COLLABORATE TO SCALE DARING INNOVATION
AS FASHION CONSUMPTION GROWS BY 65% UNTIL 2030...
... ENVIRONMENTAL AND SOCIAL PRESSURE WILL INCREASE Water consumption
+65%
+49%
(in bn cubic meters)
102
Energy emission (in mn tonnes of CO2)
+63%
62 ​
Chemical usage (Pulse Score in %)
Waste creation (in mn tonnes)
2015
2030 Global fashion consumption in MT1
1. Fashion consumption of apparel and footwear Source: BCG Analysis
Labour practices (paid <120% of min. wage)
+49%
+61%
+50% 2
WE MAPPED THE CHALLENGES TO THE FASHION VALUE CHAIN Raw Materials
Water Consumption
Dyeing & Finishing
Cut-Make-Trim
Retail & Use
End-of-Use
3,000 litres of water per kg of cotton
Energy Emission
>100 Chemical Usage
litres of water per kg fabric polluted by hazardous chemicals
>70% of textiles end up on landfills and are not recycled
Waste Creation
Labor Creation
Common challenges include: Low levels of wages, gender inequality, child labour, and exposure to hazardous chemicals
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DRIVING SYSTEMIC CHANGE THROUGH INNOVATION AND COLLABORATION
WITH THE MISSION TO MAKE ALL FASHION GOOD 4
LANDSCAPE FOR CHANGE
THE FIVE GOODS: GOODS
GOOD MATERIALS From existing solutions to break-through innovation:
GOOD ECONOMY
GOOD ENERGY Directly implementable solutions
Disruptive solutions
GOOD WATER GOOD LIVES 5
HOW ARE WE ENABLING INNOVATION ?
Innovation Platform
Convenor for Change
Accelerator Programme
Fashion for Good Experience
Scaling Programme
Circular Apparel Community
Good Fashion Fund
Good Fashion Guide
6
WHO ARE OUR CORPORATE PARTNERS
7
WHO ARE OUR OTHER PARTNERS
8
WHAT DOES THE INNOVATION LANDSCAPE LOOK LIKE ?
Disruptiveness
Raw Materials
Dyeing & Finishing
Cut-Make-Trim
Retail & Use
End-of-Use
Bio-based polyester (PLA, PHB, PTT)
Microbial-based fixing
Additive manufacturing (e.g. 3D printing)
Circular business models (e.g. leasing)
Chemical recycling
Bio-mimicry protein (spider silk, hag fish)
Microbial-based dye
Fully automated joining techniques
Customization Solutions
Re-sale platforms
Regenerated cellulose / protein
Supercritical fluid (CO2)
Garment Construction Reconfiguration
Improved washing technologies
Automated sorting
Chitin / chitosan
Pre-treatment of fabric
Zero waste manufacturing (e.g. deadstock)
Inventory Optimization Solutions
Mechanical recycling
Leaf fibers
Pre-treatment of dye
Made to measure (e.g. bodyscans)
Visualization Solutions (e.g. virtual fitting)
Bast fibers
Plant-based pigments
Garments that grow
Regenerative agriculture
Overarching Transparency Solutions
Traceability Solutions
Value Chain Reconfiguration
Worker Empowerment
Transport Solutions
Zero Carbon Production
Note: Spinning, knitting & weaving are not listed as separates steps in the value chain. Although they are typically considered as separate steps, innovations in these areas are included in the other steps. Raw materials does not include leather innovations, which are considered separately. 9
WHAT DOES THE INNOVATION LANDSCAPE LOOK LIKE ?
Disruptiveness
Raw Materials
Dyeing & Finishing
Cut-Make-Trim
Retail & Use
End-of-Use
Bio-based polyester (PLA, PHB, PTT)
Microbial-based fixing
Additive manufacturing (e.g. 3D printing)
Circular business models (e.g. leasing)
Chemical recycling
Bio-mimicry protein (spider silk, hag fish)
Microbial-based dye
Fully automated joining techniques
Customization Solutions
Re-sale platforms
Regenerated cellulose / protein
Supercritical fluid (CO2)
Garment Construction Reconfiguration
Improved washing technologies
Automated sorting
Chitin / chitosan
Pre-treatment of fabric
Zero waste manufacturing (e.g. deadstock)
Inventory Optimization Solutions
Mechanical recycling
Leaf fibers
Pre-treatment of dye
Made to measure (e.g. bodyscans)
Visualization Solutions (e.g. virtual fitting)
Bast fibers
Plant-based pigments
Garments that grow
Regenerative agriculture
Overarching Transparency Solutions
Traceability Solutions
Value Chain Reconfiguration
Worker Empowerment
Transport Solutions
Zero Carbon Production
Note: Spinning, knitting & weaving are not listed as separates steps in the value chain. Although they are typically considered as separate steps, innovations in these areas are included in the other steps. Raw materials does not include leather innovations, which are considered separately. 10
WHAT DOES THE INNOVATION LANDSCAPE LOOK LIKE ?
