The document provides an agenda for five presentations on sustainability in the fashion and textile industry. The first presentation is by Bill MacBeth on the RESET Project and efforts to address key issues in the sector. The second presentation is by Jo Conlon and Srilakshmi Narayanaswamy on using Product Lifecycle Management (PLM) as a platform for operational excellence and business transformation. The third presentation is by Paul Arnold on Camira Fabrics' efforts to move away from a linear model. The fourth presentation is by Catherine Weetman on the circular economy in fashion and textiles. The fifth presentation is by Charles Ross on changing consumerism.
H&M has implemented several circular business practices to make their supply chain more sustainable:
1) They aim to source all raw materials sustainably by 2030 and reduce water usage in production by 25% by 2022.
2) H&M collects used garments in stores and has recycled almost 29,000 tonnes of materials, focusing on reuse.
3) Adopting circular practices has optimized H&M's resource use, led to new sustainability business models, and created strategic advantages like reduced costs and an industry-leading position.
This are various slides on Textile & Clothing Recycling. I took information from slide share & internet source for making this slide. Its a small representative of textile & clothing recycling.
The document discusses eco-friendly textiles and organic cotton cultivation. It notes that conventional cotton production relies heavily on pesticides and fertilizers that harm the environment and human health. Organic cotton is identified as a more sustainable alternative that maintains soil health and uses natural pest control methods instead of chemicals. The document outlines the benefits of organic cotton cultivation for the environment and farmers.
Dr. S. P. Abbas presented on measuring sustainability in the textile manufacturing chain. Life cycle assessment considers environmental impacts from raw materials through production, use and disposal. Key metrics include carbon footprint, water footprint and resource utilization of water, energy and chemicals. Measuring also includes social responsibility assessments. Solutions are complex given lack of a single definition of "sustainable textile" and different environmental impacts of natural versus synthetic fibers across the full lifecycle.
Knitting, dyeing and finishing, and cutting were the major sources of wastage, accounting for over 85% of total wastage. Cutting had the highest wastage percentage at 51.3% due to low marker efficiency for baby styles. Dyeing wastage of 35.77% was primarily from scouring, bleaching, and peach finish. Suggested solutions included improving worker skills, using manual CAD pattern arrangement, and automating processes. The total wastage percentage was calculated to be 21.89% of raw materials, costing over $1,300.
The document discusses sustainability in the textile industry. It outlines several challenges faced by the industry related to waste generation and resource use. Some ways to increase sustainability mentioned include adopting circular economy principles, initiatives like Better Cotton and Cradle to Cradle, and innovating processes to reduce water and chemicals. Effluent treatment plants can help treat wastewater from production to allow water recycling and reuse.
This document discusses textile recycling. It begins by defining textile recycling as the process of recovering old clothing and textiles for reuse or material recovery. It then provides details on the history of textile recycling, noting it has occurred since the 18th century, and outlines the traditional sources and process of textile recycling. Specific details are given on sorting and processing natural versus synthetic fibers for recycling. The document concludes by thanking the reader.
Circular Fashion - Researching the Globe Presentation Gordon Ching
The fashion industry is one of the most polluting industries globally, generating large amounts of waste. It employs over 100 million people and generates $3 trillion in revenue annually but also uses vast amounts of water and chemicals. Most of the clothing produced follows a "take-make-waste" linear model where clothing is used briefly and then discarded, with 85% of clothing ending up in landfills. However, there is a growing circular economy model where clothes are reused, recycled, and remade to reduce waste and pollution. For example, H&M launched a collection using recycled polyester from plastic shoreline waste and New York City launched a program that has diverted over 200,000 tons of textile waste from landfill
H&M has implemented several circular business practices to make their supply chain more sustainable:
1) They aim to source all raw materials sustainably by 2030 and reduce water usage in production by 25% by 2022.
2) H&M collects used garments in stores and has recycled almost 29,000 tonnes of materials, focusing on reuse.
3) Adopting circular practices has optimized H&M's resource use, led to new sustainability business models, and created strategic advantages like reduced costs and an industry-leading position.
This are various slides on Textile & Clothing Recycling. I took information from slide share & internet source for making this slide. Its a small representative of textile & clothing recycling.
The document discusses eco-friendly textiles and organic cotton cultivation. It notes that conventional cotton production relies heavily on pesticides and fertilizers that harm the environment and human health. Organic cotton is identified as a more sustainable alternative that maintains soil health and uses natural pest control methods instead of chemicals. The document outlines the benefits of organic cotton cultivation for the environment and farmers.
Dr. S. P. Abbas presented on measuring sustainability in the textile manufacturing chain. Life cycle assessment considers environmental impacts from raw materials through production, use and disposal. Key metrics include carbon footprint, water footprint and resource utilization of water, energy and chemicals. Measuring also includes social responsibility assessments. Solutions are complex given lack of a single definition of "sustainable textile" and different environmental impacts of natural versus synthetic fibers across the full lifecycle.
Knitting, dyeing and finishing, and cutting were the major sources of wastage, accounting for over 85% of total wastage. Cutting had the highest wastage percentage at 51.3% due to low marker efficiency for baby styles. Dyeing wastage of 35.77% was primarily from scouring, bleaching, and peach finish. Suggested solutions included improving worker skills, using manual CAD pattern arrangement, and automating processes. The total wastage percentage was calculated to be 21.89% of raw materials, costing over $1,300.
The document discusses sustainability in the textile industry. It outlines several challenges faced by the industry related to waste generation and resource use. Some ways to increase sustainability mentioned include adopting circular economy principles, initiatives like Better Cotton and Cradle to Cradle, and innovating processes to reduce water and chemicals. Effluent treatment plants can help treat wastewater from production to allow water recycling and reuse.
This document discusses textile recycling. It begins by defining textile recycling as the process of recovering old clothing and textiles for reuse or material recovery. It then provides details on the history of textile recycling, noting it has occurred since the 18th century, and outlines the traditional sources and process of textile recycling. Specific details are given on sorting and processing natural versus synthetic fibers for recycling. The document concludes by thanking the reader.
Circular Fashion - Researching the Globe Presentation Gordon Ching
The fashion industry is one of the most polluting industries globally, generating large amounts of waste. It employs over 100 million people and generates $3 trillion in revenue annually but also uses vast amounts of water and chemicals. Most of the clothing produced follows a "take-make-waste" linear model where clothing is used briefly and then discarded, with 85% of clothing ending up in landfills. However, there is a growing circular economy model where clothes are reused, recycled, and remade to reduce waste and pollution. For example, H&M launched a collection using recycled polyester from plastic shoreline waste and New York City launched a program that has diverted over 200,000 tons of textile waste from landfill
The document discusses green and sustainable textile production in Bangladesh. It provides background on the importance of the textile industry and outlines concepts for green production including reducing environmental impacts, increasing resource efficiency, and mainstreaming sustainability. The document then presents strategies for implementing green production techniques in the textile sector, focusing on cleaner production processes, occupational health and safety, and energy generation. It also examines the costs and benefits of green production and provides a case study on initiatives by Noman Group in Bangladesh to increase sustainability.
