Net Zero: A Blueprint for Global Sustainability is a profound exploration of the crucial journey toward achieving net-zero emissions to combat climate change and global warming. It serves as an essential guide in climate action literature, delving into the complexities of climate change mitigation and emphasizing the necessity of global net-zero emissions. The book examines both the technological advancements, such as renewable energy and carbon capture, and the socio-economic and ethical implications of this endeavor.
It further explores the significance of achieving net-zero emissions across various industries including business, chemicals, manufacturing, aviation, heat, electricity, building, and power sectors, emphasizing the collective effort needed for sustainability.
1. Chapter 1. Introduction to net-zero emissions - p. 3 2. Chapter 2. Understanding climate change and net zero landscape - p. 59 3. Chapter 3. Global historical perspectives on environmental movements and science of net zero - p. 103 4. Chapter 4. Policy frameworks and regulations for net zero - p. 189 5. Section II: Renewable energy and efficiency solutions - p. S249 6. Chapter 5. Renewable energy strategies for achieving net zero - p. 251 7. Chapter 6. Energy efficiency measures and technologies for net zero - p. 297 8. Chapter 7. Advanced hybrid technologies for industrial net zero - p. 341 9. Section III: Carbon mitigation and AI-driven approaches - p. S393 10. Chapter 8. Carbon capture and storage for net zero - p. 395 11. Chapter 9. Artificial intelligence in achieving net zero - p. 435 12. Chapter 10. Life cycle assessment for strategic decision-making in achieving net zero - p. 505 13. Section IV: Monitoring, evaluation, and future roadmaps - p. S571 14. Chapter 11. Measuring progress towards net zero - p. 573 15. Chapter 12. Challenges, barriers and solutions in achieving net zero - p. 623 16. Chapter 13. A roadmap to achieving net-zero emissions - p. 707 17. Nomenclature - p. 745 18. Index - p. 755
Net Zero: A Blueprint for Global Sustainability is a profound exploration of the crucial journey toward achieving net-zero emissions to combat climate change and global warming. It serves as an essential guide in climate action literature, delving into the complexities of climate change mitigation and emphasizing the necessity of global net-zero emissions. The book examines both the technological advancements, such as renewable energy and carbon capture, and the socio-economic and ethical implications of this endeavor.
It further explores the significance of achieving net-zero emissions across various industries including business, chemicals, manufacturing, aviation, heat, electricity, building, and power sectors, emphasizing the collective effort needed for sustainability.
1. Chapter 1. Introduction to net-zero emissions - p. 3 2. Chapter 2. Understanding climate change and net zero landscape - p. 59 3. Chapter 3. Global historical perspectives on environmental movements and science of net zero - p. 103 4. Chapter 4. Policy frameworks and regulations for net zero - p. 189 5. Section II: Renewable energy and efficiency solutions - p. S249 6. Chapter 5. Renewable energy strategies for achieving net zero - p. 251 7. Chapter 6. Energy efficiency measures and technologies for net zero - p. 297 8. Chapter 7. Advanced hybrid technologies for industrial net zero - p. 341 9. Section III: Carbon mitigation and AI-driven approaches - p. S393 10. Chapter 8. Carbon capture and storage for net zero - p. 395 11. Chapter 9. Artificial intelligence in achieving net zero - p. 435 12. Chapter 10. Life cycle assessment for strategic decision-making in achieving net zero - p. 505 13. Section IV: Monitoring, evaluation, and future roadmaps - p. S571 14. Chapter 11. Measuring progress towards net zero - p. 573 15. Chapter 12. Challenges, barriers and solutions in achieving net zero - p. 623 16. Chapter 13. A roadmap to achieving net-zero emissions - p. 707 17. Nomenclature - p. 745 18. Index - p. 755
