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The Kintra resin and yarns can be seamlessly integrated into existing synthetic manufacturing and textile production supply chains at a competitive price point, providing a scalable and cost-effective sustainable alternative to synthetics such as PET, rPET, or nylon. The new Kintra material offers brands the opportunity to set a new standard of transparency in the synthetic material supply chain.\u003C/p>","\u003Cp>Washing clothes releases half a million tonnes of microplastics into the ocean each year which is equivalent to over 50 billion plastic bottles. Currently, over 60% of global textile fibers are synthetic materials. The microfibers they shed are toxic to wildlife and the environment. They also take hundreds of years to decompose and contribute to the 80% of marine pollution which comes from land-based activities. Today, recycled plastic bottles (rPET) are the current industry standard for polyester fibers, however, these still contribute to microplastic pollution. 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Their platform will have far reaching impacts on communities and environments around the world, increasing the availability of arable land for agriculture and potable water for human consumption. Company is still under early stage of development and expecting to make a prototype garment in next 3-5 years.\u003C/p>","\u003Cp>Microfibers are the major marine pollutant throughout the world estimating 13 million tonnes of coastal synthetic fabric waste entering the ocean each year, out of which 2.5 million tonnes enter through adjoining rivers. It is anticipated that, to date, 1.5 million trillion of microfibers are present in the ocean. Microfibers are one of the major cause biodiversity loss, adverse impact on marine life and subsequently end up in our food cycle.\u003C/p>","\u003Cp>To mitigate the fashion industry’s environmental impact, Werewool is designing a revolutionary fiber development platform to create biodegradable fibers with tailored aesthetic and performance properties. Inspired by nature, and utilizing the tools of biotechnology, Werewool is developing a platform to design fibers at the DNA level for sustainable textiles with inherent properties such as color, moisture management, and stretch, that meet the demands of today’s consumers\u003C/p>","\u003Cp>The challenge was to seek a solution to the pollution caused by microfibers. Werewool fiber development platform can reduce the fashion industry’s impact on our dwindling natural resources, by eliminating the ecotoxicity of dyes, reducing the raw material impact of fiber production, and the end of life implications of synthetic fibers. Werewool is made with a circular lifecycle, returning nutrients to the ecosystem at the end of their useful life, and protecting biodiversity (Earth’s greatest resilience to climate change) from the effects of microplastic pollution. By creating fibers with inherent color, they are preventing the pollution associated with conventional textile dyes that cause dead zones in rivers, streams and other freshwater resources.\u003C/p>",[383,385],{"name":384,"type":236,"value":384},"https://fashionunited.com/education/schools/fit-start-up-werewool-among-winners-of-microfiber-innovation-challenge/2022050347376",{"name":386,"type":236,"value":386},"https://www.werewool.bio/",{"id":23,"type":388,"cta":6,"cta_link":6,"created_at":389,"updated_at":390,"owner_id":4,"owner_relationship":192,"views":180,"owner":391,"image":392,"contributors":395,"article_locations":398,"article_industries":404,"view_count":180,"like_count":180,"collection_count":224,"content":407,"can_edit":242},"policy_case","2022-08-16T07:01:27.720Z","2022-08-31T14:03:53.776Z",{"id":4,"type":5,"owner_id":4,"about":6,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":6,"organisation":6},{"id":393,"link":394,"alt":6,"source":6,"created_at":389,"updated_at":390,"article_id":23,"image_profile_id":6,"banner_profile_id":6},"HBi3qRebMQM=","https://kh-assets.prod.circularity-gap.world/main-image/1778153914926-mwQtZYev.jpeg",[396,397],{"contributor_id":4},{"contributor_id":200},[399],{"article_id":23,"location_id":400,"created_at":13,"updated_at":6,"location":401},"2657896",{"id":400,"type":207,"name":402,"color":6,"parent_location_id":403,"created_at":210,"updated_at":6},"Zürich","CHE",[405],{"article_id":23,"industry_id":213,"created_at":13,"updated_at":6,"industry":406},{"id":213,"name":215,"description":216,"sector":217},{"id":408,"score":180,"body":409,"status":241,"article_id":23,"created_at":389,"updated_at":390,"published_at":389},"In6Y",{"title":410,"outcome":411,"problem":412,"summary":413,"solution":414,"attachment":415},"HeiQ introduces ‘Climate Positive’ AeoniQ cellulosic yarn","\u003Cp>HeiQ AeoniQ is designed to give comparable performance attributes to polyester, nylon, and traditional regenerated cellulose yarns, and the manufacturing method is expected to use 99 percent less water than cotton yarns. HeiQ AeoniQ is a continuous cellulosic filament yarn. During growth, the biopolymers bind carbon from the atmosphere while generating oxygen. Can be recycled eternally without loss of performance and is Biodegradable.\u003C/p>","\u003Cp>Traditional cellulosic fiber production needs arable land during growth and has limited design diversity, but raw resources for fossil-based synthetic materials are finite. Existing technologies for recycling textile fabrics and clothes created with all fibers are, for the most part, still not at scale, and most fibers – synthetic or natural – take several years to decompose in landfills or seas, resulting in the environmental build-up\u003C/p>","\u003Cp>Swiss textile technology company HeiQ announces the introduction of HeiQ AeoniQ- a high-performance cellulose yarn based on a novel fiber created from carbon negative. HeiQ AeoniQ is derived from third-generation cellulosic biopolymers and is advancing to pilot production prior to mass commercialization\u003C/p>","\u003Cp>Cellulosic biopolymers used in AeoniQ yarns bind carbon from the atmosphere while producing oxygen during growth, the high-performance yarn has the potential to replace synthetic filament yarns. Furthermore, unlike traditional cellulosic goods, AeoniQ yarns are produced without the use of arable land, pesticides, or fertilizer. HeiQ AeoniQ yarns are designed for cradle-to-cradle circularity, which means they can be recycled multiple times while maintaining consistent fiber quality.\u003C/p>",[416,418,420],{"name":417,"type":236,"value":417},"https://whattheythink.com/video/109558-heiq-aeoniq-aims-more-sustainable-textile-industry/",{"name":419,"type":236,"value":419},"https://www.yarnsandfibers.com/news/textile-news/heiq-introduces-climate-positive-aeoniq-cellulosic-yarn/",{"name":421,"type":236,"value":421},"https://www.heiq.com/game-changers/heiq-aeoniq/",{"id":25,"type":189,"cta":6,"cta_link":6,"created_at":423,"updated_at":424,"owner_id":4,"owner_relationship":192,"views":180,"owner":425,"image":426,"contributors":429,"article_locations":433,"article_industries":444,"view_count":180,"like_count":180,"collection_count":224,"content":447,"can_edit":242},"2022-08-21T08:39:24.575Z","2022-08-30T14:14:53.239Z",{"id":4,"type":5,"owner_id":4,"about":6,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":6,"organisation":6},{"id":427,"link":428,"alt":6,"source":6,"created_at":423,"updated_at":424,"article_id":25,"image_profile_id":6,"banner_profile_id":6},"IsnH7LEKkyk=","https://kh-assets.prod.circularity-gap.world/main-image/1778153935783-ZrBVRl6z.jpeg",[430,431],{"contributor_id":4},{"contributor_id":432},"UTHahQ",[434,440],{"article_id":25,"location_id":435,"created_at":13,"updated_at":6,"location":436},"658225",{"id":435,"type":207,"name":437,"color":6,"parent_location_id":438,"created_at":439,"updated_at":6},"Helsinki","FIN","2026-02-27T07:55:02.991Z",{"article_id":25,"location_id":441,"created_at":13,"updated_at":6,"location":442},"5405878",{"id":441,"type":207,"name":443,"color":6,"parent_location_id":209,"created_at":210,"updated_at":6},"Ventura",[445],{"article_id":25,"industry_id":213,"created_at":13,"updated_at":6,"industry":446},{"id":213,"name":215,"description":216,"sector":217},{"id":448,"score":180,"body":449,"status":241,"article_id":25,"created_at":423,"updated_at":424,"published_at":423},"VUff",{"title":450,"outcome":451,"problem":452,"summary":453,"solution":454,"attachment":455},"Patagonia and Infinited Fiber Seal Multiyear Sales Deal","\u003Cp>Infinna Fiber is the basis of Patagonia’s first closed-loop product, Tee-Cycle. Using Patagonia tees sourced from the Take-Back Program along with used cotton garments from the global recycling channels, Infinited Fiber turns the used tees into soft, resilient fibers called Infinna. Unlike other man-made cellulosic fibers like rayon or lyocell made from the pulp of trees, Infinna Fiber is made from post-consumer cotton garment waste that’s recycled into a new pulp and then into fiber. When blended with factory cotton scraps that would otherwise wind up in landfills, the result is a new tee made of 100 percent recycled materials.