Application of computer in textile manufacturingMd Nurunnabi
This document provides information about a course titled "Application of Computer in Textile Manufacturing (ACTM)". The objectives of the course are to learn about various software used in the textile manufacturing industry, including USTER BALE MANAGER, Fabric CAD for weaving and knitting, database management systems, spectrophotometers, and garment CAD software like Lectra Modaris and Diamino. Key outcomes include analyzing yarn data using USTER BALE MANAGER, understanding weaving and knitting CAD modules, formulating dye recipes using spectrophotometers, and developing garment patterns and markers using garment CAD software.
The document discusses the rise of eco-friendly and organic clothing. It notes that as more consumers demand greener options, clothing brands and retailers have opened organic boutiques. Sales of organic cotton products have increased significantly in recent years. The document projects that by 2020, eco-friendly clothing will be mainstream and part of everyday wear as social movements and high fashion embrace more sustainable materials like bamboo and hemp. It also discusses the roles of various stakeholders and organizations in influencing regulations to make clothing production more environmentally friendly.
This document discusses medical textiles, which combine textile technology and medical sciences. Medical textiles are a fast-growing sector of technical textiles and include woven, knitted, and nonwoven fabrics used in a variety of surgical procedures. The textiles are made from materials like monofilament and multifilament yarns. They must meet requirements like biocompatibility, dimensional stability, and resistance to microorganisms. Examples of medical textile applications include artificial kidneys, livers, and lungs that use hollow fibers to filter waste or gases from the blood. Other medical textile products discussed are bandages, sutures, implants, and fabrics used for wound care, hygiene, casts, and
The document discusses the environmental and human impacts of the textile industry. It notes that while people originally used textiles to fulfill basic needs, fashion has led to a large increase in production and consumption straining natural resources. Rapid industrialization and the use of chemicals, dyes, and synthetic fibers contributes to deforestation, fossil fuel and water usage, water pollution, and releases hazardous chemicals. This impacts both the environment and human health. The document calls for more sustainable textile production methods.
Backward & Forward Industry Of The Industry In BangladeshMH JOY
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help boost feelings of calmness, happiness and focus.
The document provides an overview of non-woven processes. It defines non-wovens and discusses their classification based on fiber type and production process. The major production processes include carding, air laying, spunbonding, meltblowing, needlepunching, and hydroentangling. These processes involve fiber preparation, web formation, bonding, and finishing. Non-wovens find applications in products like diapers, wipes, filters, insulation, and geotextiles due to their engineered properties. In conclusion, the document discusses opportunities for further innovation and economic study in the non-woven industry.
The document summarizes the supply chain of the textile industry. It begins with the raw materials of cotton, jute, silk and wool which are produced by fiber producers. These raw materials then go through various stages of production including yarning, fabric manufacturing, apparel manufacturing and distribution before reaching the end consumer. It outlines the various players involved at each stage and describes the process flow. It also discusses characteristics of the textile supply chain such as the use of push and pull systems, centralized buying, overseas sourcing and short product life cycles. Finally, it outlines challenges faced in inventory management, collaboration and achieving sustainability across the complex global textile supply chain.
This document discusses sustainability in the fashion and textile printing industries. It defines sustainability as meeting present needs without compromising future generations' ability to meet their own needs. Sustainability has three pillars - environmental, economic, and social. Environmentally sustainable practices for fashion include using natural materials like cotton and linen instead of polyester, zero waste patterns, and recycling fabrics. Socially sustainable practices incorporate local artisan techniques and prohibit child and forced labor. The economics of the global fashion industry and Egypt's role are also reviewed. The document compares conventional screen printing methods to newer digital printing technologies and their respective environmental and social impacts.
This presentation is about evolution of Textile Industry from animan skin to most modern performance clothing. It gives overview of past, present & future innovations in Textile Industry.
Future Opportunities of Weaving & Knitting Sectors in BangladeshMd Rakibul Hassan
The document discusses the weaving and knitting sectors in Bangladesh and their future opportunities. It provides an overview of the weaving and knitting industries in Bangladesh, noting that textiles contribute significantly to the country's economy and employment. It then outlines several future opportunities for both sectors, including increasing production and exports, entering new markets and product categories, creating more jobs, and developing new technologies and skilled workers. The weaving and knitting sectors are poised for continued growth in Bangladesh.
Sustainability in Textiles, Eco - Fashion, Bio Mimicry, Kyoto Protocol, Green Procurement, LCA, Eco Testing of Textiles, Use of Natural Dyes, Green Composites, Sustainable Fashion Trends
This presentation gives a brief insight into the utilization of using natural materials for product packaging in order to create a sustainable business cycle. The company of focus is DELL.
This document discusses various types of defects that can occur in knitted fabrics, including yarn-related defects, knitting element defects, machine setting defects, dyeing defects, and finishing defects. Specific defects are defined such as drop stitches, barriness, imperfections, and spirality. The causes and remedies are provided for each defect. In conclusion, detecting faults during knitted fabric production is important for quality and productivity, and identifying the source and solutions for defects can help knitters overcome faults.
This document discusses various specialty finishes for fabrics including bio-polishing, denim bleaching, insect repellent, antibacterial, cool, thermocat, and UV protective finishes. Bio-polishing uses genetically modified enzymes to achieve tailored results with less negative effects. Denim bleaching uses laccase enzymes to create contrast while reducing dye redeposition and process time. Insect repellent and antibacterial finishes inhibit microbial growth to maintain hygiene, freshness, and prevent disease transmission. Cool finishes enhance sweat evaporation for a cooling effect. Thermocat finishes impart heat retention. And UV protective finishes shield fabrics and skin from UV radiation up to UPF 40 or higher.
This document discusses the impact of the textile industry on water pollution and proposes measures for more sustainable development. It notes that textile production heavily pollutes water sources through discharge of toxic chemicals from dyeing and other wet processes. It then outlines specific chemicals like NPEs that are hazardous and alternatives like natural dyes and bio-processing that can reduce pollution. The document concludes by emphasizing the need for all stakeholders to adopt cleaner production techniques to protect the environment and ensure long term economic viability of the textile industry.
Textile recycling is the process by which old clothing and other textiles are recovered for reuse or material recovery. It is the basis for the textile recycling industry. ... The basis for the growing textile recycling industry is, of course, the textile industry itself.
