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Full Description
Algae Biotechnology: Decarbonization, Resource Recovery, and Bioproducts provides a thorough compilation of chapters that focus on carbon capture using microalgae, photosynthetic resource recovery, and the biotransformation of algae biomass into energy and bioproducts. Highlighting unique opportunities for algae-based carbon capture and bioprocessing, the book offers valuable insights for entrepreneurs and industrialists. It presents contemporary and robust approaches to algae bioprocessing, showcasing its potential applications in various industries. The book also describes the challenges and opportunities of large-scale algae cultivation for decarbonization, clean biomass processing routes, and sustainable production and consumption practices using microalgae.
It emphasizes resource recovery, recycling, and carbon-neutral approaches, aligning with the UN's Sustainable Development Goals related to carbon capture, clean energy, and sustainable production. By providing up-to-date information on advancements in algae cultivation technologies, the book aims to educate readers on the role of microalgae in achieving energy sustainability and addressing global environmental challenges.
Contents
Section I: Algae for decarbonization
1. Algae-based carbon capture; potential, challenges, opportunities
2. Integration of algae carbon capture with major carbon emission systems
3. Carbonomics of large-scale algae cultivation for industrial and environmental applications
Section II: Algae-based resource recovery
4: Algae-based resource recovery; potential, challenges, opportunities
5. Large-scale algae-based recycling of urban wastewater
6. Large-scale algae-based recycling of heavily contaminated wastewater
7. Integration of algae-based resource recovery with wastewater treatment systems
Section III: Bioprocessing of algal biomass to clean energy and bioproducts
8. Biotransformation of wastewater-grown algae biomass to biogas
9. Biotransformation of wastewater-grown algae biomass to liquid fuels
10. Transformation of wastewater-grown algal biomass to industrial biopolymers
11. Employing wastewater-grown biomass to reclaim the nutritional value of damaged soils
12. Algae biomass as a feedstock for biological transformation to value-added products
Section-IV: Emerging trends in Algae biotechnology
13. Algal phenomics to develop elite algae strains to meet industrial robustness
14: Algae biotechnology for global space exploration program and terraforming the planets
15. Algae-driven Industry 4.0
16. Algae-biotechnology and sustainability development goals; policy-making and global cooperation programs
17. Large-scale algae cultivation; economic, environmental, and legal aspects
