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Full Description
This book covers a broad spectrum of topics on circular bioeconomy including underlying concepts, biomass conversion mechanisms, types of value-added products and technological advances in waste
recycling. It also covers key aspects of a sustainable biorefinery like design and innovation, environmental and socio-economic impact, life cycle assessment, policy and regulations.
Sustainable circular bioeconomy (CBE) plays a key role in realizing the objective of Sustainable Development Goal 12 (Responsible Consumption and Production). The expanding population and industrialization has resulted in colossal volumes of biomass waste and a huge demand for clean energy technologies. This has created immense scientific focus on circular bioeconomy which primarily deals with the conversion of wastes into sustainable and environment friendly value-added products, thus enabling the minimization of waste. The recycling of wastes in closed loop systems produces bioproducts with low carbon footprint, high biodegradability, and other environmental and economic benefits. Written by eminent scientists in industrial biotechnology, this book presents detailed insights into the fundamentals and principles of sustainable waste management for successfully establishing circular bioeconomy.
The primary audience of this book is the undergraduate, postgraduate and PhD students, researchers, industrialists, policy makers and stakeholders. The targeted readership of this book is vast because sustainable biorefinery constitutes one of the fastest growing areas that interest government and private institutions, scientific societies, Non-governmental organizations (NGO), resource recovery and biotechnology companies.
Contents
Chapter 1. An introduction to sustainable circular bioeconomy.- Chapter 2. Mechanism of Circular Bioeconomy.- Chapter 3. Advances in biorefinery technologies.- Chapter 4. Strain engineering for circular bioeconomy.- Chapter 5. Circular Design and Biomanufacturing.- Chapter 6. Resource Recovery from Waste for Sustainable Biorefineries.- Chapter 7. Progress in conversion of biomass into biofuels.- Chapter 8. Integration and Optimization of Biorefinery.- Chapter 9. Prospects on bio-fuels from agri-waste and its techno-economy.- Chapter 10. Recycling of synthetic and biobased plastic waste for value added applications.- Chapter 11. Sustainable biorefinery for the production of biomaterials.- Chapter 12. Algal biomass feedstock based biorefinery.- Chapter 13. Active pharmaceutical Ingredients using bio-catalyst for circular bioeconomy.- Chapter 14. The challenges, opportunities and future of sustainable biorefineries.