New! Tough, flexible, affordable fabric for sewing and crafting! Meet Marutiwondertex, the tough new white polyester fabric with the soft, slightly pebbly texture. #fabric #marutiwondertex
The document discusses the environmental issues caused by the textile industry and presents the Circular Textiles Program's mission to address them. The program aims to close the textile loop by creating a system where fabrics and fibers are infinitely recycled. It works with industry partners on pilots to innovate sorting and high-value recycling technologies to eliminate textile waste and displace virgin fiber production. The end goal is a circular textile industry that enables continued fiber consumption without resource depletion.
This document discusses supply chain management in the textile industry. It defines supply chain management and outlines its objectives, which include meeting customer demand efficiently and reducing costs. The document also describes the various stages of the textile supply chain and discusses factors that make managing it challenging, such as its complexity, conflicting objectives among members, and dynamic changes. Finally, the document discusses the importance of branding in the textile supply chain and how strong brands can benefit both customers and companies.
Sustainable applied innovation pankaj shah and bipin patwardhan cwin18 indiaCapgemini
The document discusses sustainable applied innovation, including:
1. Key elements of sustainable innovation systems include sustainability requirements, innovation determinants, processes, actors/networks, and effects. Partner cooperation and demand-side changes are also important.
2. Sustainable innovation communities can take the form of contact networks, virtual communities, or promoters of specific projects, and may focus on research, solutions, markets, multi-actors, or production/logistics.
3. Creating sustainable innovation systems requires identifying catalysts, improving recognition of opportunities, and better connecting stakeholders in information flows.
Quality Engineering is about building the right quality in an IT system and applying quality measures to achieve this.
One of todays important quality characteristics is Sustainability. What is the definition and how does it relate to Green IT?
This was presented at the TestExpo in Oslo, Norway on 8 december 2022.
The presentation is based on the 3rd edition of the book Quality for DevOps teams.
The document discusses green and sustainable textile production in Bangladesh. It provides background on the importance of the textile industry and outlines concepts for green production including reducing environmental impacts, increasing resource efficiency, and mainstreaming sustainability. The document then presents strategies for implementing green production techniques in the textile sector, focusing on cleaner production processes, occupational health and safety, and energy generation. It also examines the costs and benefits of green production and provides a case study on initiatives by Noman Group in Bangladesh to increase sustainability.
Application of computer in textile manufacturingMd Nurunnabi
This document provides information about a course titled "Application of Computer in Textile Manufacturing (ACTM)". The objectives of the course are to learn about various software used in the textile manufacturing industry, including USTER BALE MANAGER, Fabric CAD for weaving and knitting, database management systems, spectrophotometers, and garment CAD software like Lectra Modaris and Diamino. Key outcomes include analyzing yarn data using USTER BALE MANAGER, understanding weaving and knitting CAD modules, formulating dye recipes using spectrophotometers, and developing garment patterns and markers using garment CAD software.
The document discusses the rise of eco-friendly and organic clothing. It notes that as more consumers demand greener options, clothing brands and retailers have opened organic boutiques. Sales of organic cotton products have increased significantly in recent years. The document projects that by 2020, eco-friendly clothing will be mainstream and part of everyday wear as social movements and high fashion embrace more sustainable materials like bamboo and hemp. It also discusses the roles of various stakeholders and organizations in influencing regulations to make clothing production more environmentally friendly.
This document discusses medical textiles, which combine textile technology and medical sciences. Medical textiles are a fast-growing sector of technical textiles and include woven, knitted, and nonwoven fabrics used in a variety of surgical procedures. The textiles are made from materials like monofilament and multifilament yarns. They must meet requirements like biocompatibility, dimensional stability, and resistance to microorganisms. Examples of medical textile applications include artificial kidneys, livers, and lungs that use hollow fibers to filter waste or gases from the blood. Other medical textile products discussed are bandages, sutures, implants, and fabrics used for wound care, hygiene, casts, and
The document discusses the environmental and human impacts of the textile industry. It notes that while people originally used textiles to fulfill basic needs, fashion has led to a large increase in production and consumption straining natural resources. Rapid industrialization and the use of chemicals, dyes, and synthetic fibers contributes to deforestation, fossil fuel and water usage, water pollution, and releases hazardous chemicals. This impacts both the environment and human health. The document calls for more sustainable textile production methods.
Backward & Forward Industry Of The Industry In BangladeshMH JOY
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help boost feelings of calmness, happiness and focus.
The document provides an overview of non-woven processes. It defines non-wovens and discusses their classification based on fiber type and production process. The major production processes include carding, air laying, spunbonding, meltblowing, needlepunching, and hydroentangling. These processes involve fiber preparation, web formation, bonding, and finishing. Non-wovens find applications in products like diapers, wipes, filters, insulation, and geotextiles due to their engineered properties. In conclusion, the document discusses opportunities for further innovation and economic study in the non-woven industry.
The document summarizes the supply chain of the textile industry. It begins with the raw materials of cotton, jute, silk and wool which are produced by fiber producers. These raw materials then go through various stages of production including yarning, fabric manufacturing, apparel manufacturing and distribution before reaching the end consumer. It outlines the various players involved at each stage and describes the process flow. It also discusses characteristics of the textile supply chain such as the use of push and pull systems, centralized buying, overseas sourcing and short product life cycles. Finally, it outlines challenges faced in inventory management, collaboration and achieving sustainability across the complex global textile supply chain.
This document discusses sustainability in the fashion and textile printing industries. It defines sustainability as meeting present needs without compromising future generations' ability to meet their own needs. Sustainability has three pillars - environmental, economic, and social. Environmentally sustainable practices for fashion include using natural materials like cotton and linen instead of polyester, zero waste patterns, and recycling fabrics. Socially sustainable practices incorporate local artisan techniques and prohibit child and forced labor. The economics of the global fashion industry and Egypt's role are also reviewed. The document compares conventional screen printing methods to newer digital printing technologies and their respective environmental and social impacts.
This presentation is about evolution of Textile Industry from animan skin to most modern performance clothing. It gives overview of past, present & future innovations in Textile Industry.
Future Opportunities of Weaving & Knitting Sectors in BangladeshMd Rakibul Hassan
The document discusses the weaving and knitting sectors in Bangladesh and their future opportunities. It provides an overview of the weaving and knitting industries in Bangladesh, noting that textiles contribute significantly to the country's economy and employment. It then outlines several future opportunities for both sectors, including increasing production and exports, entering new markets and product categories, creating more jobs, and developing new technologies and skilled workers. The weaving and knitting sectors are poised for continued growth in Bangladesh.