\u003C/p>","\u003Cp>More than 92 million metric tons of textile waste is produced globally every year, and most of this ends up in landfills or incinerators. At the same time, textile fiber demand is increasing, with the Textile Exchange estimating the global textile fiber market to grow 30% to 146 million metric tons by 2030 from 111 million metric tons in 2019.\u003C/p>","\u003Cp>Outdoor apparel company Patagonia and circular fashion and textile technology group Infinited Fiber Company have signed a multi-year sales agreement for Infinited Fiber Company’s unique, premium-quality regenerated textile fiber Infinna™, which is created out of textile waste. The move marks a major milestone for both companies towards making textile circularity an everyday reality: The deal guarantees Patagonia access to the limited-supply fiber over the coming years and secures future sales income for Infinited Fiber Company as it ramps up production.\u003C/p>","\u003Cp>Infinna is a unique, virgin-quality regenerated textile fiber with the soft and natural look and feel of cotton. It is created from cotton-rich textile waste that is broken down at the molecular level and reborn as new fibers. Because it’s made of cellulose—a building block of all plants—Infinna is biodegradable and contains no microplastics to clog our seas. Clothes made with it can be recycled again in the same process together with other textile waste. Infinited Fiber Company’s fiber regeneration technology, which uses cellulose-rich waste streams as its raw material, offers a solution both to stop waste from being wasted and to reduce the burden of the textile industry on the planet’s limited natural resources.\u003C/p>",[456,458],{"name":457,"type":236,"value":457},"https://infinitedfiber.com/blog/2021/06/28/patagonia-and-infinited-fiber-seal-multiyear-sales-deal/",{"name":459,"type":236,"value":459},"https://www.patagonia.com/our-footprint/infinna-fiber.html",{"id":29,"type":189,"cta":6,"cta_link":6,"created_at":461,"updated_at":462,"owner_id":4,"owner_relationship":192,"views":180,"owner":463,"image":464,"contributors":467,"article_locations":469,"article_industries":472,"view_count":180,"like_count":180,"collection_count":224,"content":475,"can_edit":242},"2022-08-24T04:16:18.411Z","2022-08-24T04:16:18.495Z",{"id":4,"type":5,"owner_id":4,"about":6,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":6,"organisation":6},{"id":465,"link":466,"alt":6,"source":6,"created_at":461,"updated_at":462,"article_id":29,"image_profile_id":6,"banner_profile_id":6},"sLIJxuuJuOw=","https://kh-assets.prod.circularity-gap.world/main-image/1778153939191-KNcaPpm9.jpeg",[468],{"contributor_id":4},[470],{"article_id":29,"location_id":339,"created_at":13,"updated_at":6,"location":471},{"id":339,"type":207,"name":341,"color":6,"parent_location_id":209,"created_at":210,"updated_at":6},[473],{"article_id":29,"industry_id":213,"created_at":13,"updated_at":6,"industry":474},{"id":213,"name":215,"description":216,"sector":217},{"id":476,"score":180,"body":477,"status":241,"article_id":29,"created_at":461,"updated_at":462,"published_at":461},"U-Yh",{"title":478,"outcome":479,"problem":230,"summary":480,"solution":481,"attachment":482},"Kintra Fibers - 100% bio-based and biodegradable polyester","\u003Cp>By leveraging renewable, toxin-free chemistries and utilizing a cradle-to-cradle mindset during resin development, Kintra’s proprietary materials eliminate petrochemicals and microfiber pollution from the fashion industry.  As a solution for microfibre pollution and textile waste, the material has an inherently compostable structure. This means that similar to natural fiber, the company has designed its material to safely return to the environment with no harm within wastewater treatment and industrial compost facilities.