Bioeconomy of Dyes and Bioactive Compounds from Organic Waste

Bioeconomy of Dyes and Bioactive Compounds from Organic Waste examines the application of bioeconomic principles for the extraction of valuable bioactive compounds and dyes from bioresources. The book consolidates the literature on bioresources used for recovering natural dyes and bioactive compounds in a sustainable manner with minimum impact on climate change. The text contains both practical and theoretical aspects of conversion of bioresources to bioactive compounds and dyes, focusing  on advanced techniques of waste management along with the transnational transport of waste and its implications on human well-being and climate change.  The book begins by introducing the bioeconomy of organic waste, then follows up with sections on extractions of bioactive compounds from organic waste, extractions of organic dyes from organic waste materials, and methods and techniques for extraction, isolation, and characterization. The final section contains chapters on applications of bioactive compounds and natural dyes in various sectors, including the food and textile industries, drug development, and dye-sensitized solar cells. This book serves as a comprehensive reference for chemists, environmental scientists, chemical and biological engineers, environmental policy and decision-makers, medical and health science professionals, waste managers, and more. Presents a multi-disciplinary approach that covers traditional waste management techniques as well as more modern, advanced management techniques like pyrolysis and biogas production from wastes Emphasizes the population-waste nexus Explains circular economy concepts such as sourcing of biowaste, clustering, processing, and extraction of the valuable products INDICE: Section 1: Introduction to Bioeconomy of Organic Waste 1. Organic/Bio-waste: Sources, generation, distribution and abundance2. Current strategies for management of biowaste and the limitations of unsustainable practices3. Environmental impact of the current bio-waste management strategies4. From biowaste to bioresources for sustainable development: Opportunities and challenges5. Product strategies: Energetic vs material biomass use and promising bioeconomy sectorsSection 2: Extractions of Bioactive Compounds from Organic Waste 1. Extractability potential of bioactive compounds from biowaste: Cross-sectoral and cross-national considerations2. Global strategies for sourcing of biowaste and its downstream processing: Challenges and opportunities3. Use of GIS and other digital technologies in waste management and use for bioeconomy4. Cost-benefit issues for extraction of bioactive compounds from bio-waste5. Impact on climate change and planetSection 3: Extractions of organic dyes from organic waste materials1. Extractability potential of dyes compounds from biowaste: Cross-sectoral and cross-national considerations2. The unsustainability of the chemical dyes and negative impacts on the planet and water3. Alternatives dyes such as from biowaste: Various sources such as flowers, forestry, agriculture, and beverage used fruits and vegetables4. Global strategies for sourcing of biowaste and its downstream processing: Challenges and opportunities5. Use of GIS and other digital technologies in waste management and use for bio economySections 4: Various methods and techniques used for the extraction, isolation and characterization of bioactive compounds and natural dyes 1. Methods and techniques for the extraction of bioactive compounds (Conventional methods)2. Greener and sustainable methods/techniques3. Conventional methods for the extraction of natural dyes4. Greener and sustainable methods/techniques5. Characterization of the bioactive compounds and natural dyes6. Use of robotic technology and artificial intelligence in extraction of bioactive compounds and dyes7. Environmental considerationsSection 5: Applications of bioactive compounds and natural dyes in various sectors1. Bioactive compounds for drug development2. Other applications of bioactive compounds (Insect Repellent etc.)3. Bioactive compounds for functional food development4. Industrial applications of dyes (textile, pain, tarnishes, paints, UV-protective)5. Natural Dyes in dye-sensitized solar cells

• ISBN: 978-0-323-99215-2
• Editorial: Elsevier
• Encuadernacion: Rústica
• Páginas: 350
• Fecha Publicación: 01/03/2023
• Nº Volúmenes: 1
• Idioma: Inglés