Suchergebnisse

Chapter 1: Sustainable Manufacturing Practices in Textiles and Fashion -- Chapter 2: Salt-Free Dyeing of Cellulosic Fibers -- Chapter 3: Sustainable Approaches in Textile Sizing Process -- Chapter 4: Recent trends in sustainable garment manufacturing -- Chapter 5: Take-Back Programs for Fashion Brands' Garments in Sustainable Manufacturing Systems -- Chapter 6: The awakening of an environmental conscious fashion era -- Chapter 7: Catalytic Methods for Sustainable Textile Dyeing -- Chapter 8: Date palm leaf mat: a sustainable textile craft: a way to a sustainable life -- Chapter 9: Sustainable Performance Assessment of Textile and Apparel Industry in a Circular Context -- Chapter 10: Manmade Bio-based and Biodegradable Fibres for Textile Applications -- Chapter 11: Sustainable Fashion Manufacturing System in Korean Fashion Industry -- Chapter 12: Recycling Practices of Post-Industrial Waste Generated From Textile Industry.

Environmental impacts created by the textiles and fashion sector are well known and acknowledged by various stakeholders involved in the entire supply chain. The entire lifecycle of textile products creates various impacts to the environment and hence any attempts to alleviate the impacts are highly welcomed. The whole sector is keen to investigate novel sustainable alternatives in terms of raw materials, processes, approaches to make the entire textiles and fashion sector more sustainable. This broad title of novel sustainable alternatives can be split into three subtopics: novel raw material alternatives, novel process alternative and novel alternative approaches. This volume is dedicated to dealing with novel sustainable raw material alternatives for the textiles and fashion industry.

Chapter 1. Measuring textile (un)sustainability to raise purchasing choices awareness: theoretical background -- Chapter 2. Consumers' sustainable clothing consumption practices: adopting the principles of voluntary simplicity -- Chapter 3. Towards increasing public awareness of cellulose-based textiles with improved sustainability -- Chapter 4. A long-time approach to promote sustainability awareness -- Chapter 5. The influence of social media usage on consumers' sustainable clothing consumption practices -- Chapter 6. Measuring textile (un)sustainability to raise purchasing choices awareness: the case of cotton fabrics -- Chapter 7. Sensory evaluation of hemp textiles by consumers as a prospective market research method for new textile products.

Chapter 1: Application of Life Cycle Costing in Building Energy Performance -- Chapter 2: Life Cycle Cost Analysis of Nearly-Zero Energy Buildings: An Introduction to the Methodologies -- Chapter 3:Analysis of Life Cycle Cost, Barriers and Strategies towards Enhancing its Application: Case Study of Commercial Buildings -- Chapter 4: Applications of Life Cycle Costing in Waste-to-Energy Projects -- Chapter 5: Life Cycle Cost Assessment of Various Wave Energy Converters (Based on Energy & Carbon Intensity) -- Chapter 6: Towards Optimising Life Cycle Costs of High-Rise Residential Apartments: A Case of Sri Lanka.

Chapter 1. Natural dyes in Traditional textiles – A gateway to sustainability -- Chapter 2. SUSTAINABLE EXTRACTIONS AND APPLICATIONS OF NATURAL DYESTUFFS -- Chapter 3. Dyes and pigments from agricultural wastes in the coloration of textiles -- Chapter 4. Recent approaches and advancements in natural dyes -- Chapter 5. Mushroom based natural dyes for sustainable color in textiles -- Chapter 6. Extraction and Application of Tannin Based Plants As Source Of Natural Colourants -- Chapter 7. SOCIAL AND ENVIRONMENTAL IMPACT OF NATURAL DYEING -- Chapter 8. Classification of Natural Dyes for Sustainable Exploitation -- Chapter 9. Natural Indigo dyes – A potential dye for sustainability -- Chapter 10. NATURAL DYES – COLOURING TOOL FOR TEXTILES -- Chapter 11. Extraction of Natural Pigments Using Supercritical Carbon Dioxide and its Application on Different Fabrics -- Chapter 12. Natural Dyes as Corrosion Inhibitors -- Chapter 13. Evaluation of Colorimetric and Color Fastness Properties of Marble Printed Silk Fabrics with the Usage of Various Mordants and After Treatments -- Chapter 14. Natural dyeing of PA 6, PTT, PBT, PLA, Silk, and Soybean textile fibers with black mulberry fruit extract by conventional and microwave dyeing techniques.

