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e48952f0-832e-4643-901f-a027c8fb3d90 CIRCULÉIRE NON-MEMBER CASE STUDY COMPANY: AMBERCYCLE WEBSITE: AMBERCYCLE.COM SECTOR : TEXTILES PUBLISHED: 02 DECEMBER 2025 TAGS: TEXTILERECYCLING, SUSTAINABLEFASHION, POLYESTER, MOLECULARRECYCLING, CHEMICALRECYCLING, REGENERATEDFIBRES, WASTE-TO-RESOURCE The Challenge Each year, about 92 million tonnes of textile waste are produced worldwide ( UNEP, 2025 ). Every second, the equivalent of a full garbage truck of textiles is either landfilled or burned, with as much as 85% ending up in landfill rather than being reused or recycled ( UNRIC, 2024 ). Less than half of used garments are collected for reuse or recycling, and of those, only around 1% are recycled into new clothing items ( European Parliament 2025 ). The global fashion industry is responsible for around 10% of total carbon emissions - more than the emissions from both aviation and shipping combined ( World Economic Forum 2020 ). In 2023, apparel sector emissions grew by 7.5% to 944 million tonnes. The increase in emissions from the sector is largely driven by higher production fuelled by ultra-fast fashion trends and a rising dependence on virgin polyester ( Apparel Impact Institute 2025 ). Polyester, a synthetic fibre introduced in the 1940s, is derived from fossil fuels and currently accounts for 57% of global fibre production. ( Apparel Impact Institute 2025 ). Polyester's widespread use has led to serious environmental impacts, including persistent pollution from microplastic fibres, which shed during washing and accumulate in oceans and ecosystems. This reliance on a petroleum-based material underscores the urgent need for sustainable alternatives in textile manufacturing ( UNRIC, 2024 ). A Circular Solution Ambercycle is a company that transforms textile waste into high-quality regenerated polyester using advanced molecular regeneration technology ( Ambercycle, 2025 ). Their flagship product, Cycora, is a regenerated polyester yarn and fabric created from post-consumer and post-industrial textile waste ( Cycora 2025 ). Using chemistry to break down mixed fibres at the molecular level, Ambercycle extracts and purifies polyester to create new materials that match or exceed the quality and performance of virgin polyester. This innovative process allows repeated recycling without degradation in quality, significantly reducing dependency on virgin fossil-fuel-based polyester and lowering carbon emissions linked to textile production ( Ambercycle, 2025 ). By partnering with leading brands like REI, GANNI, and Arc’teryx, Ambercycle is scaling Cycora to promote circularity and sustainability in the fashion industry ( Ambercycle, 2025 ). Ambercycle’s technology starts by shredding used textiles, separating polyester from other fibres such as cotton, nylon, and spandex ( Lampoon Magazine, 2025 ). The polyester is then liquefied, purified to remove dyes and additives, and solidified into pellets that can be spun into new yarns ( Ambercycle, 2025 ). This process operates at relatively low temperatures, contributing to a reduction in CO 2 emissions. According to Ambercycle, Cycora offsets nearly half the carbon dioxide emissions of virgin polyester production ( Ambercycle, 2025 ). Independent testing by the European Center for Innovative Textiles (CETI) shows Cycora meets the standards of virgin polyester, making it a commercially viable and environmentally friendlier alternative ( Ambercycle, 2025 ). Adoption of Ambercycle’s technology across the apparel sector could reduce global emissions by over 15%, exemplifying a practical path to textile circularity and decarbonization ( Ambercycle, 2025 ). Climate Impact Production of Cycora results in half the greenhouse gas emissions compared to traditional polyester, offering a major reduction in climate impact production ( Ambercycle, 2025 ). Each tonne of fabric recycled through this process is a tonne diverted from landfill - a critical intervention to address the 92 million tonnes of textile waste created annually. Because Cycora retains the quality needed for reuse, it supports resource efficiency and extends the usable lifespan of textile materials. Brand partnerships are helping Cycora scale up and demonstrate real-world impact. For example, Inditex (the parent company of Zara) has agreed to purchase over €70 million worth of Cycora material, supporting its 2030 target to use exclusively sustainable textile inputs across all products. Large-scale commitments from market leaders like Inditex signal an industry shift towards circular solutions and highlight the practical viability of advanced textile recycling technologies. Replicability Cycora is part of a broader trend where technology companies are transforming textile waste into new, high-quality materials. Worn Again Technologies recycles textiles into raw materials by isolating and purifying cellulose and polyester, which are then spun into new fibres. Renewcell's Circulose process recycles cotton textiles into biodegradable pulp, which can be remanufactured into fibres for the fashion industry. Evrnu’s NuCycl technology turns used textiles into high-performance fibres by breaking down and regenerating textile polymers. These innovations are making textile-to-textile recycling increasingly replicable and scalable, encouraging adoption across the industry. ALL CASE STUDIES

