Advances in Bio-Based Materials for Construction and Energy Efficiency

1. An introductory overview of bio-based construction materials<br><br>PART I Bio-based materials and biotechnologies for infrastructure applications<br>2. Performance of asphalt mixtures with partial replacement of fossil binders by bio-based binders<br>3. Nanocellulose fibers and crystals as emulsifying agents<br>4. Concrete with plant-based biomass aggregates and biomass ash<br>5. Geopolymer activator using rice husk ash<br>6. Utilization of agricultural waste-based materials in geopolymer<br>7. Performance of concrete using bacteria and bio-fibers<br>8. Fire performance of hemp concrete<br>9. Performance of cementitious composites incorporating flax fibers<br>10. Properties and environmental performance of concrete modified with a bio-additive based on Opuntia ficus-indica<br>11. Performance of cementitious composites incorporating nanocellulose fibers<br>12. Performance of cementitious composites based on spent coffee ground<br>13. LCA of wall infill made with agriculture waste<br><br>PART II Bio-based materials and biotechnologies for building energy efficiency<br>14. Thermal insulating lightweight aerogels based on nanocellulose<br>15. Thermal performance and durability of hemp shiv and recycled cardboard fibers<br>16. Thermal performance of hemp clay walls<br>17. Thermal performance of mortars with agricultural waste<br>18. Thermal performance and cost efficiency of hemp filled bricks<br>19. Physical characterization of two Native Chilean Macroalgae: Luga (Sarcothalia crispata) and Sargazo (Sargassum) for their use as thermal insulation material in sustainable housing<br>20. Optimizing passive building walls using PCMs and bio-based hygroscopic materials<br>21. Performance of dry-assembled wooden walls with bio-PCM<br>22. Innovative urban sustainability: Low-maintenance photobioreactor facades in architectural design