Description
This book addresses the processing, applications, sustainability aspects, and challenges of spherical cellulose in various size ranges. It also explores themes in cellulose solvents, functional modifications in spherical morphologies, regeneration into spherical structures, and applications with respect to their sizes are discussed, including:Current research and advancements to find natural and biocompatible alternatives of synthetic plastics and other carcinogenic materials are summarized as well. Covers fundamental and applied knowledge on sustainable and renewable biopolymers and cellulose and their various forms. Explains regeneration methods and processes of cellulose to reshape into spherical shapes and varying sizes for specificity in applications. Describes the new and ecofriendly approaches to get regenerated cellulose materials and includes pertinent technical feasibilities and economic viabilities. Discusses related remediation of the ecosystem via removal of pollutants. This book is aimed at researchers and graduate students interested in cellulose, nanotechnology, and materials science.