Sustainability in Textiles, Eco - Fashion, Bio Mimicry, Kyoto Protocol, Green Procurement, LCA, Eco Testing of Textiles, Use of Natural Dyes, Green Composites, Sustainable Fashion Trends
This presentation gives a brief insight into the utilization of using natural materials for product packaging in order to create a sustainable business cycle. The company of focus is DELL.
This document discusses various types of defects that can occur in knitted fabrics, including yarn-related defects, knitting element defects, machine setting defects, dyeing defects, and finishing defects. Specific defects are defined such as drop stitches, barriness, imperfections, and spirality. The causes and remedies are provided for each defect. In conclusion, detecting faults during knitted fabric production is important for quality and productivity, and identifying the source and solutions for defects can help knitters overcome faults.
This document discusses various specialty finishes for fabrics including bio-polishing, denim bleaching, insect repellent, antibacterial, cool, thermocat, and UV protective finishes. Bio-polishing uses genetically modified enzymes to achieve tailored results with less negative effects. Denim bleaching uses laccase enzymes to create contrast while reducing dye redeposition and process time. Insect repellent and antibacterial finishes inhibit microbial growth to maintain hygiene, freshness, and prevent disease transmission. Cool finishes enhance sweat evaporation for a cooling effect. Thermocat finishes impart heat retention. And UV protective finishes shield fabrics and skin from UV radiation up to UPF 40 or higher.
This document discusses the impact of the textile industry on water pollution and proposes measures for more sustainable development. It notes that textile production heavily pollutes water sources through discharge of toxic chemicals from dyeing and other wet processes. It then outlines specific chemicals like NPEs that are hazardous and alternatives like natural dyes and bio-processing that can reduce pollution. The document concludes by emphasizing the need for all stakeholders to adopt cleaner production techniques to protect the environment and ensure long term economic viability of the textile industry.
Textile recycling is the process by which old clothing and other textiles are recovered for reuse or material recovery. It is the basis for the textile recycling industry. ... The basis for the growing textile recycling industry is, of course, the textile industry itself.
New! Tough, flexible, affordable fabric for sewing and crafting! Meet Marutiwondertex, the tough new white polyester fabric with the soft, slightly pebbly texture. #fabric #marutiwondertex
The document discusses the environmental issues caused by the textile industry and presents the Circular Textiles Program's mission to address them. The program aims to close the textile loop by creating a system where fabrics and fibers are infinitely recycled. It works with industry partners on pilots to innovate sorting and high-value recycling technologies to eliminate textile waste and displace virgin fiber production. The end goal is a circular textile industry that enables continued fiber consumption without resource depletion.
This document discusses supply chain management in the textile industry. It defines supply chain management and outlines its objectives, which include meeting customer demand efficiently and reducing costs. The document also describes the various stages of the textile supply chain and discusses factors that make managing it challenging, such as its complexity, conflicting objectives among members, and dynamic changes. Finally, the document discusses the importance of branding in the textile supply chain and how strong brands can benefit both customers and companies.
Similar to The Circular Economy from a Fashion & Textiles Perspective: Make your business future proof and sustainable with system thinking and technology
Sustainable applied innovation pankaj shah and bipin patwardhan cwin18 indiaCapgemini
The document discusses sustainable applied innovation, including:
1. Key elements of sustainable innovation systems include sustainability requirements, innovation determinants, processes, actors/networks, and effects. Partner cooperation and demand-side changes are also important.
2. Sustainable innovation communities can take the form of contact networks, virtual communities, or promoters of specific projects, and may focus on research, solutions, markets, multi-actors, or production/logistics.
3. Creating sustainable innovation systems requires identifying catalysts, improving recognition of opportunities, and better connecting stakeholders in information flows.
Quality Engineering is about building the right quality in an IT system and applying quality measures to achieve this.
One of todays important quality characteristics is Sustainability. What is the definition and how does it relate to Green IT?
This was presented at the TestExpo in Oslo, Norway on 8 december 2022.
The presentation is based on the 3rd edition of the book Quality for DevOps teams.
Fairmat impact report: Impact at the heart of our missionFairmat -
The 2023 Fairmat impact report wants to be a transparent and comprehensive summary of our company’s efforts to address environmental and social challenges we faced during this year.
Fairmat impact report: Impact at the heart of our missionFairmat -
The 2023 Fairmat impact report wants to be a transparent and comprehensive summary of our company’s efforts to address environmental and social challenges we faced during this year.
Presentation by Robin Wilson, Lead Technologist, High Value
Manufacturing, Technology Strategy Board.
This was delivered at the Advanced Manufacturin Strategy: One Year On
event held at NESTA, London on 29 October 2009.
Circular Economy is here to stay. From an environmental aspect its the right thing to do, but more important there is an enormous economic value to capture. Reducing risks of price volatility, creating better customer relationships, capturing value over the lifespan of a product are a couple of advantages that Circular Economy can deliver.
The key technologies and capability shifts that are supporting a transformation from a linear to a circular business model are based on an extensive research by Accenture among 125 circular pioneers. The results were presented at the CircularEconomy conference in Rotterdam. For questions: Feel free to reach out!
The Fashion Climate Fund and Climate Solutions Portfolioringoyu2
The Fashion Climate Fund is a $250M donor-pooled fund with contributions from apparel brands and philanthropy. The Climate Solutions Portfolio (CSP) is Aii’s collection of proven carbon-reducing programs and solutions from pre-seed to pilot to model to scale phase. The CSP Platform is an online registry of those programs; it’s a database of all the solutions across stages of development. Grants will be distributed from the Fashion Climate Fund to select programs in the Climate Solutions Portfolio, and programs in the portfolio will also benefit from connections to other forms of funding and capital (e.g. debt and equity).
Brands and retailers are focusing on flexibility, quality, environmental performance, and innovation to increase perceptions of value for consumers. This translates to specific machinery needs for manufacturers: 1) Flexible machines for fast fashion, 2) Higher quality machines to meet consumer demand for lasting products, 3) Energy efficient machines to lower environmental impact and costs, 4) Machines that can integrate new technologies like wearables, made-to-measure, and waterless dyeing. As value perceptions evolve, dialogue across the supply chain is important to meet changing machinery demands.
What a Product Manager Needs to Know About Code QualityMichael Rutledge
Presentation created by Michael Rutledge, Senior Product Leader for IT Arena conference 2018. Key point is that Product Managers need to take ownership of technical quality in addition to delivering features and customer value. This ownership is becoming more important as more companies have mature products in market which have larger scale and quality demands.
