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Sustainability in Denim
An introduction to the major environmental, social and economic impacts of denim that provides sustainable solutions for its safe manufacture
Subramanian Senthilkannan Muthu (Edited by)
9780081020432
Paperback / softback, published 13 June 2017
372 pages
22.9 x 15.1 x 2.4 cm, 0.6 kg
Sustainability in Denim provides the latest information on sustainable fabrics and practices. From cotton farming, to manufacture and end of life disposal, denim has extensive effects on the environment, inclusive of water consumption and contamination, destruction of large-scale ecosystems and transportation pollution. Additionally, recent developments in the manufacture of denim, such as the use of textiles, including elastane and polyester, have led to limitations in the high end recycling of denim. This book includes an introduction covering the history, manufacture and lifecycle of denim. It deals with the sustainability aspects of denim by addressing three important pillars of sustainability, the environmental, social and economic aspects, that when combined, present a unique approach in comparison to other books on the topic. The book primarily uses case studies to examine sustainability challenges throughout the denim lifecycle, and to evaluate new green initiatives and recycling processes. It will be of great use to industry professionals, sustainability managers, textile industry researchers and denim manufacturers.
1. Introduction to Denim2. Environmental Impacts of Denim3. Environmental Impacts of Denim Washing4. Life Cycle Assessment of Denim5. Water Footprint of Denim Industry6. Carbon Footprint of Denim Manufacturing7. Denim Processing and Health Hazards8. Chemicals and Effluent Treatment in Denim Processing9. Chemicals and Effluent Treatment in Indigo Denim Process10. Denim and Consumer's Phase of Life Cycle11. Social Aspects in Denim Production12. Sustainable Denim Processing13. Sustainable Denim Processing using Water-free Technologies
Subject Areas: Materials science [TGM], Textile & fibre technology [TDH], Plastics & polymers technology [TDCP], Conservation of the environment [RNK]
