc additive manufacturing (WAAM), including co-reporting one of the first demonstrations of single-crystal nickel fabrication-a breakthrough with significant aerospace and energy applications. He has held prestigious fellowships at Case Western Reserve University and the University of Idaho, and holds a Ph.D. from IIT Roorkee. With over 11 years of research and teaching experience, Dr. Singla has authored around 36 peer-reviewed publications, multiple book chapters, and edited several books with leading publishers including CRC Press, Springer, and Wiley. He serves on editorial boards, reviews for high-impact journals, and is an invited speaker at international forums. As an educator, he has established advanced labs and mentored numerous graduate students, championing the integration of sustainability and innovation in engineering education. Dr. Singla's work embodies a commitment to design-driven innovation that enhances material performance while reducing environmental impact.
Content
Carbon Capture Technologies: Principles and Applications.- 3D Printing Techniques for Carbon Dioxide Capture.- Biopolymer Based Materials for Carbon Dioxide Capture Innovations and Applications.- Impact of Carbon Capture Materials on Vehicle Dynamics and Performance.- Assessment of the Wave Function of a Four-Stroke Piston Engine During Carbon Capture and Heat Transfer.- Harnessing Waste Transformer Oil for Carbon Capture: Role of Liquid Hydrocarbon Fuels.- Study of carbon and particulate matter emission from biomass pellets burning in a domestic cookstove.- Leveraging Renewable Energy for Optimized Carbon Capture: A Technical And Economical Assessment.- Towards a Low-Carbon Future: Advances and Challenges in Carbon Capture.- Advanced EOR+-Based Optimization of Carbon Dioxide /Methane Co-injection.- Biomass Based Carbon Dioxide Removal as Nature Assisted Climate Solutions.- Next-Gen Vibration Technologies in Vehicles: A Carbon Capture, Utilization, and Storage-Aligned Path to Sustainability.- Carbon Dioxide transportation and Storage Infrastructure for carbon capture and storage applications.- Carbon Storage Monitoring, Verification and Risk Mitigation.- Utilizing Biopolymers for Carbon Sequestration in Pathways to Sustainable Storage.- Advancing Carbon Capture, Utilization, and Storage Through Biopolymer Integration: Challenges and Future Prospects.- Promoting industries to adopt Carbon Capture, Utilization, and Storage for sustainability.- Scaling Up Carbon Capture, Utilization, and Storage in Industry: Overcoming Barriers to a Low-Carbon Future.- Carbon Capture, Utilization, and Storage Technologies for Industrial Emission Reduction: Advancements, Challenges, and Opportunities.- Case Studies: Operational Carbon Capture, Utilization, and Storage Projects Around the Globe.- Cutting-edge advancement in Carbon Capture, Utilization, and Storage research and development.- A comprehensive treatise on Carbon Capture Utilization and Storage including Machine Learning and Data Driven Advancements.- Smart Carbon Management: AI, Innovation, and Renewable Energy in Carbon Capture, Utilization, and Storage.- Air Quality Monitoring In Jaipur: Insights for Sustainable Development and the Role of Carbon Capture Technologies.- Leveraging Machine Learning For Air Quality Prediction in Kota: A Step Towards Sustainable Urban Development And Pollution Control.