This document discusses how Six Sigma can be applied across various industries to improve processes and reduce costs. It provides examples of successful Six Sigma applications in industries like automotive, manufacturing, IT, and telecom. Specific areas of improvement include reducing defects, increasing productivity and sales, and saving costs. Engineering disciplines like mechanical, electrical, and IT help contribute to Six Sigma success. The document also outlines benefits students can gain from learning Six Sigma and how it complements their engineering and management studies.
Michael Rutledge. What a product manager needs to needs to know about code qu...IT Arena
This document discusses the importance of code quality for product managers. It begins by outlining the objectives of understanding the role of quality and balancing short and long term product needs. It then explores why product managers should care about quality, providing a quote stating that quality is the best business plan. The document delves into lessons from lean product management, including representing customers, setting vision and strategy, and balancing short and long term needs. It notes that quality needs grow over time and warns against prioritizing features over quality. The document concludes by offering advice to talk about quality issues, track quality metrics, and plan time to improve quality.
PLM is about “managing products across their lifecycles”, and it applies to any company with a product. It applies to all sizes of companies, ranging from large multinational corporations to small and medium enterprises. It’s applied across a
wide range of industrial sectors including aerospace, apparel, automotive, beverage,consumer goods, construction equipment, defence, electrical engineering, electronics, food, life sciences, machinery, machine tool, mechanical engineering,medical equipment, pharmaceutical, plastics, shipbuilding, shoe, software, transportation and turbine.
"Sustainability Trends within Supply Chain Management" Lisa Geason-Bauer
Consumers today are very concerned about the impact products; services and the companies who produce them have on the greater world. Commercial buyers and end user consumers are looking for independent third party assurances regarding the health and safety of a specific product as well as detailed information on the supply chain that created that product. This session will focus on addressing trends within sustainable supply chain management, third party reporting/certification and environmental, health product declarations.
Assessment and Analysis of GSCM Barriers using AHPIRJET Journal
This document discusses barriers to implementing green supply chain management (GSCM) in plastic industries using analytical hierarchy process (AHP). 47 potential barriers were identified from literature and interviews. A survey was conducted to determine the most important barriers. AHP was then used to prioritize the key barriers based on their calculated values. The top barriers included lack of human resources, technical expertise, and government support for adopting environmental policies. Identifying and addressing the primary barriers can help plastic industries more easily implement GSCM and improve their environmental performance.
The document outlines the process for selecting innovative options generated in an earlier phase. It involves screening options to determine suitability for further analysis, analyzing economic, environmental and social impacts of suitable options, prioritizing options according to benefits, and scheduling high priority options for implementation. Key steps include using matrices to rate and rank options, considering factors like costs, savings, feasibility and priority to select the options with the highest potential for the company to implement.
This document discusses cleaner technology and waste reduction strategies. It defines cleaner technology as the continuous application of preventative strategies to increase efficiency and reduce risks. It discusses various cleaner technology practices like good housekeeping, input substitution, and technology changes. The benefits of cleaner technology include improving the environment, increasing economic benefits and productivity, and gaining competitive advantage. Barriers include a lack of information and competing priorities, while drivers include improvements in productivity and environmental reports.
A brief introduction to Lean Management and how it can increase your competitive advantage and why Lean Management is one of the hot topics of the CEO Agenda
Learn how Hitachi is helping to drive sustainability in manufacturing through its digital innovation and transformation capabilities, enabling companies to gain market share, retain top talent, enhance brand reputation, and achieve many other benefits beyond operational efficiency.
Similar to The Circular Economy from a Fashion & Textiles Perspective: Make your business future proof and sustainable with system thinking and technology (20)
Company Valuation webinar series - Tuesday, 4 June 2024FelixPerez547899
This session provided an update as to the latest valuation data in the UK and then delved into a discussion on the upcoming election and the impacts on valuation. We finished, as always with a Q&A
Taurus Zodiac Sign: Unveiling the Traits, Dates, and Horoscope Insights of th...my Pandit
Dive into the steadfast world of the Taurus Zodiac Sign. Discover the grounded, stable, and logical nature of Taurus individuals, and explore their key personality traits, important dates, and horoscope insights. Learn how the determination and patience of the Taurus sign make them the rock-steady achievers and anchors of the zodiac.
At Techbox Square, in Singapore, we're not just creative web designers and developers, we're the driving force behind your brand identity. Contact us today.
Structural Design Process: Step-by-Step Guide for BuildingsChandresh Chudasama
The structural design process is explained: Follow our step-by-step guide to understand building design intricacies and ensure structural integrity. Learn how to build wonderful buildings with the help of our detailed information. Learn how to create structures with durability and reliability and also gain insights on ways of managing structures.
Discover timeless style with the 2022 Vintage Roman Numerals Men's Ring. Crafted from premium stainless steel, this 6mm wide ring embodies elegance and durability. Perfect as a gift, it seamlessly blends classic Roman numeral detailing with modern sophistication, making it an ideal accessory for any occasion.
https://rb.gy/usj1a2
Zodiac Signs and Food Preferences_ What Your Sign Says About Your Tastemy Pandit
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The Evolution and Impact of OTT Platforms: A Deep Dive into the Future of Ent...ABHILASH DUTTA
This presentation provides a thorough examination of Over-the-Top (OTT) platforms, focusing on their development and substantial influence on the entertainment industry, with a particular emphasis on the Indian market.We begin with an introduction to OTT platforms, defining them as streaming services that deliver content directly over the internet, bypassing traditional broadcast channels. These platforms offer a variety of content, including movies, TV shows, and original productions, allowing users to access content on-demand across multiple devices.The historical context covers the early days of streaming, starting with Netflix's inception in 1997 as a DVD rental service and its transition to streaming in 2007. The presentation also highlights India's television journey, from the launch of Doordarshan in 1959 to the introduction of Direct-to-Home (DTH) satellite television in 2000, which expanded viewing choices and set the stage for the rise of OTT platforms like Big Flix, Ditto TV, Sony LIV, Hotstar, and Netflix. The business models of OTT platforms are explored in detail. Subscription Video on Demand (SVOD) models, exemplified by Netflix and Amazon Prime Video, offer unlimited content access for a monthly fee. Transactional Video on Demand (TVOD) models, like iTunes and Sky Box Office, allow users to pay for individual pieces of content. Advertising-Based Video on Demand (AVOD) models, such as YouTube and Facebook Watch, provide free content supported by advertisements. Hybrid models combine elements of SVOD and AVOD, offering flexibility to cater to diverse audience preferences.
Content acquisition strategies are also discussed, highlighting the dual approach of purchasing broadcasting rights for existing films and TV shows and investing in original content production. This section underscores the importance of a robust content library in attracting and retaining subscribers.The presentation addresses the challenges faced by OTT platforms, including the unpredictability of content acquisition and audience preferences. It emphasizes the difficulty of balancing content investment with returns in a competitive market, the high costs associated with marketing, and the need for continuous innovation and adaptation to stay relevant.
