This contributed volume examines the properties, production, and applications of nanocellulose, a renewable biopolymer with applications across a range of industries. It covers the use of nanocellulose in biodegradable packaging, bio-composites, sustainable textiles, drug delivery systems, wound dressings, sustainable food packaging, cosmetics, construction materials, and flexible electronics. The chapters also examine the role of nanocellulose in wastewater treatment, green chemistry, and other technologies that support more sustainable industrial practices.
The book addresses current advances in nanocellulose research alongside the technical, economic, and manufacturing challenges associated with its wider adoption. It also considers emerging industrial applications and future directions for the development and use of nanocellulose in sustainable materials and technologies.
This contributed volume examines the properties, production, and applications of nanocellulose, a renewable biopolymer with applications across a range of industries. It covers the use of nanocellulose in biodegradable packaging, bio-composites, sustainable textiles, drug delivery systems, wound dressings, sustainable food packaging, cosmetics, construction materials, and flexible electronics. The chapters also examine the role of nanocellulose in wastewater treatment, green chemistry, and other technologies that support more sustainable industrial practices.
The book addresses current advances in nanocellulose research alongside the technical, economic, and manufacturing challenges associated with its wider adoption. It also considers emerging industrial applications and future directions for the development and use of nanocellulose in sustainable materials and technologies.
Mohd Shabbir
Nanocellulose Green chemistry Biodegradable materials Biocomposites Textiles Packaging