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Bio-Based Materials: Contribution to Advancing Circular Economy
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This reprint focuses on studies dealing with bio-based materials and its contribution to a circular economy. Research dealing with recycling, waste conversion to bio-based products, the development of bio-based composites, and surface treatments on cellulose fibres have been included in this reprint.
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Keywords
- 16S rDNA sequencing technology
- 3D printing
- abrasive wear resistance
- agroindustrial waste
- antibiotic
- artificial aging
- ASA polymer
- attapulgite
- bio-based
- biobased plastics
- biocomposites
- Biodegradable
- biological mycelia
- bioplastic legislation
- bioplastic sources
- Bioplastics
- biopolymers
- birch bark
- blend
- blends
- Characterization
- chitosan
- Conocarpus fiber
- COVID-19
- crystallinity
- dielectric properties
- Drug delivery
- fillers
- fly ash
- fused deposition modelling
- geopolymer
- Gram-positive and -negative bacteria
- heavy metal removal
- hydrophobicity
- induced disease resistance
- infill density
- ionic liquid
- L18 orthogonal array
- lignin
- long fatty acid chain
- magnetic mortar and pestle
- Mathematics & science
- Mechanical properties
- mechanochemical esterification
- microcrystalline cellulose
- Morphology
- n/a
- natural fibers
- oleic acid
- Physics
- plant growth-promoting bacteria
- plantain
- plastic business case
- Plastic degradation
- poly(butylene succinate)
- poly(lactic acid)
- polypropylene
- polysaccharides
- Prosopis juliflora
- recycle composites
- Reference, information & interdisciplinary subjects
- Research & information: general
- sand-fixing materials
- scanning electron microscopy
- sodium alginate
- soil feritlity
- starch biopolymer
- suberin fatty acids
- sugarcane bagasse ash
- tensile properties
- Thermal stability
- thorn powder
- tobacco lignin
- waste plastics
- wood coating
- Wound healing
Links
DOI: 10.3390/books978-3-0365-6048-9Editions