The impact of OTT platforms on the Bollywood film industry is significant. The competition for viewers has led to a decrease in cinema ticket sales, affecting the revenue of Bollywood films that traditionally rely on theatrical releases. Additionally, OTT platforms now pay less for film rights due to the uncertain success of films in cinemas.
Looking ahead, the future of OTT in India appears promising. The market is expected to grow by 20% annually, reaching a value of ₹1200 billion by the end of the decade. The increasing availability of affordable smartphones and internet access will drive this growth, making OTT platforms a primary source of entertainment for many viewers.
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In this keynote, Luan Wise will provide invaluable insights to elevate your employer brand on social media platforms including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok. You'll learn how compelling content can authentically showcase your company culture, values, and employee experiences to support your talent acquisition and retention objectives. Additionally, you'll understand the power of employee advocacy to amplify reach and engagement – helping to position your organization as an employer of choice in today's competitive talent landscape.
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The Circular Economy from a Fashion & Textiles Perspective: Make your business future proof and sustainable with system thinking and technology
1. Compiled here are the five presentations.
Slide numbers, speakers and topics:
Slides 2-9: Bill MacBeth, Director, Textile Centre of Excellence,
‘The RESET Project: Latest sector thinking in response to the key
issues’
Slides 10-25: Jo Conlon, Senior Lecturer, University of
Huddersfield and Srilakshmi Narayanaswamy, Lead Consultant,
ITC Infotech, ‘A vision for the future using Product Lifecycle
Management (PLM) as a platform for operational excellence
and business transformation’
Slides 26-39: Paul Arnold, Sustainability and Innovation
Manager at Camira Fabrics Limited, ‘Pulling apart the linear
model at Camira’
Slides 40-65: Catherine Weetman, Rethink solutions and author
of: A Circular Economy Handbook for Business and Supply
Chains, Repair, Remake, Redesign, Rethink, ‘Overview of the
Circular Economy in Fashion and Textiles’
Slides 66-79: Charles Ross FRSA, Sustainability specialist, ‘The
end of consumerism 1.0? Living in a time of change’
3. 3
The Fashion & Textile Sector: Impact on
the Environment.
80 billion garments
2 billion blue jeans
7,000 litres of water for each pair
2,700 litres for a T shirt
8,000+ synthetic chemicals
20% of the world’s water pollution
4. 4
The Fashion & Textile Sector: Impact on
the Environment.
2000: 34 garments
2010: 67 garments
32kgs of clothing thrown out
85% to landfill
10% Garments never sold, never worn = landfill
5. 5
The RESET Project
Identify good practice: approaches that work
6 areas
Share and build into national programmes
(Hopefully,) funded by UK funds
6. 6
The RESET Project and Interreg Programme video is now
visible on YouTube:
https://www.youtube.com/watch?v=X6CsaBe14xk
42. @cjweetman
Industrial processes –
take, make, dispose
MAKE
PRODUCT
KEY
GHG & emissions
Sewage, effluent, run-off
Landfill
USE
Store
& sell
TAKE
MATERIALS
TECHNICAL AND BIOLOGICAL
MATERIALS MIXED UP
ENERGY FROM FINITE SOURCES
“We are using resources as if we had two
planets, not one. There can be no 'plan B'
because there is no 'planet B.”
Ban-Ki Moon, Secretary-General,
United Nations, Sept 2014
43. @cjweetman
9 million people die of disease linked to waste and pollution each year –
20 times more than die from malaria i
Pollution: The Silent Killer of Millions in Poor Countries (2014) Global Alliance on Health & Pollution,
http://74.220.18.60/wp-content/uploads/2014/12/GAHP-PollutionSummaryNov2014DRAFT.pdf [accessed 14 June 2017]
Image: trustedclothes.com
Fashion is the 2nd most polluting industry in the world
44. @cjweetman
Circular flows: product, process, system
SellManufacture Outbound
logistics
Catherine Weetman 2016
Farm/
extract Make materials
Use
End-
of-
Use
Recycle
Resell, repair,
refurbish,
remanufacture
46. Bioesters: fibres made from brown
algae http://bioesters.com/
Circular
inputs
• Recycled
• Renewable
• Safe & secure
• Use less
• Use it more
• Use it again
• Use less
• Waste = food
• Renewables
Circular
flows
• Reuse
• Remanufacture
• Recycle
MycoWorks: ‘mushroom’ leather
http://www.mycoworks.com/
Piñatex™ fabric from pineapple leaves
47. Circular inputs
Circular
inputs
• Recycled
• Renewable
• Safe & secure
Product
design
• Use less
• Use it more
• Use it again
Process
design
• Use less
• Waste = food
• Renewables
Circular
flows
• Reuse
• Remanufacture
• Recycle
Tidal Vision: vegetable based
tanning process for making aquatic
leathers from fish skins
http://tidalvisionusa.com
Bionic: high performance yarn using
Recycled PET http://bionic.is/
49. Climatex Lifecycle fabric
•Swiss firm Rohner produces the Climatex
Lifecycle biodegradable fabric, used extensively in
the office furniture manufacturing business. The
material is compostable, and true to the C2C
founding principle of “waste = food”.
•By 2002, Climatex Lifecycle accounted for a third
of Rohner’s approximately $8 million in revenues
(source: Investor Environmental Health Network).
•Source: EllenMacArthur Foundation
Circular
inputs
Product
design
• Use less
• Use it more
• Use it again
Process
design
Circular
flows
50. Product design fashion
Circular
inputs
Product
design
• Use less
• Use it more
• Use it again
Process
design
Circular
flows
Recycling a shoe made from one fabric is much easier
than one consisting of over 60 different parts.
Designer Ammo Liao created the Bio-Knit shoe, with
one material processed in three different ways, all
used in one shoe:
•the material is woven & heated to form the upper,
•the same material is laser-etched to form the inner,
•and 3D-printed to create the sole.
Source: http://close-the-loop.be/en/case/19/bio-knit
wear2™ is a new textile process
technology, enabling garments to be
selectively disassembled at end of life.
http://niri.technology/case_studies/wear-2/
• Recycled laminate
• Climate-neutral process
• Fabrics and linings 100% recycled polyester
• Digital printing
• Fully recyclable, with in-built return label
Sympatex closes the loop with
outdoor concept jacket 4.0
May 2017
51. Process - Levis Water-less
Circular
inputs
Product
design
Process
design
• Use less
• Waste = food
• Renewables
Circular
flows
Unmade is the technology and manufacturing
platform enabling the world's most innovative
brands to offer customisable apparel via their e-
commerce platforms.
