Carbon Zero: Harnessing Technology for Effective Carbon Capture

Introduction to carbon emissions and their role in climate change
Overview of the sources and sectors contributing to carbon emissions
Discussion of the environmental, economic, and societal consequences of unchecked carbon emissions
Importance of transitioning to carbon-neutral or carbon-negative practices
Chapter 2: Fundamentals of Carbon Capture Technologies

Explanation of different carbon capture techniques: post-combustion, pre-combustion, and direct air capture
In-depth exploration of the science and engineering behind each capture method
Case studies highlighting successful implementation of carbon capture technologies
Assessment of the scalability and feasibility of various capture approaches
Chapter 3: Innovations in Carbon Storage and Utilization

Overview of carbon storage options: geological storage, ocean storage, and mineralization
Discussion of emerging technologies for converting captured carbon into useful products (carbon utilization)
Exploration of potential industries and applications for carbon-derived materials
Examination of challenges and opportunities in implementing carbon storage and utilization projects
Chapter 4: Technological Advances and Breakthroughs

Survey of recent advancements in carbon capture technology, including novel materials and processes
Showcase of research and development efforts aimed at enhancing efficiency and cost-effectiveness
Analysis of cross-disciplinary collaborations and partnerships driving innovation in carbon capture
Exploration of cutting-edge pilot projects and their potential to revolutionize the field
Chapter 5: Pathways to Carbon-Zero Societies