27th Nov, 2025 All-Island Circular Venture Awards 2025 Celebrating Innovation. Accelerating Circular Impact. ABOUT THE AWARDS WINNER & FINALISTS PRIZES JUDGES AGENDA VENUE, DATE, TIME ABOUT THE AWARDS The AlI-Island Circular Venture Awards will spotlight start-ups and ventures across the island of Ireland who are pioneering the emergence of the circular economy sector by enabling or demonstrating a circular value proposition. The awards are a great opportunity for late-stage start-ups driving innovation in the circular economy, and a platform to shine a light on high-potential ventures reshaping how materials, components and products are used, reused, remanufactured and regenerated. CIRCULÉIRE is delighted to announce its inaugural All-Island Circular Venture Awards, a prestigious new initiative designed and led by Irish Manufacturing Research (IMR) and funded by the Department of Climate, Energy & the Environment (DCEE). READ THE AWARDS GUIDELINES & CRITERIA 2025 WINNER HaPPE Earth, the WINNER of the inaugural All-Island Circular Venture Awards embodies circular innovation, circular excellence, execution strength, commercial viability and system level impact with the persevering and pioneering vision of never giving up. Lisa O'Riordan Chief Operating Officer, HaPPE Earth 1st Finalist Gemell Technology, the 1st finalist is a venture that is pioneering digital technologies to leverage advanced tech to make it easy for actors and supply chains to reduce waste. It is imminently scalable not only in Ireland but further afield. Co-Founder & CEO, Gemell Technology Limited Adam Hankin 2nd Finalist Ecoroots, the second finalist is a venture with a holistic circularity story and significant IP potential which can enable scalability. They are not only figuring out how to do this in their own right, but also enabling other actors in their value and supply chain to valorise production residues. Ecoroots fundamentally exemplifies the systemic level of change required to bring the circular economy to life. Founder & CEO, Ecoroots Lavanya Bhandari CIRCULAR TROPHY FABRICATION GALLERY PRIZES €5.000 + Coaching Session + CIRCULÉIRE Case Study €3.000 + Coaching Session + CIRCULÉIRE Case Study €2.000 + Coaching Session + CIRCULÉIRE Case Study SHORTLISTED VENTURES The ten shortlisted ventures pitching to an audience of investors, industry, policy makers, and media at the first All-Island Circular Venture Awards will include Arcology System, Biographene Innovations Ireland, BladeBridge, Circular Food Co, Ecoroots, HaPPE Earth, Gemell Technology Limited, Harp Renewable, Integrated Materials Solutions and Kinset Limited. The selected ventures represent an extremely broad range of sectors including commercial fitout infrastructure, construction waste management, compostable PPE, biobased production and packaging solutions; repurposed wind energy infrastructure; digital enablement of circular processes; aerobic digestion; additional manufacturing for textiles; and upcycling of food residuals. READ ON FOR MORE DETAILS ON THE COMPANIES: Arcology System enables adaptive, circular, and waste-free interiors through a modular, sensor-enabled construction system. BladeBridge repurposes retired wind turbine blades into durable infrastructure. Ecoroots transforms agricultural waste into compostable mycelium packaging powered by a data-driven platform for scalable, zero-waste biomanufacturing. HaPPE Earth makes single-use PPE into a circular solution, replacing plastics with compostable materials, converting waste into fertiliser, and delivering ESG insights cutting costs, carbon, and complexity. Integrated Materials Solutions (IMS) accepts C&D wastes and processes them into certified low carbon secondary aggregates for reuse in the construction industry. Bio Graphene Innovations Ireland transforms agricultural waste into bio-graphene materials that decarbonise concrete, enabling seawater use, and establishing a scalable circular manufacturing model for Europe. Circular Food Co recovers food waste to turn into high value ingredients. Gemell Technology Limited reduces unnecessary textile waste through data-driven 3D visualisation and analytics. Harp Renewables supplies advanced, fully circular food waste solutions for all industries. Kinset connects supply chain, material, and lifecycle data in one trusted system, making it simple for brands to demonstrate transparency, enable reuse and recycling, and engage consumers through interactive digital experiences. REPRESENTATIVES: VIEW BIO Arcology System develops modular, sensor-enabled interior