Linked to an automated production system,
unique knitted garments can be made for the
same unit cost and speed as mass production.
Source: https://www.unmade.com/about-us/
52. Process design: waste=food
Cotton by-products
1. Medicine: research on cotton
phenol ‘gossypol’ for prostate &
pancreatic cancer
2. Food: potential for use as a
food oil for humans
3. Animal feed: stems and hulls
can feed cattle, and shrimps in
aquaculture
4. Biodiesel
5. Insulation (from recycled cloth)
6. Mulch
Source: Mazzoni, M (9 Sep 2016) TriplePundit, 6
Lesser-known uses for (sustainable) cotton
53. @cjweetman
Trans Textile Sri Lanka IfM EPSRC
Source: www.ifm.eng.cam.ac.uk/news/high-value-products-from-industrial-waste/#.WRsIIOsrKpo
Circ flows Patagonia
Beanbag
High-press Fibre panel
Flock & 3D Print powder
Denim tile
56. Recycling
• I:CO partners with brands including Levi’s, Puma, Forever 21,
the North Face, and H&M
• I:CO collected ~17,000 tons of clothing and shoes in 2015
• About 40% of the clothing has been recycled (6.8 tons). A good
portion of that is cotton goods.
Circular
flows
M&S Shwopping:
20m items collected 2008-16,
raising £16m for Oxfam
Shwopping is about bringing an unwanted item of clothing into an M&S store (even if it’s not from M&S) each time
you come to buy something new. You can put your unwanted items into a ‘Shwop Drop’ box (you’ll find these by the
tills in most M&S stores).
All clothing goes to our partners Oxfam, who either resell it in one of their shops or on the Oxfam Online Shop, sell it
to be reused in different countries around the world, or recycle the fibres to make new material eg mattress filling).
Absolutely nothing goes to landfill. Oxfam use the money raised to help end extreme poverty around the world.
Source: http://www.marksandspencer.com/s/plan-a-shwopping [accessed 3 March 2017]
57. Mud Jeans
We are a Dutch denim brand that dreams of a world in which there is no such thing as waste.
What if we all clean up our own mess? This simple thought led us to a new way of thinking. Send
your jeans back when you don’t wear them any longer. We reuse all materials, while you can
switch to a new pair. Returned jeans are upcycled and transformed into one-of-a-kind vintage
pieces. Or, when they are beyond repair, the jeans are recycled into new items. This is how we
create our own circle of denim products.
Rent your jeans for a year, after that you have 3 options;
1) keep it,
2) switch it,
3) send back.
Even when you decide to keep the jeans, you can return them once they are worn out. We use
all the materials for the creation of new fashion items. This is how we aim to build a circular
fashion industry.
BUSINESS MODELS
59. Rype Office
Rype Office case study: NHS Cardiff, UK
Public Health Wales (PHW) set a remit for the interior
design with three key themes, all aligned to the values of
PHW and the Welsh Government:
• Collaboration
• Sustainability, including environmental and social
• Value for money
The design, supply and installation was awarded to a
consortium led by Rype Office (responsible for design,
furniture supply, installation and project management)
with its partners Greenstream Flooring (flooring supply
and installation) and Orangebox (new soft furnishings
and remanufactured desk chair supply).
Source: http://www.rypeoffice.com/project/nhs-cardiff/
60. @cjweetman
Creating new value
“Businesses that work on the basis of circular
principles are amongst the fastest growing in
the economy”
Dr Martin R Stuchtey, McKinsey Center for
Business and Environment 2
“This shift to circular economic activity could
help address the global job gap of 600 million”
Dominic Waughray, Senior Director,
World Economic Forum 1
Shifting to the circular economy could release
$4.5 trillion in new economic potential by 2030 3
“Waste is only waste if you waste it.”
Will.i.am
Circular economy case studies - top 10 sectors
Automotive
Consumer
durables
Consumer
Technology
Fashion &
textiles
Food
Industrial
1. Ellen MacArthur Foundation (2014) Towards the circular economy, vol 3. Report prepared in collaboration with the World
Economic Forum and McKinsey and Company.
2. McKinsey (2015) Growth within: a circular economy vision for a competitive Europe. Report commissioned by Ellen MacArthur Foundation. 2
3. Source: Accenture https://www.accenture.com/us-en/insight-creating-advantage-circular-economy
61. @cjweetman
Rethinking...
make
use
reuse
remake
recycle
take
make
use
dispose
pollute
'... The goods of today become the resources
of tomorrow, at yesterday's prices...‘
Professor Walter R Stahel, Product-Life Institute
To take nothing, waste nothing, do no harm, and do well by doing good,
at the expense not of the planet but of less alert competitors.
[Attributed to Ray Anderson, founder of Interface]
62. @cjweetman
Making sense of sustainability
Catherine Weetman, MSc, FCILT
Director, Re-think Solutions
Vice Chair, Environment & Sustainability Forum,
Chartered Institute of Logistics & Transport UK
catherine.weetman@re-think.me.uk
www.re-think.me.uk
Helping you:
Evaluate the risks and opportunities
Re-think your strategy to adapt and thrive
63. @cjweetman
Circular Economy & Fashion Resources
• Close the Loop Vlaanderen Circulair and Flanders DC have developed a tool to guide fashion entrepreneurs
through the basics of a more sustainable way of working. We want to encourage the industry to steer clear
of a linear system (take-make-waste) and to embrace a more circular approach instead (with a focus on
durability and avoiding waste). http://www.close-the-loop.be/en
• Circular Fibres Initiative brings together clothing retailers H&M and Nike, philanthropic funder the C&A
Foundation, and a consortium of organizations including the Danish Fashion Institute, Fashion for Good,
Cradle to Cradle and MISTRA Future Fashion in order to “build a circular economy for textiles,” starting with
clothing. www.ellenmacarthurfoundation.org/campaigns/circular-fibres-initiative
• Circular Economy Club The Circular Economy Club (CEC) is the international network of circular economy
professionals. www.circulareconomyclub.com/category/circular-fashion/
• Circular Fashion By sharing new and existing knowledge, in an accessible and transparent way, it is our hope
that this website can become a source of inspiration and know-how for any individual, company or
organization working in the field https://circularfashion.com/
64. @cjweetman
Sustainable Fashion Resources
Centre for Sustainable Fashion (London) http://sustainable-fashion.com/
Ecouterre – news on sustainable fashion ideas and innovation http://www.ecouterre.com/
Ethical Fashion Forum http://www.ethicalfashionforum.com/
texSture: ‘strategy and innovation expert hub for textile and fashion industry’ (not updated since 2014) http://texsture.com/
Sustainable Apparel Coalition: trade organization comprised of brands, retailers, manufacturers, government, and non-governmental
organizations and academic experts, representing more than a third of the global apparel and footwear market. The Coalition is working
to reduce the environmental http://apparelcoalition.org/about/
Higg Index 2.0 is a suite of sustainability assessment tools that anyone can get started with right away. These assessments, called
modules, evaluate impacts through our three different lenses: Facility, Brand, and Product. We encourage companies to get started
with whatever module(s) makes the most sense to them, and encourage them to branch out and use other Higg Index tools when
appropriate. There is no requirement to use all of the modules. http://www.apparelcoalition.org/higgindex/
Cotton Campaign: human rights in Uzbek etc http://www.cottoncampaign.org/ Better Cotton Initiative http://bettercotton.org/
Textile Recycling Association (UK) The UK's trade association for used clothing and textile collectors, sorters and reprocessors.
