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"Recovery of Textile Dyes by Liquid Membrane Techniques" by M. Sathya is an informative and detailed book that discusses the recovery of textile dyes using liquid membrane techniques. The book is aimed at researchers, professionals, and students in the fields of chemical engineering, environmental science, and textile technology, who are interested in sustainable and eco-friendly solutions for the textile industry. The book covers the fundamentals of textile dyeing, the environmental impacts of dye effluents, and the conventional methods for treating dye wastewater. It then introduces the…mehr

Produktbeschreibung
"Recovery of Textile Dyes by Liquid Membrane Techniques" by M. Sathya is an informative and detailed book that discusses the recovery of textile dyes using liquid membrane techniques. The book is aimed at researchers, professionals, and students in the fields of chemical engineering, environmental science, and textile technology, who are interested in sustainable and eco-friendly solutions for the textile industry. The book covers the fundamentals of textile dyeing, the environmental impacts of dye effluents, and the conventional methods for treating dye wastewater. It then introduces the concept of liquid membrane technology and its potential applications in the recovery of textile dyes. The author explains the principles of liquid membrane transport, the types of liquid membranes, and the factors affecting their performance. The book also provides case studies and practical examples of liquid membrane techniques for textile dye recovery, including their formulation, optimization, and performance evaluation. Furthermore, it highlights the potential of these techniques for various applications, such as wastewater treatment, resource recovery, and recycling. Overall, "Recovery of Textile Dyes by Liquid Membrane Techniques" is an insightful and comprehensive book that presents valuable insights and practical solutions for the development of sustainable textile dyeing processes. The book also contributes to the growing field of liquid membrane technology and its potential applications in environmental and chemical engineering.