This edited volume covers the key role of bioeconomy for next-generation industrial production to achieve Sustainable Development Goals. It addresses the key environmental challenges due to biowaste generation and their application in boosting the economy through the conversion of biowaste into valuable products for sustainable growth and future needs. This book also describes the potential future research scope and possibilities in bioeconomy towards sustainable industrial ecology and circular economy. In recent years, competition has increased for determinate resources. There is an urgent need to look for sustainable, non-polluting alternate sources to meet the demands of an ever-increasing population. Sustainable processes and production while using biological material can produce food, fodder, agricultural inputs, fuel etc. with lesser inputs and reduced emission of pollutants. Agricultural waste and food waste are another concern which demands immediate interventions. The Bioeconomy can be a possible way to address these challenges. It includes sustainable production of food, fodder, fiber, fuel, agricultural inputs, and other goods while using renewable resources or different types of waste. This is beneficial to resolve diverse environmental problems such as future bioenergy production technology, societal transformations, pollution management, industrial circular economy, agricultural practices and food securities, climate management etc. Bioeconomy helps to move from a linear economy to a circular economy.

This book is a valuable source for researchers, teachers, and undergraduate and graduate students of environmental science, environmental economics, agriculture science, biotechnology, ecology, and soil science. It also serves as additional reading material for professionals, scientists, stakeholders of government and non-government organizations, industrialists, and policymakers of the relevant fields.

Covers the concept of biomass technology and its role in sustainable development goals Provides research and practical efforts of future government policies in sustainable bioeconomy Explores next-generation industrial innovations and development for a sustainable and circular economy

Autorentext
Vinod Kumar Garg is presently working as Professor at the Department of Environmental Science and Technology, Central University of Punjab, Bathinda, Punjab, India. Previously, he has worked at Guru Jambheshwar University of Science and Technology and CCS Haryana Agricultural University, Hisar, India in different capacities. He has published more than 200 research and review articles and 10 books. He was awarded "Thomson Reuters Research Excellence - India Citation Awards 2012". He is an active member of various scientific societies and organizations including, Biotech Research Society of India, Indian Nuclear Society etc. He was elected Fellow of Biotech Research Society of India in 2011.

Navish Kataria has been working as an Assistant professor in the Department of Environmental Sciences, J.C. Bose University of Science and Technology, YMCA, Faridabad, India, since January 2020. He completed his Ph.D. in Environmental Science and Engineering in 2018. He^1350 citations). He has published 02 edited CRC press books and 01 editorial. His field of interest is Environmental nanotechnology, water and wastewater treatment technologies, green nanomaterials synthesis, emerging pollutants, heavy metal and dyes removal, Adsorption, Environmental Pollution management, and microplastic pollution.

Klappentext

1. Biomass: Resources, Market, Production Possibilities.- 2. Bioeconomy for sustainable Environment management practices.- 3. Transition from linear to circular bioeconomy for the sustainable production of green chemicals from agro-industrial waste.- 4. Bioeconomy for sustainable bioenergy and biofuels generation.- 5. Bioeconomy for sustainable biomaterials and Bioproduct development.- 6. Microalgae-based bioproducts and biomaterials towards a sustainable bioeconomy.- 7. Bioeconomy for sustainable building and construction practices.- 8. Bioeconomy for sustainable Organic farming (compost and biopesticides biofertilizers etc.- 9. New perspectives in sustainable bioconversion of lignocellulose to biofuel by diatoms.- 10. Forest bioeconomy (Bioeconomy of the forest-based sector) for sustainability and circular economy.- 11. Bioeconomy for sustainable conversion of green solvents and biochemical.- 12. Bioeconomy for sustainable Agriculture and Food Production.- 13. Sustainable bioeconomy for next generation industrial ecology.- 14. Low-key bioeconomies: The case of farmers markets in East Yorkshire.- 15. Food Processing technology with future impacts, challenge, and policy for sustainable bioeconomy.- 16. Bioeconomy for sustainable plant-based vaccines development for health care.- 17. Rose Oxide: as fragrance molecule, production aspects and future prospects.

   Inhalt

1. Biomass: Resources, Market, Production Possibilities.- 2. Bioeconomy for sustainable Environment management practices.- 3. Transition from linear to circular bioeconomy for the sustainable production of green chemicals from agro-industrial waste.- 4. Bioeconomy for sustainable bioenergy and biofuels generation.- 5. Bioeconomy for sustainable biomaterials and Bioproduct development.- 6. Microalgae-based bioproducts and biomaterials towards a sustainable bioeconomy.- 7. Bioeconomy for sustainable building and construction practices.- 8. Bioeconomy for sustainable Organic farming (compost and biopesticides biofertilizers etc.- 9. New perspectives in sustainable bioconversion of lignocellulose to biofuel by diatoms.- 10. Forest bioeconomy (Bioeconomy of the forest-based sector) for sustainability and circular economy.- 11. Bioeconomy for sustainable conversion of green solvents and biochemical.- 12. Bioeconomy for sustainable Agriculture and Food Production.- 13. Sustainable bioeconomy for next generation industrial ecology.- 14. Low-key bioeconomies: The case of farmers markets in East Yorkshire.- 15. Food Processing technology with future impacts, challenge, and policy for sustainable bioeconomy.- 16. Bioeconomy for sustainable plant-based vaccines development for health care.- 17. Rose Oxide: as fragrance molecule, production aspects and future prospects.