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Full Description
Synergistic Effects of Biotechnological Processes and Carbon Trading in the Energy Sector paves the way for innovative solutions and sustainable practices. This groundbreaking reference book delves into the integration of microbial science in energy feedstock conversion, offering insights into the potential of bio-upgrading for value-added products and the valorization of wastes. From exploring bio-hydrogen and biofuels production to addressing environmental concerns and life cycle assessment, this book showcases advancements that drive the industry towards a circular economy model. Evaluating the commercialization of cutting-edge technologies and proposing solutions to challenges, it provides a comprehensive guide to navigating the dynamic landscape of biotechnological processes in energy industries. This book covers a wide array of topics ranging from the introduction to energy industries and challenges in biotechnology applications to the prospects for biological upgrading of energy feedstock and bioprocessing of waste for sustainable fuels production. With a focus on enzymatic catalysis for high-energy density products and the bio-valorization of waste, each chapter offers valuable insights into the evolving field of biotechnological processes for energy recovery and carbon trading. From global scenarios on biotechnology applications to environmental impacts and the way forward for stakeholders, this book provides a holistic view of the critical role biotechnology plays in shaping the future of energy production and environmental sustainability.
For professionals and scholars in the energy sector, including researchers, policymakers, advanced students, and energy professionals this book serves as a comprehensive resource for understanding and implementing biotechnological processes in energy industries. It caters to a diverse audience, from energy industry experts seeking to enhance their knowledge to students exploring career opportunities in renewable energy. With a focus on green energy solutions and environmental remediation, this book aims to inspire a new generation of innovators to leverage biotechnology for sustainable energy production and environmental conservation, aligning with the global goals of reducing carbon emissions and advancing responsible energy production and consumption.
Contents
1. Introduction to Energy Industries, challenges and solutions involving biotechnology applications in field
2. Potential of microbial science and its implementation in development of State-of-the-art technology for energy feedstock conversion to value-added products
3. Development of integrated highly tolerant microbial biocatalysts for biodegradation or biotransformation reactions and resistance towards toxic chemicals
4. Advanced sequencing techniques for comprehensive structural and functional characterization of microbial communities and genes expressed for bioconversion of energy intermediates in the ecosystems
5. Recent advances in the biotechnological processes for energy recovery or production of value-added intermediates from hydrocarbons
6. Biological techniques and processes for energy exploration
7. Biorefining: the selective removal of sulfur, nitrogen, and metals in refining industries
8. Enzymatic catalysis of feedstock for the production of high energy density products
9. Prospects for biological upgrading of energy feedstock, asphaltenes, and refining residues
10. Bioprocessing of waste for fuels production
11. Conversion of Waste to Biofuels, Bioproducts, and Bioenergy
12. Bio-valorization of refining wastes and circular economy analysis
13. Crop Oils, Biodiesel, and Algae Fuels
14. Hydrogen production using Biotechnology applications
15. Uses and applications of biotechnology tools in the oil industry
16. Biotechnological processes for Energy Recovery and Carbon Trading
17. Technical feasibility, challenges and opportunities of biotechnological process in energy industries
18. Global Scenarios on the application of biotechnology to the energy industry
19. Environmental impacts and aspects of biotechnological process in the energy sector
20. Synergy biotechnological process: A general bottleneck and circular economy analysis
21. Design and Development, Modelling and LCA of biotechnological process
22. Way forward to policy makers and stakeholders involved with biotechnological process development