Disruptiveness
Raw Materials
Dyeing & Finishing
Cut-Make-Trim
Retail & Use
End-of-Use
Bio-based polyester (PLA, PHB, PTT)
Microbial-based fixing
Additive manufacturing (e.g. 3D printing)
Circular business models (e.g. leasing)
Chemical recycling
Bio-mimicry protein (spider silk, hag fish)
Microbial-based dye
Fully automated joining techniques
Customization Solutions
Re-sale platforms
Regenerated cellulose / protein
Supercritical fluid (CO2)
Garment Construction Reconfiguration
Improved washing technologies
Automated sorting
Chitin / chitosan
Pre-treatment of fabric
Zero waste manufacturing (e.g. deadstock)
Inventory Optimization Solutions
Mechanical recycling
Leaf fibers
Pre-treatment of dye
Made to measure (e.g. bodyscans)
Visualization Solutions (e.g. virtual fitting)
Bast fibers
Plant-based pigments
Garments that grow
Regenerative agriculture
Overarching Transparency Solutions
Traceability Solutions
Value Chain Reconfiguration
Worker Empowerment
Transport Solutions
Zero Carbon Production
Note: Spinning, knitting & weaving are not listed as separates steps in the value chain. Although they are typically considered as separate steps, innovations in these areas are included in the other steps. Raw materials does not include leather innovations, which are considered separately. 11
WHAT DOES THE INNOVATION LANDSCAPE LOOK LIKE ?
Disruptiveness
Raw Materials
Dyeing & Finishing
Cut-Make-Trim
Retail & Use
End-of-Use
Bio-based polyester (PLA, PHB, PTT)
Microbial-based fixing
Additive manufacturing (e.g. 3D printing)
Circular business models (e.g. leasing)
Chemical recycling
Bio-mimicry protein (spider silk, hag fish)
Microbial-based dye
Fully automated joining techniques
Customization Solutions
Re-sale platforms
Regenerated cellulose / protein
Supercritical fluid (CO2)
Garment Construction Reconfiguration
Improved washing technologies
Automated sorting
Chitin / chitosan
Pre-treatment of fabric
Zero waste manufacturing (e.g. deadstock)
Inventory Optimization Solutions
Mechanical recycling
Leaf fibers
Pre-treatment of dye
Made to measure (e.g. bodyscans)
Visualization Solutions (e.g. virtual fitting)
Bast fibers
Plant-based pigments
Garments that grow
Regenerative agriculture
Overarching Transparency Solutions
Traceability Solutions
Value Chain Reconfiguration
Worker Empowerment
Transport Solutions
Zero Carbon Production
Note: Spinning, knitting & weaving are not listed as separates steps in the value chain. Although they are typically considered as separate steps, innovations in these areas are included in the other steps. Raw materials does not include leather innovations, which are considered separately. 12
WHAT DOES THE INNOVATION LANDSCAPE LOOK LIKE ?
Disruptiveness
Raw Materials
Dyeing & Finishing
Cut-Make-Trim
Retail & Use
End-of-Use
Bio-based polyester (PLA, PHB, PTT)
Microbial-based fixing
Additive manufacturing (e.g. 3D printing)
Circular business models (e.g. leasing)
Chemical recycling
Bio-mimicry protein (spider silk, hag fish)
Microbial-based dye
Fully automated joining techniques
Customization Solutions
Re-sale platforms
Regenerated cellulose / protein
Supercritical fluid (CO2)
Garment Construction Reconfiguration
Improved washing technologies
Automated sorting
Chitin / chitosan
Pre-treatment of fabric
Zero waste manufacturing (e.g. deadstock)
Inventory Optimization Solutions
Mechanical recycling
Leaf fibers
Pre-treatment of dye
Made to measure (e.g. bodyscans)
Visualization Solutions (e.g. virtual fitting)
Bast fibers
Plant-based pigments
Garments that grow
Regenerative agriculture
Overarching Transparency Solutions
Traceability Solutions
Value Chain Reconfiguration
Worker Empowerment
Transport Solutions
Zero Carbon Production
Note: Spinning, knitting & weaving are not listed as separates steps in the value chain. Although they are typically considered as separate steps, innovations in these areas are included in the other steps. Raw materials does not include leather innovations, which are considered separately. 13
WHAT DOES THE INNOVATION LANDSCAPE LOOK LIKE ?