\u003C/p>","\u003Cp>Kintra envisions a future for the fashion industry that is free from fossil fuels. Their inputs are derived from sugar instead of petroleum and designed the materials to fit industrial composting. Kintra materials are “leased” from nature to humans and formulated to return to the soil from which they originate. \u003C/p>","\u003Cp>Instead of petroleum, Kintra sources corn and wheat-derived sugar to produce its resins and fibers, which undergo a melt-spinning process similar to polyester, nylon, and other synthetic materials, providing a comparable look, feel, and performance without contributing to the problem of microplastic pollution. These materials naturally degrade in the aerobic environment of a wastewater treatment facility, keeping our oceans and soil clean. Kintra materials can fit chemical and mechanical recycling schemes and industrial compost. Kintra makes proprietary bio-based and compostable polyester resin and yarn in-house and has production partners to make larger quantities for customers.\u003C/p>",[483,485],{"name":484,"type":236,"value":484},"https://www.fibre2fashion.com/interviews/industry-speak/kintra-fibers/alissa-sandra-baier-lentz/13256-1",{"name":486,"type":236,"value":486},"https://textileexchange.org/featured/kintra-fibres-2021/",{"id":27,"type":189,"cta":6,"cta_link":6,"created_at":488,"updated_at":489,"owner_id":4,"owner_relationship":192,"views":180,"owner":490,"image":491,"contributors":494,"article_locations":496,"article_industries":511,"view_count":180,"like_count":180,"collection_count":224,"content":514,"can_edit":242},"2022-08-23T03:53:39.544Z","2022-08-23T03:54:37.202Z",{"id":4,"type":5,"owner_id":4,"about":6,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":6,"organisation":6},{"id":492,"link":493,"alt":6,"source":6,"created_at":488,"updated_at":489,"article_id":27,"image_profile_id":6,"banner_profile_id":6},"7yoUA9353lI=","https://kh-assets.prod.circularity-gap.world/main-image/1778153937340--lTQNI8h.jpeg",[495],{"contributor_id":4},[497,502,507],{"article_id":27,"location_id":498,"created_at":13,"updated_at":6,"location":499},"2673730",{"id":498,"type":207,"name":500,"color":6,"parent_location_id":501,"created_at":210,"updated_at":6},"Stockholm","SWE",{"article_id":27,"location_id":503,"created_at":13,"updated_at":6,"location":504},"3129329",{"id":503,"type":207,"name":505,"color":6,"parent_location_id":506,"created_at":210,"updated_at":6},"Arteixo","ESP",{"article_id":27,"location_id":506,"created_at":13,"updated_at":6,"location":508},{"id":506,"type":259,"name":509,"color":6,"parent_location_id":510,"created_at":210,"updated_at":6},"Spain","EU",[512],{"article_id":27,"industry_id":213,"created_at":13,"updated_at":6,"industry":513},{"id":213,"name":215,"description":216,"sector":217},{"id":515,"score":180,"body":516,"status":241,"article_id":27,"created_at":488,"updated_at":489,"published_at":488},"Bbbj",{"title":517,"outcome":518,"problem":519,"summary":520,"solution":521,"attachment":522},"Zara taps Renewcell Circulose for new capsule collection","\u003Cp>For Zara, the collaboration is part of Inditex’s Sustainability Innovation Hub, an open-innovation platform. The aim is to work alongside start-ups, academic institutions, and tech centers to promote and scale initiatives developing new materials, technologies, and processes that reduce the environmental footprint of the fashion and help advance toward more sustainable production.\u003C/p>\u003Cp>Renewcell will recycle textile waste, including worn-out jeans and production scraps, to manufacture 60,000 metric tonnes of Circulose dissolving pulp per year. It is said to be the first of its kind and could potentially save hundreds of millions of garments from landfills and incineration each year, contributing to a reduction in greenhouse gas emissions from the textile industry. With a business model focused on innovative sustainability and customer service, Zara and Inditex are committed to achieve climate neutrality by 2040\u003C/p>","\u003Cp>The fashion and textile industries are two of the most polluting industries worldwide which are quite destructive to the planet in their current state both economically and environmentally. Major problems the fashion industry needs to address are its dependence on resource-intense and polluting virgin raw materials and finding a valuable use for the more than 92 million tons of textile waste that are incinerated or landfilled at a great environmental cost around the globe annually.