Chapter 01 Biopolymers as Sustainable Materials - Overview
Chapter 02 Biomass Polymers from Waste Plants Rooted in an Upcycling-Oriented Society
Chapter 03 The role of bioplastics in supporting a circular economy and the SDGs
Chapter 04 Biomass source for Cellulose Production: Characterization and Utilization
Chapter 05 Cellulose materials re-sourced from agriculture crops and food industry wastes
Chapter 06 Bioconversion of Oil Palm Empty Fruit Bunch Biomass through Agricultural Activities
Chapter 07 Chitosan as a sustainable resource and its biomass polymer composite for: Chitosan preparation and their functional properties
Chapter 08 Chitin biomaterials: Regenerated from Insect and its Hydrogel Films as an Alternative Source from Marine Arthropods
Chapter 09 Chitin Nanofibers: An Exploration of Preparation, Characterization, and Innovative Applications
Chapter 10 Insect source of black soldier fly larvae for biomass polymer materials
Chapter 11 Oil palm biomass transformation into valuable biomolecules: Status and advancement methods
Chapter 12 Pectin sourced from fruit waste
Chapter 13 Pectin Biopolymers Originate from Food Waste and Their Innovative Advancements
Chapter 14 Seaweed-Based Polymers: Sustainable Sourcing, Characterization, and Utilization for Biomaterial Applications
Chapter 15 Sulfated polysaccharides based algal seaweed wastes and their aqueous solution properties and cyto-activity
Chapter 16 Natural rubber - biomass and its sustainable resources and functional properties
Chapter 17 Natural rubber materials and composites
Chapter 18 Peptide activity for sustainable food preservation and its classification and characterization
Chapter 19 Bacterial cellulose obtained through fermentation culture contributing to a circular society
Chapter 20 Polyhydroxyalkanoate: Production using agro-industrial wastes in Malaysia
Chapter 21 Carbonization of Biomass and Their Upcycling for Material Application