Chapter 1. Rethinking the fashion value chain: how reshoring can create a localised product lifecycle and support sustainable economic growth -- Chapter 2. Consumer perspectives of rental of outdoor clothing -- Chapter 3. Does textile recycling reduce environmental impact? A probabilistic and parametric analysis for a case of open-loop recycling -- Chapter 4. Circular Business Strategies in the Fashion Market: Buying Second Hand Clothing -- Chapter 5. The Afterlife of Waste - Sustainable Fashion Businesses & Solutions -- Chapter 6. Aspiring Makers: Making a living without hurting the Planet -- Chapter 7. Sustainable approaches in design & development of Athleisure -- chapter 8. SUSTAINABLE APPROACHES AND SPORTS APPARELS -- chapter 9. Fluctuating Attitudes of Target Consumers for Sustainable Fashion Markets across India -- Chapter 10. UP-CYCLING THE PRE-CONSUMER TEXTILE WASTE INTO INVENTIVE ACCESSORIES.

Chapter 1. 3D Printing, a Road to Sustainable Fashion -- Chapter 2. A critical analysis on the characteristics of raw and treated effluents generated from natural/ayurvedic dyeing unit -- Chapter 3. REALITY AND CHALLENGES IN SUSTAINABLE TEXTILES -- Chapter 4. Scope of Natural dyes and Biomordants in Textile Industry for Cleaner Production -- Chapter 5. SUSTAINABLE TECHNOLOGIES AND MATERIALS FOR FUTURE FASHION.

Chapter 1. SUSTAINABILITY BY USING PRECONSUME TEXTILE BASED DEADSTOCK FOR THE DEVELOPMENT OF A CAPSULE COLLECTION: A CASE REPORT -- Chapter 2. SUSTAINABLE COLORANTS FROM NATURAL RESOURCES -- Chapter 3. Tillandsia usneoides L. (Spanish Moss) Air Plant and Its Important Potential for Sustainable Technical Textile Applications -- Chapter 4. Luxurious sustainable fibers -- Chapter 5. Sustainable products from natural fibres/biomass as a substitute for single-use plastics : Indian context -- Chapter 6. SUSTAINABLE APPROACHES FOR NON-APPAREL TEXTILE PRODUCTS USED IN SPORTS -- Chapter 7. COTTON FIBER AND ITS SUSTAINABLE ALTERNATIVES -- Chapter 8. Ancient Natural Colors From Chincheros -- Chapter 9. ECOPOTS- AN ALTERNATIVE TO PLASTIC SAPLING BAGS -- Chapter 10. An Alternative Fiber Source in Sustainable Textile and Fashion Design: Cellulosic Akund Fibers.

Recent Progress on Life Cycle Sustainability Assessment in Textile Industry: Applications for Environmental, Economic and Social Impacts of Cotton and Its Derivatives -- A framework for life cycle inventory modelling of chemical substances in the footwear and apparel industry -- Life Cycle Assessment of the Renting of Leisurewear -- The environmental impact of textiles and clothing: a regional and a country approach -- Performing life cycle assessment at scale in the footwear industry -- Life cycle assessment of textile fibers in Brazil: a literature review -- The role of country specific gate to gate ecolabels: Case study for Sri Lankan clothing industry -- The role of Life Cycle Assessment in analyzing Circular Economy strategies in the clothing sector: a review -- LCA Studies on Regenerative Agriculture and Regenerative Textiles: Two Routes of Regenerative Cotton.

Carbon Footprint of Pipe Production using Waste Plastics -- Enviro-economic Assessment of Plastic Cell-filled Concrete Pavement -- Carbon Footprint and Economic Assessment of LED bulbs Recycling -- An Empirical Investigation of Waste Management and Ecological Footprints in OECD Countries -- Ecological Footprint Assessment of E-waste Recycling -- Ecological Footprint Assessment of Concrete using E-waste.

Chapter 1. Technological innovations promoting Circular Economy: A tool to close resource loops -- Chapter 2. Prospects of Circularity in Steel Industry: Mapping through LCA approach -- Chapter 3. Circular economy as a way forward against material criticality: the case of Rare earth elements in the context of sustainable development -- Chapter 4. Building a Sustainable Future: A Circular Economy-Based Leasing Model for Affordable Housing in Malaysia Evaluated by Life Cycle Assessment -- Chapter 5. ALTERNATIVES TO IMPROVE THE MANAGEMENT OF AGRICULTURAL PLASTICS WITHIN THE FRAMEWORK OF CIRCULAR ECONOMY -- Chapter 6. Application of green technology for the management of figs' deseasonalization: an economically and environmentally effective tool.