Disruptiveness
Raw Materials
Dyeing & Finishing
Cut-Make-Trim
Retail & Use
End-of-Use
Bio-based polyester (PLA, PHB, PTT)
Microbial-based fixing
Additive manufacturing (e.g. 3D printing)
Circular business models (e.g. leasing)
Chemical recycling
Bio-mimicry protein (spider silk, hag fish)
Microbial-based dye
Fully automated joining techniques
Customization Solutions
Re-sale platforms
Regenerated cellulose / protein
Supercritical fluid (CO2)
Garment Construction Reconfiguration
Improved washing technologies
Automated sorting
Chitin / chitosan
Pre-treatment of fabric
Zero waste manufacturing (e.g. deadstock)
Inventory Optimization Solutions
Mechanical recycling
Leaf fibers
Pre-treatment of dye
Made to measure (e.g. bodyscans)
Visualization Solutions (e.g. virtual fitting)
Bast fibers
Plant-based pigments
Garments that grow
Regenerative agriculture
Overarching Transparency Solutions
Traceability Solutions
Value Chain Reconfiguration
Worker Empowerment
Transport Solutions
Zero Carbon Production
Note: Spinning, knitting & weaving are not listed as separates steps in the value chain. Although they are typically considered as separate steps, innovations in these areas are included in the other steps. Raw materials does not include leather innovations, which are considered separately. 14
WHAT DOES OUR START-UP ECOSYSTEM LOOK LIKE ? Processing
Materials
Cut Make & Trim
Dyeing & Finishing
Use
Retail
End of Use
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AGRALOOP FROM FOOD TO TEXTILES
Raw Materials
Dyeing & Finishing
CutMakeTrim
Retail & Use
End-ofUse
Overarching/ New Business Model
• Collection of waste from food-crop production and transformation into fibres • Processed using conventional cotton machinery, offering alternative to conventional fibres • Acceleration: Connected Agraloop to several brands in our ecosystem
16
COLORZEN: DISRUPTING COTTON DYEING
Raw Materials
Dyeing & Finishing
CutMakeTrim
Retail & Use
End-ofUse
Overarching/ New Business Model
• Pre-treatment of cotton fibre that makes the dyeing process dramatically more efficient and environmentally friendly • ColorZen’s scalable, innovative technology is set to revolutionise the global cotton dyeing industry • Roadmap to Scale: Savings tool development
17
TAMICARE 3D PRINTED GARMENTS
Raw Materials
Dyeing & Finishing
CutMakeTrim
Retail & Use
End-ofUse
Overarching/ New Business Model
â&#x20AC;˘ First industrial circular production technology, from fiber to garment in 3 seconds â&#x20AC;˘ Roadmap to Scale: Identify potential business models, attract funding & promote technology
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SOFTWEAR AUTOMATED SEWING
Raw Materials
Dyeing & Finishing
CutMakeTrim
Retail & Use
End-ofUse
Overarching/ New Business Model
• Fully automated sewing of garments enabling local production • Roadmap to Scale: Conceptualize Factory of the Future, promote technology & support with operational design factory
19
REPACK REVERSE LOGISTICS PACKAGING
Raw Materials
Dyeing & Finishing
CutMakeTrim
Retail & Use
End-ofUse
Overarching/ New Business Model
• RePack implements a business model for e-commerce, where the packaging is sent back to the distributor for reutilisation • Potential to reduce the carbon footprint of packaging for e-commerce by 80% • Acceleration: Connected Repack to several brands in our ecosystem
20
WORN AGAIN CHEMICAL RECYLING
Raw Materials
Dyeing & Finishing
CutMakeTrim
Retail & Use
End-ofUse
Overarching/ New Business Model
• Worn Again developed a technology separating and recapturing polyester and cellulose from end-of-use clothing and textile waste • Upcycled blended fibres allow manufacturers to reprocess disposed garment • Roadmap to Scale: business model support & designing scaling strategy
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WHERE YOUR SUPPORT IS NEEDED FOR INNOVATION
Validate Technology Validate Business Model
Validation
Execute Small Scale Pilots Define Success criteria
Piloting
Integrate in Supply Chain Identify Demand Requirements
Implementation
Create Use Cases Jointly promote Success Stories
Promotion 22
WHY JOIN THE MOVEMENT ?
5 Reasons to join Fashion for Good
Grow your business
Reduce your financial risk
Exclusive access
Prepare for the future
Shape the innovation agenda
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HOW TO REACH OUT TO US ?
Pim Kneepkens
Eva van der Brugge
Innovation Manager
Innovation Manager
Pim.kneepkens@fashionforgood.com
Eva,vander.Brugge@fashionforgood.com Follow us!
www.fashionforgood.com
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