Biomass Wastes for Sustainable Industrial Applications

1. Biomass Wastes: Fundamentals, Classification and Properties. 2. Biomass Wastes: Natural and Biological Origin, Processing, Sustainability, and Recycling. 3. Bioproducts from Biomass Wastes: Chemicals and Energy Materials Production and Utilization. 4. Forestry and Agricultural Residues-Based Wastes: Fundamentals, Classification, Properties, and Applications. 5. Animal Wastes: Fundamentals, Classification, Properties, and Applications. 6. Biomass-Based Industrial Wastes: Fundamentals, Classification, and Application. 7. Biomass-Based Municipal Solid Wastes: Fundamentals, Classification, Properties, and Applications. 8. Food Processing Wastes: Fundamentals, Classification, Properties, and Applications. 9. Biomass Wastes for Adsorbent and Waste Treatment Applications. 10. Biomass Wastes for Catalytic Application for Biodiesel Production. 11. Biomass Wastes for Electrolyte and Electrode Applications. 12. Biomass Wastes for Bioenergy-Based Applications. 13. Biomass Wastes for Electricity Generation, Bioenergy, and Harnessing of Nature Power Applications. 14. Biomass Wastes for Lubricating, Adhesive, and Anticorrosive Applications. 15. Biomass as a Sustainable Energy Source for Energy Storage. 16. Hydrogen Production from Biomass. 17. Modified Biopolymers and Their Wastes as Corrosion Inhibitors.

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• Ciência agrícola
• Química industrial
• Biotecnologia
• Bioquímica
• Engenahria civil, levantamentos e construção
• Tecnologia das fontes de energia renovável e alternativa
• Gestão de resíduos
• Engenharia química

Biomass waste;Sustainability;Waste cycling;Waste utilization;Industrial Sustainable Materials;Biomass conversion in value-added materials