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Table of Contents
Intro; Contents; 1 Sustainable Dyeing Techniques; 1 Introduction; 2 Dye and Its Importance; 3 Principles of Dyeing Process; 4 Steps Involved in Dyeing Process; 4.1 Production; 4.2 Dyeing; 4.3 Finishing; 5 Classification of Dyes; 5.1 Natural Dyes; 5.2 Synthetic Dyes; 6 Preparation and Pre-treatment of Materials Before Dyeing; 7 Dyeing Technologies; 7.1 Exhaust Dyeing; 7.2 Continuous Dyeing; 7.3 Semi-continuous Dyeing; 7.4 Pigment Dyeing; 7.5 Air-Dye Technology; 7.6 Supercritical Fluid Dyeing; 7.7 Plasma Technology; 7.8 Foam Dyeing; 7.9 Microwave Technology
7.10 Ultrasonic Wave Dyeing Technology7.11 Ozone Technology for Dyeing; 7.12 Bio-based Dyeing Technology; 7.13 Electrochemical Dyeing; 8 Dyeing Machines; 8.1 Jigger Dyeing Machine; 8.2 Winch Dyeing Machine; 9 Future Trends in Dyeing; 10 Conclusion; References; 2 Eco-friendly Production Methods in Textile Wet Processes; 1 Introduction; 2 Textile Operations; 2.1 Sizing and Desizing; 2.2 Bleaching; 2.3 Mercerization; 2.4 Dyeing and Printing; 2.5 Finishing Process; 3 Ozonation Technology; 3.1 Properties of Ozone Gas; 3.2 Production of Ozone Gas; 3.3 The Usage of Ozone Gas in Textile Industry
4 Membrane Filtration Technology4.1 Types of Membrane Process; 4.2 Studies Concerning Membrane Use; 5 Plasma Technology; 5.1 Plasma Treatment to Cotton; 5.2 Plasma Treatment to Wool; 5.3 Plasma Treatment to Synthetic Fibers; 6 Enzymatic Treatments; 6.1 Enzyme Structure; 6.2 Enzyme Action Mechanism; 6.3 Factors of Affecting Enzyme Action; 6.4 Enzyme Classification; 6.5 Utilization of Enzymes in Textile; 6.6 Purposes of Bio-process for Textile Finishing; 6.7 Cellulase; 7 Conclusion; References; 3 Sustainability in Wastewater Treatment in Textiles Sector; 1 Introduction
2 Resources in Domestic Wastewater and Organic Household Waste2.1 Wastewater Types, Sources and Constituents; 3 Sustainability Wastewater Management; 4 Characteristics of Wastewater; 5 Wastewater Treatment Technologies; 5.1 Treatment Methodologies; 6 Sustainability; 6.1 Sustainability Analysis of Wastewater Treatment Systems; 6.2 Economic Sustainability; 6.3 Ecological Sustainability; 6.4 Societal Sustainability; 6.5 Significance of Sustainability; 7 Environment Re-entry or Re-utilize; 7.1 Re-entry of Treated Waste into the Biological System; 7.2 Sorts of Re-entry Framework
7.3 Solids Re-entry Innovations7.4 Wastewater Emanating Re-entry Innovations; 7.5 Re-utilization of Water and Bio Solids Recovered from Wastewater; 8 Conclusion; References
7.10 Ultrasonic Wave Dyeing Technology7.11 Ozone Technology for Dyeing; 7.12 Bio-based Dyeing Technology; 7.13 Electrochemical Dyeing; 8 Dyeing Machines; 8.1 Jigger Dyeing Machine; 8.2 Winch Dyeing Machine; 9 Future Trends in Dyeing; 10 Conclusion; References; 2 Eco-friendly Production Methods in Textile Wet Processes; 1 Introduction; 2 Textile Operations; 2.1 Sizing and Desizing; 2.2 Bleaching; 2.3 Mercerization; 2.4 Dyeing and Printing; 2.5 Finishing Process; 3 Ozonation Technology; 3.1 Properties of Ozone Gas; 3.2 Production of Ozone Gas; 3.3 The Usage of Ozone Gas in Textile Industry
4 Membrane Filtration Technology4.1 Types of Membrane Process; 4.2 Studies Concerning Membrane Use; 5 Plasma Technology; 5.1 Plasma Treatment to Cotton; 5.2 Plasma Treatment to Wool; 5.3 Plasma Treatment to Synthetic Fibers; 6 Enzymatic Treatments; 6.1 Enzyme Structure; 6.2 Enzyme Action Mechanism; 6.3 Factors of Affecting Enzyme Action; 6.4 Enzyme Classification; 6.5 Utilization of Enzymes in Textile; 6.6 Purposes of Bio-process for Textile Finishing; 6.7 Cellulase; 7 Conclusion; References; 3 Sustainability in Wastewater Treatment in Textiles Sector; 1 Introduction
2 Resources in Domestic Wastewater and Organic Household Waste2.1 Wastewater Types, Sources and Constituents; 3 Sustainability Wastewater Management; 4 Characteristics of Wastewater; 5 Wastewater Treatment Technologies; 5.1 Treatment Methodologies; 6 Sustainability; 6.1 Sustainability Analysis of Wastewater Treatment Systems; 6.2 Economic Sustainability; 6.3 Ecological Sustainability; 6.4 Societal Sustainability; 6.5 Significance of Sustainability; 7 Environment Re-entry or Re-utilize; 7.1 Re-entry of Treated Waste into the Biological System; 7.2 Sorts of Re-entry Framework
7.3 Solids Re-entry Innovations7.4 Wastewater Emanating Re-entry Innovations; 7.5 Re-utilization of Water and Bio Solids Recovered from Wastewater; 8 Conclusion; References