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Full Description
The book provides an overview of the fundamentals of photobioreactors, including design development, cost-effectiveness, challenges, priorities, and the broader impacts on the economy and environmental sustainability. It covers cultivation systems with various configurations currently in use. Each chapter includes graphical illustrations to support the visual presentation of ideas, enhance understanding, and aid student learning.
The book discusses concepts such as cost-effective algal photobioreactor design (supported with color images), construction materials with relevant references, and the production of value-added end products illustrated with suitable examples and related information. It serves as a useful reference for researchers, academicians, and professionals working in wastewater treatment using bio-based approaches, environmental sustainability, and bioenergy. It also offers information that can help refine and expand existing knowledge on photobioreactor systems.
By incorporating relevant case studies, the book aims to strengthen the practical understanding of sustainable energy options related to algal photobioreactors and to enhance the skills of its target audience at both national and international levels.
Contents
Chapter 1. Overview of bioreactors for algal biomass harvesting.- Chapter 2. Carbon Sequestration through Valorization of Microalgae Biomass in Bioreactors for Biofuels and High-Value Products.- Chapter 3. Upstream Processing of Algal Biorefinery: Current Scenario, Opportunities, and Challenges.- Chapter 4. Downstream processing of algal biorefinery: Current scenario, opportunities and challenges.- Chapter 5. Membrane bioreactors for bio-energy production and resource recovery.- Chapter 6. Sustainability assessment of open bioreactors for algal biomass with modelling.- Chapter 7. Sustainability assessment of closed bioreactors for algal biomass with modelling.- Chapter 8. Integrated algal engineering approaches for bioremediation, bioenergy and industrial applications: Current scenario and future directions.- Chapter 9. Basics of algal photobioreactors: Design and engineering aspect for algal cultivation.- Chapter 10. Construction materials and influencing parameters for closed photobioreactors on an industrial scale.- Chapter 11. Open photobioreactor design and operational strategies for algae cultivation: Challenges and solutions.- Chapter 12. Addressing challenges in harvesting algal biomass for pharmaceutical applications.- Chapter 13. Harnessing bioactive compounds from microalgae and its harvesting techniques.- Chapter 14. Indian perspectives of algal biofuels from wastewaters: Opportunities and challenges.- Chapter 15. Fundamentals and advances of algae- based processes in fuel, feed and fertilizer (3F).- Chapter 16. Role of nanotechnology in improving algal biomass production and biofuel yield with wastewater treatment.- Chapter 17. Life Cycle Assessment of biodiesel production from algal biomass with algal bioreactor.- Chapter 18. Green and renewable energy, humanistic culture and environmental impact of government policies and initiatives.- Chapter 19. Algal biorefinery: Implications of global policy trends.- Chapter 20. Circular economy meets artificial intelligence: Unlocking algal bio refinery potential.
