Sustainable Food Systems from Agriculture to Industry Improving Production and Processing
Coordonnateur : Galanakis Charis M.
Sustainable Food Systems from Agriculture to Industry: Improving Production and Processing addresses the principle that food supply needs of the present must be met without compromising the ability of future generations to meet their needs. Responding to sustainability goals requires maximum utilization of all raw materials produced and integration of activities throughout all production-to-consumption stages. This book covers production stage activities to reduce postharvest losses and increase use of by-products streams (waste), food manufacturing and beyond, presenting insights to ensure energy, water and other resources are used efficiently and environmental impacts are minimized.
The book presents the latest research and advancements in efficient, cost-effective, and environmentally friendly food production and ways they can be implemented within the food industry. Filling the knowledge gap between understanding and applying these advancements, this team of expert authors from around the globe offer both academic and industry perspectives and a real-world view of the challenges and potential solutions that exist for feeding the world in the future. The book will guide industry professionals and researchers in ways to improve the efficiency and sustainability of food systems.
Part A: Sustainable Food Production 1. Introduction to Sustainable Food Production 2. Elucidating Local Food Production to Identify Principles and Challenges for Sustainable Agriculture 3. Role of Earthworm in Sustainable Agriculture 4. Evaluating the Environmental, Economic and Social Sustainability of Agro-Food Systems Through Life Cycle Approaches 5. Systems for Sustainability and Transparency of Food Supply Chains
Part B: Sustainable Food Processing 6. Energy saving food processing 7. Drying and chilling/freezing of perishable foods in the organic sector 8. Sustainable Packaging 9. Sustainable Sanitation in the Food Industry 10. Microbial Biosurfactants in Food Sanitation
Part C: Sustainable Food Waste Management 11. Food Waste Valorisation 12. Food Waste Recovery: Prospects and Opportunities
Researchers;specialists;agriculturalists;professionals and strategy developers working in the agro-food industry;from farm to fork;chemical engineers. University libraries and Institutes as a textbook and/or ancillary reading in graduates and post-graduate level multi-discipline courses dealing with sustainable food systems;agricultural and environmental science;food processing, bioresource valorization
- Addresses why food waste recovery improves sustainability of food systems, how these issues can be adapted by the food industry, and the role of policy making in ensuring sustainable food production
- Describes in detail the latest understanding of food processing, food production and waste reduction issues
- Includes emerging topics, such as sustainable organic food production and computer aided process engineering
- Analyzes the potential and sustainability of already commercialized processes and products
Date de parution : 01-2018
Ouvrage de 442 p.
19x23.3 cm
Thèmes de Sustainable Food Systems from Agriculture to Industry :
Mots-clés :
Agrifood industry; Agro-food systems; Bio-based packaging; Biochemicals; Biofilms; Biofuel; Biological resource; Biomaterials; Biorefinery; Biosurfactants; Cleaning-in-place; Dehydration; Domestication; Drying; Earthworm; Eco-friendly; Edible films; Electrolyzed water; Emerging technologies; Energy; Energy efficiency; Energy saving; Environmental; Extraction; Food applications; Food by-products; Food packaging; Food processing; Food safety; Food sanitation; Food waste sustainability; Foodborne pathogens; Freezing; Integrity; Life cycle assessment; Life cycle costing; Local food; Meaning; Opacity; Packaging sustainability; Pasteurization; Pesticide; Plant exploitation; Product quality; Recovery; Refrigeration; Renewable resources; Social life cycle assessment; Strategic ambiguity; Supply chain; Surface tension; Sustainability; Sustainable agriculture; Sustainable development; Sustainable processing; Technology; Transparency; Valorization; Value-added compounds; Vermicomposting