Biologically-Driven Carbon Capture and Utilization through Microorganisms for Sustainable CO₂ Biofixation and Bioenergy Generation explores biologically-driven carbon capture and utilization and covers the future of sustainable climate solutions. Focusing on microorganisms' pivotal role, the book investigates innovative methods for converting atmospheric CO₂ into valuable biomolecules, supporting both environmental health and energy production. It highlights advances in microbial strategies, genetic engineering, and metabolic modifications that enhance bio-capture efficiency. The book also examines integrating bioenergy systems with carbon sequestration, the potential of biochar as a removal strategy, and the bioconversion of C1 compounds, offering a holistic view of current technologies and future prospects.
Covering topics from sources of CO₂ emissions to the latest biotechnological innovations, the book is an essential resource for researchers, biotechnologists, environmental scientists, and students dedicated to combating climate change. Whether you're involved in environmental policy, renewable energy, or microbial research, you'll find valuable insights into sustainable solutions for reducing carbon footprints and advancing bio-based technologies.
1. Title of Book - p. i 2. Cover Image - p. i 3. Title Page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. About the author - p. ix 7. 1 Overview of CO2 emission - p. 1 8. 2 Trends in global CO2 emissions and the economic benefits of managing them - p. 21 9. 3 Carbon dioxide capture - p. 31 10. 4 Microbial carbon capture - p. 71 11. 5 Enhancing the bio-capture of CO2 via genetic engineering and metabolic alterations - p. 175 12. 6 Bioconversion of C1 compounds - p. 191 13. 7 Integration of bioenergy systems with carbon capture technologies - p. 217 14. 8 Biochar as a carbon dioxide removal strategy - p. 237 15. 9 Future perspectives - p. 267 16. Index - p. 275
Biologically-Driven Carbon Capture and Utilization through Microorganisms for Sustainable CO₂ Biofixation and Bioenergy Generation explores biologically-driven carbon capture and utilization and covers the future of sustainable climate solutions. Focusing on microorganisms' pivotal role, the book investigates innovative methods for converting atmospheric CO₂ into valuable biomolecules, supporting both environmental health and energy production. It highlights advances in microbial strategies, genetic engineering, and metabolic modifications that enhance bio-capture efficiency. The book also examines integrating bioenergy systems with carbon sequestration, the potential of biochar as a removal strategy, and the bioconversion of C1 compounds, offering a holistic view of current technologies and future prospects.
Covering topics from sources of CO₂ emissions to the latest biotechnological innovations, the book is an essential resource for researchers, biotechnologists, environmental scientists, and students dedicated to combating climate change. Whether you're involved in environmental policy, renewable energy, or microbial research, you'll find valuable insights into sustainable solutions for reducing carbon footprints and advancing bio-based technologies.
1. Title of Book - p. i 2. Cover Image - p. i 3. Title Page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. About the author - p. ix 7. 1 Overview of CO2 emission - p. 1 8. 2 Trends in global CO2 emissions and the economic benefits of managing them - p. 21 9. 3 Carbon dioxide capture - p. 31 10. 4 Microbial carbon capture - p. 71 11. 5 Enhancing the bio-capture of CO2 via genetic engineering and metabolic alterations - p. 175 12. 6 Bioconversion of C1 compounds - p. 191 13. 7 Integration of bioenergy systems with carbon capture technologies - p. 217 14. 8 Biochar as a carbon dioxide removal strategy - p. 237 15. 9 Future perspectives - p. 267 16. Index - p. 275
