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Describes explanatory coverage on biomaterials for food packaging
options Covers significant development in the packaging materials
originating from biological resources Highlights the advances made
in bioactive, biodegradable, edible films, and nano-based smart
materials for food packaging applications Enriched with several
distinctive and relevant illustrations
Discusses the significant developments in the fields of nanofibers,
nanocomposites, and their applications in textiles as well as the
related fields Highlights the advances, trends, and applications of
the field Has several illustrations that make the book distinctive
and relevant in the area
This book features perspectives on advances in textile coloration
technologies. It provides a comprehensive and holistic overview,
supporting rapid and efficient entry of new researchers into
emerging subjects within textile engineering and technology.
FEATURES Introduces current, reliable coloration technologies
Explains emerging coloration technologies from a multidisciplinary
point of view Discusses future R&D opportunities Offers
systematic, research-oriented outlines and observations and
well-defined illustrative models and schemes Written for
academicians, scientists, researchers, and advanced students of
textile science and technology, Emerging Technologies for Textile
Coloration aims to provide depth of understanding of both
state-of-the-art and emergent topics and to spur further research
leading to new opportunities and applications.
Nowadays, textile units utilize a number of dyes, chemicals,
reagents, and solvents to impart the desired quality to fabrics,
and generate a substantial quantity of effluents/contaminants,
which cause severe environmental problems if disposed of without
proper treatment. In view of several surveys carried out through
research papers, books, technical articles, and general reports
published in high-repute academic societies, Handbook of Textile
Effluent Remediation provides a detailed narration of the
acceptable methods of treating textile wastewater, such as active
ozonation, membrane filtration, and adsorption. The book discusses
emerging and suitable treatment systems that are viable, efficient,
and economical. In this context, it provides an array of several
traditional as well as advanced treatment practices for textile
effluents. It covers research-oriented descriptions of textile
wastewater treatment that can be adopted by scientific communities,
academicians, and undergraduate and postgraduate students of
industrial engineering, materials science and engineering, physics,
and chemistry. It offers several interesting methodologies and
aspects of current dimensional research through user-friendly
content, tables, and figures and provides up-to-date literature on
important and useful information for textile effluents, their
impact on the environment, and advanced remediation processes.
Needless to say, this book is of immense use to global researchers,
academicians, and consultants engaged in various streams of
wastewater treatment science.
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