1Chapter 1: Introduction to Carbon Capture: The Urgency and Potential
12Chapter 12: Ocean-Based Carbon Capture: The Potential and Challenges
2Chapter 2: Historical Perspectives: The Evolution of Carbon Capture
13Chapter 13: Bioenergy with Carbon Capture and Storage (BECCS)
3Chapter 3: The Science Behind Carbon Capture: Understanding Carbon Sequestration
14Chapter 14: Innovative Materials: Metal-Organic Frameworks and Beyond
4Chapter 4: An Overview of Carbon Emission Sources
15Chapter 15: Carbon Capture in Industrial Applications: Case Studies
5Chapter 5: Traditional Carbon Capture Techniques: A Retrospective
16Chapter 16: The Role of AI and Machine Learning in Carbon Capture
6Chapter 6: Chemical Absorption: Capturing Carbon with Chemicals
17Chapter 17: Economic and Policy Aspects: Making Carbon Capture Viable
7Chapter 7: Physical Absorption: Techniques and Applications
18Chapter 18: Collaborative Efforts: Global Initiatives and Partnerships
8Chapter 8: Biological Methods: Harnessing Nature to Capture Carbon
19Chapter 19: Challenges and Limitations: Addressing the Barriers
9Chapter 9: Advances in Membrane Technology for Carbon Capture
20Chapter 20: The Future of Carbon Capture: Towards a Sustainable Planet
10Chapter 10: Direct Air Capture: Extracting Carbon from the Atmosphere
21About the Author
11Chapter 11: Geological Sequestration: Storing Carbon Underground