\u003C/p>","\u003Cp>Inditex's fashion brand Zara has partnered with Swedish textile-to-textile recycling innovator Renewcell on a capsule collection made from its Circulose branded material, which is produced from 100% recycled textiles\u003C/p>","\u003Cp>Circulose, developed by Renewcell , is a biodegradable raw material used to produce textile fibres for fashion like viscose and lyocell. Fibres produced with Circulose are said to help brands limit the use of virgin textile fibres, which reduces the climate and environmental impact caused by raw material production and waste\u003C/p>",[523,525,527],{"name":524,"type":236,"value":524},"https://www.textiletechnology.net/technology/news/renewcell-collaboration-with-zara-32697",{"name":526,"type":236,"value":526},"https://apparelinsider.com/zara-launches-renewcell-capsule-collection/",{"name":528,"type":236,"value":528},"https://www.textileworld.com/textile-world/knitting-apparel/2022/08/renewcell-and-zara-collaborate-to-create-a-capsule-collection-made-from-material-produced-with-circulose/",{"id":21,"type":388,"cta":6,"cta_link":6,"created_at":530,"updated_at":531,"owner_id":4,"owner_relationship":192,"views":180,"owner":532,"image":533,"contributors":536,"article_locations":540,"article_industries":549,"view_count":180,"like_count":180,"collection_count":224,"content":554,"can_edit":242},"2022-08-11T15:42:02.863Z","2022-08-18T02:05:59.327Z",{"id":4,"type":5,"owner_id":4,"about":6,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":6,"organisation":6},{"id":534,"link":535,"alt":6,"source":6,"created_at":530,"updated_at":531,"article_id":21,"image_profile_id":6,"banner_profile_id":6},"mVNHcU4GB7Q=","https://kh-assets.prod.circularity-gap.world/main-image/1778152787779-KYWOBIxy.jpeg",[537,538],{"contributor_id":4},{"contributor_id":539},"KPy0Tw",[541,545],{"article_id":21,"location_id":542,"created_at":13,"updated_at":6,"location":543},"FRA",{"id":542,"type":259,"name":544,"color":6,"parent_location_id":510,"created_at":439,"updated_at":6},"France",{"article_id":21,"location_id":546,"created_at":13,"updated_at":6,"location":547},"3024597",{"id":546,"type":207,"name":548,"color":6,"parent_location_id":542,"created_at":439,"updated_at":6},"Clichy",[550,552],{"article_id":21,"industry_id":213,"created_at":13,"updated_at":6,"industry":551},{"id":213,"name":215,"description":216,"sector":217},{"article_id":21,"industry_id":219,"created_at":13,"updated_at":6,"industry":553},{"id":219,"name":221,"description":222,"sector":223},{"id":555,"score":180,"body":556,"status":241,"article_id":21,"created_at":530,"updated_at":531,"published_at":530},"H1Ky",{"title":557,"outcome":558,"problem":559,"summary":560,"solution":561,"attachment":562},"Fairbrics - Sustainable Fabric out of Thin Air","\u003Cp>The high-level estimation is based on Fairbrics’ potential to scale and its output in 2030 (production of ~500,000 metric tons of fabric). Fairbrics has an estimated impact of reducing 720,000 metric tons of CO2 emissions in 2030, meaning that it can reduce emissions comparable to 120 million polyester t-shirts simply by changing the way the material is made. Further, Fairbrics enables a shorter and more efficient supply chain as well as reduces the fashion industry’s reliance on coal and petroleum through its innovative way of producing polyester.\u003C/p>","\u003Cp>The fashion industry is one of the most polluting industries, releasing more CO2 than aviation and shipping combined. Polyester is one of the most used materials in today’s fashion industry. This is bad news for the planet since the manufacturing process when making polyester from petroleum emits huge amounts of greenhouse gases\u003C/p>","\u003Cp>Fairbrics is developing the first synthetic fiber with the potential to positively impact climate change. Fairbrics was born with a vision to fight climate change by developing a circular manufacturing process. Incorporating waste CO2 as a feed-stock (by capturing carbon dioxide emissions from industrial fumes) reduces the reliance on expensive fossil fuels.\u003C/p>","\u003Cp>Fairbrics have found a way to not only reduce carbon dioxide emissions but also to make them part of the solution. This revolutionary innovation collects emitted greenhouse gases, activates, and transforms them into sustainable polyester pellets and yarn. The pellets can then be used to create a sustainable polyester fabric – making it the first synthetic fiber with a net positive impact on climate change.\u003C/p>",[563,565,567,569],{"name":564,"type":236,"value":564},"https://www.just-style.com/interviews/exclusive-comments-fairbrics-makes-carbon-neutral-material-from-thin-air/",{"name":566,"type":236,"value":566},"https://www.joinef.com/companies/fairbrics/",{"name":568,"type":236,"value":568},"https://billiondollarcollection.com/fairbrics/",{"name":570,"type":236,"value":570},"https://fairbrics.co/",[]]