http://www.textile-recycling.org.uk/
Fashion Positive "Launched in 2014 by Cradle to Cradle Products Innovation Institute, Fashion Positive is a movement of industry
change agents, driving POSITIVE IMPACT through: Innovation in the supply chain; Providing low-interest rate loans to suppliers;
Increasing transparency; Creating safe and perpetually cycled materials for designers and brands. Using Cradle to Cradle framework
and the requirements of the Institute’s Cradle to Cradle Certified™ Products Program, Fashion Positive brands and supply chain partners
can develop truly innovative products and materials to transform the fashion industry and the world. http://www.fashionpositive.org/
Made-By We are an award-winning European not-for-profit organisation, acting to improve environmental and social conditions
within the fashion industry. Provides consultancy and benchmarks http://www.made-by.org/
Global Change Award network The Global Change Award is an innovation challenge initiated by the H&M Conscious Foundation
looking for bold ideas that can help protect our planet by closing the loop for fashion. The GCA Network is a public space for ideas on
how to make the fashion industry more circular and a network for their creators. https://network.globalchangeaward.com/
Fashion Transparency Index "Following the Rana Plaza garment factory collapse that killed 1,134 people in 2013, the Fashion
Revolution team was compelled to demand more transparency from the fashion industry. To help the public learn where their clothes
came from and how they were made, they co-developed the Fashion Transparency Index with Ethical Consumer.
http://www.ethicalconsumer.org/ethicalcampaigns/fashionrevolution.aspx
65. @cjweetman
Circular Economy – introductions
BBC R4 Global Business: The Circular Economy 22 Jan 2015
Peter Day talks with the record breaking yachtswoman, Ellen MacArthur, and Unilever CEO, Paul
Polman, about their work promoting the circular economy – where resources are reused and waste
reduced to zero and asks how businesses can put these ideas into practice.
http://downloads.bbc.co.uk/podcasts/radio/worldbiz/worldbiz_20150122-0730a.mp3
Peter Day talks to the record-breaking sailor, to Unilever, and to the creators of an innovative urban
farm in New Jersey about why these concepts are so important and how businesses can take them
on board.
http://downloads.bbc.co.uk/podcasts/radio/worldbiz/worldbiz_20150423-2101b.mp3
EMF Re-thinking progress - Linear to Circular economy
3:48
https://www.youtube.com/watch?v=zCRKvDyyHmI&ind
ex=1&list=WL
https://youtu.be/zCRKvDyyHmI
And Get Loopy, with Steve Punt https://youtu.be/DGERjaaY40g
https://www.youtube.com/watch?v=DGERjaaY40g&feature=em-hot-vrecs
66. The End of Consumerism 1.0
Do I dare to use the disruption word?
Our relationship with stuff is complex
Our relationship with clothing is more so
Charles Ross
67. Is it that Fashion makes vanity?
Form follows Fantasy
69. We live in a state of permanent sale – we benefit because someone else is
making it cheaply
There also is the rise of the non-consumer gig economy
the Conscious Consumer,
the Stuffocation Generation,
Generation Rent
Clear Your Clutter Day…
The first of Gen Z are finishing their 2nd Year at University
the Millennials are finishing CSM o/d £75k
they have bought with provenance & claim to care
#FashRev Can you answer the question?
70. Buy Once, Buy Right?
“There is hardly anything in the world that some man cannot make a little worse
and sell a little cheaper. The people who consider price only are this man’s
lawful prey. When you pay too much, you lose a little money – that is all.
When you pay too little, you sometimes lose everything, because the thing
you bought was incapable of doing the thing it was bought to do”
71. We live in a time of change.
We need to use our powers for good.
West to East
Male to Female
Old to Young
Retailer to “consumer”
Professional to amateur
Physical to digital
Facts to post-truth
Jobs to a calling
Product to service
72. And of course the biggest of them all:
People to Machines
We live in the most exciting of times
The rise of the P2P economy.
The advent of the circular economy.
The democratisation of innovation, design, production,
commerce and retail. Amateur-professional.
Permission to follow your passion.
A revolution in the way we learn.
The future is bright.
But not like the past.
73. The Less is More Generation
Phones Wireless
Cooking Fireless
Cars Keyless
Food Fatless
Tyres Tubeless
Dresses Sleeveless
Youth Jobless
Leaders Shameless
Relationships Meaningless
Attitudes Careless
Wives Fearless
Babies Fatherless
Feelings Heartless
Education Valueless
Children Mannerless
74. Everything is becoming less but still our hopes are Fearless
Welcome to the 21st Century
Amazon didn’t kill retail
Netflix didn’t do it to Blockbuster
Uber didn’t strangle taxis
apple didn’t squash the music industry
AirBnB didn’t challenge hotels
Technology by itself is not the great disruptor
Being non-consumer centric is
75. The question that has to be addressed
How do we make more money
by selling less stuff?
This is the defining challenge of our time
76. Amongst all this new technology
The greenest jacket is the one
you already own…
77. The nearly at the end page (prompting your questions)
Charles Ross consultant/ journo/ PSD lecturer FRSA
<charles@email.com>
Two recommendations: Do Disrupt – Mark Shayler
Do Wales: July 6 – 9th
78. It is not sufficient to do things better, we need to do better things
In the future only companies that make sustainability a goal will achieve competitive advantage.
This means rethinking business models as well as products, technologies & processes
In the long term the environment & the economy are the same thing. If it is un-environmental, it is
un-economic. That is the rule of nature
We are all better than we know. If we can be brought to realise this, we may never again be
prepared to settle for anything less
Our deepest fear is not that we are inadequate. Our deepest fear is that we are powerful beyond
measure. It is our light, not our darkness that frightens us…
Eco & Economy are both derived from the same Greek word: household
The people will not revolt. They will not look up from their screens long enough to notice what’s
happening