Conventional textile production is an energy-hungry process characterized by the huge consumption of water and other chemicals. To overcome these challenges, interest in advanced sustainable technologies in textile chemical processing have been growing exponentially over recent years. With recent breakthroughs in the textile sector involving sonochemistry, the consumer market is expanding, and textiles find a wide range of applications, such as in the field of defence, the medical sector, sports, fire protection, radiation protection, etc. Sonochemistry offers several advantages in terms of energy savings, low environmental impact, ease of use, economy, and high treatment speed, and therefore has been rapidly gaining attention for use in the textile industry. 'Sonochemistry for Textile and Fibre Engineering' introduces major topics related to sonochemical processing, including sonocleaning, scoring, dye extractions, sonodyeing, printing, ultrasound enzyme-assisted finishing, and sonosynthesis of nanoparticles for textile modifications. It also highlights a broad range of potential applications with an emphasis on how sonochemistry allows the development of novel, prominent functionalities on different natural and synthetic textile substrates. Providing a comprehensive overview of the latest research in the textile sonochemistry area coupled with contributions from leading researchers in this field, this book will be a valuable resource for both academia and industry interested in textile chemistry and fibre engineering.

Provides a range of perspectives on Sonochemistry in all fields of textile and fibre engineering in a systematic and comprehensive manner.

Offers up-to-date coverage of recent developments ranging from ultrasonic cleaning, biopolishing to sonosynthesis of nanoparticles for advanced textile functionalization.

Reveals sonochemistry as an emerging and sustainable option for textile waste water purification.

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