This book presents applications of blockchain technologies to foster sustainable development in the textile and clothing supply chain. The concept of Textiles and Fashion Sustainability has grown to a wider extent today. Among the list of items to achieve Sustainability in Textiles and Fashion, the key element is the traceability of supply chains in terms of mapping and tracing the entire supply chain to ensure sustainable supply chain management. Reliable and transparent, efficient data is one of the crucial requirements for Textiles and Fashion Sustainability in today's advanced industrial context and this is possible in this advanced era by various technological advancements such as Block chain technologies. These days one can see a widespread application of blockchain technology in the Textiles and Clothing sector. The core competencies of blockchain technology namely transparency, data auditability, privacy, value transfer, and process efficiency and automation are very much essential for achieving the multifold objectives under the theme Textiles and Fashion Sustainability.

Intro -- Contents -- About the Editor -- Carbon Footprints of Recycled Plastic Packaging and Household Food Consumption by Gender in Spain -- 1 Introduction -- 2 Literature Review -- 3 Methodology -- 3.1 Data Collection -- 3.2 Data Homogeneity -- 3.3 Carbon Footprints -- 4 Main Results -- 4.1 Carbon Footprint and Emissions Pattern -- 4.2 Consumption Patterns: Food, Restaurants and Age Group -- 4.3 Emissions from Food Packaging -- 4.4 Household Packaging Waste and Recycling -- 5 Conclusions and Discussion -- References -- The Potential of Refuse-Derived Fuel Production in Reducing the Environmental Footprint of the Cement Industry -- 1 Introduction -- 2 A Brief Overview of Cement Industry Environmental Challenge -- 3 Co-benefits and Risks of Co-processing in Cement Industry -- 4 The Refuse-Derived Fuel Use in Cement Plants -- 5 The Refuse-Derived Fuel Potential: A Case Study in Brazil -- 6 Environmental Footprint Discussion -- 7 Final Remarks -- References -- Ecological Footprint of Multi-silicon Photovoltaic Module Recycling -- 1 Introduction -- 2 Photovoltaic Technology -- 2.1 Types of PV Modules -- 3 Global Market and Waste Generation -- 4 Methods of Recycling PV Modules -- 5 Ecological Footprint (EF) -- 6 Methodology -- 6.1 Ecological Footprint of Solar PV Panel Recycling (EFR) -- 7 Results -- 7.1 Ecological Footprint of Dismantling (EFdismantling) -- 7.2 Ecological Footprint of Remelting of Glass (EFremelting) -- 7.3 Ecological Footprint of Thermal Treatment (EFthermal) -- 7.4 Ecological Footprint of Chemical Treatment (EFchemical) -- 8 Conclusions -- References -- An Environmental Construction and Demolition Waste Management Model to Trigger Post-pandemic Economic Recovery Towards a Circular Economy: The Mexican and Spanish Cases -- 1 Introduction -- 2 Objective and Methodology -- 3 Materials and Methods.

Intro -- Contents -- About the Editor -- List of Figures -- Design and Production Process of Toy Prototypes Using Urban Forestry Waste -- 1 Introduction -- 2 The Role of Toys and Games in Children's Development -- 3 Description of the Toy Creation Process with Urban Forestry Waste -- 4 Conclusions -- References -- On Longevity and Lost Toys: Sustainable Approaches to Toy Design and Contemporary Play -- 1 Introduction: Where Are the Toys Going? -- 2 Perspectives on Play and Toys Today -- 3 Toys Within the Industries of Play -- 4 Toy Life Cycles in Children's and Adults' Play -- 5 Sustainability -- 5.1 Production Materials and Chemicals -- 6 Sustainability by Toy Design-An Overview -- 7 Approaches to Sustainable Play -- 8 Conclusions -- References -- Tips for Selecting Wood from Urban Afforestation for the Production of Toys: How the Sustainable Reuse of Waste Can Result in Economic, Environmental and Social Benefits -- 1 Introduction -- 2 Properties Favorable to the Production of Toys -- 2.1 Anatomical Properties -- 2.2 Chemical Properties -- 2.3 Physical Properties -- 2.4 Mechanical Properties -- 3 Strategies for Classification and Reuse of Urban Wood Waste -- 3.1 Classification and Characterization -- 4 Problems Arising from the Use of Urban Wood Waste and How to Get Around Them -- 4.1 Possible Changes in the Chemical and Physical Properties of Urban Wood Waste -- 4.2 Possible Strategies and Solutions to Mitigate the Problems of Wood Waste from Urban Afforestation -- 5 Economic, Social and Environmental Benefits -- 6 Conclusions -- References -- The Pile of Shame: The Personal and Social Sustainability of Collecting and Hoarding Miniatures -- 1 Introduction -- 2 Background -- 2.1 Miniatures and Miniaturing -- 2.2 The Pile of Shame -- 2.3 Sustainability and Consumption -- 3 Method and Data -- 4 Results -- 4.1 Practical Sustainability.