construction systems for circular, adaptive interiors. Backed by EU innovation grants and live UNECE pilots, it replaces fixed fitouts with reconfigurable components that retain material and financial value, unlocking new revenue and waste-free operation for landlords and developers. Colette van Jaarsveld Co-Founder & CEO, Arcology System VIEW BIO BladeBridge repurposes decommissioned wind-turbine blades into durable, low-carbon infrastructure such as pedestrian bridges, shelters, and street furniture. By repurposing composite waste into certified products for public spaces, BladeBridge diverts tonnes of material from landfill, reduces embodied carbon, and demonstrates circular innovation in Ireland’s renewable energy and construction sectors. CEO, BladeBridge Dr Angie Nagle VIEW BIO Ecoroots is a deep-tech circular venture that turns local waste streams into high-performance mycelium packaging. A proprietary digital platform ensures consistency, accelerates growth, and enables scalable, modular production. By combining biotechnology with real-time data and AI, Ecoroots deliver fully compostable materials with traceability, quality control, and global licensing potential. Founder & CEO, Ecoroots Lavanya Bhandari VIEW BIO HaPPE Earth is reimagining the future of single-use PPE with the world’s first fully compostable, circular system for PPE. Through proprietary bio-based materials, on-site bio-digestion, and smart ESG data tools, we help hospitals, food, and pharma sectors eliminate plastic waste and emissions while building cleaner, more sustainable operations that protect people and the planet. Co-Founder & CEO, HaPPE Earth Dr Mary O'Riordan VIEW BIO Bio Graphene Innovations Ireland (BGII) is an Irish clean-tech venture developing Biocene, a bio-graphene produced from agricultural waste. In partnership with MEP World Group (USA), BGII’s first product, SeaMix, strengthens concrete, reduces cement dependency, and allows seawater use –driving Ireland’s transition to low-carbon, circular construction and advanced manufacturing. Co-Founder, Bio Graphene Innovations Ireland Ltd Barry O’Flanagan VIEW BIO Circular Food Co (CFCO) applies circular economy principles —reuse, regenerative design, and system innovation— to transform food waste into high-value products. The company collects surplus produce from manufacturers and farms, converting it into nutritious upcycled foods through closed-loop processing. Unlike traditional “take-make-dispose” models, CFCO integrates waste valorisation and local resource cycling across all operations. Co-Founder & Head of Operations, Circular Food Co (CFCO) Niamh Dooley VIEW BIO Gemell is transforming textile manufacturing with software that generates photorealistic digital twins of fiber, yarns & fabrics, entirely from data. No samples, no scanning, no waste. The solution helps mills cut unnecessary sample waste by 70%, accelerate design workflows & approvals, and deliver lifelike digital fabrics directly into designers’ hands. Co-Founder & CEO, Gemell Technology Limited Adam Hankin VIEW BIO With over 20 years of global waste management expertise, Harp Renewables designs, develops, and manufactures fully circular solutions for organic waste treatment, providing a cleaner alternative to traditional disposal. Combining innovative technologies and a commitment to reshape waste management, we deliver cost-reducing, eco-friendly, and custom-tailored products for businesses of all sizes. Senior Sales Manager, Harp Renewables Gerry Mc Donnell VIEW BIO Integrated Materials Solutions (IMS) is an environmental company based in north Co. Dublin working at the forefront of sustainable C&D waste management since 2017. To date IMS have diverted over 500,000 tonnes of waste concrete and soils from landfill by producing high quality aggregates and sands through start of the art processing. Trucks arrive containing waste and leave full of secondary aggregates, closing the loop on Ireland’s construction materials. Managing Director, Integrated Materials Solutions (IMS) Cian O’Hora VIEW BIO Kinset is a Dublin-based green-tech platform enabling circularity across the consumer goods sector. By digitising product data and creating Digital Product Passports, Kinset connects supply chain, material, and lifecycle information, making it simple for businesses to measure impact, meet regulations, and engage consumers through trusted product transparency. CEO & Co-Founder, Kinset Limited Katelyn O’Riordan JUDGES VIEW BIO Geraldine is a strategic circular economy expert, systems thinker and senior sustainability leader with +15 years multi-sectoral experience working horizontally and laterally in industry applied research, consulting, advertising, and communications. She has a track record of building collaborative public-private partnerships to deliver the circular economy’s transformation potential. Geraldine holds a PhD in Strategic Management & Sustainable Development and MSc in Environmental Technology from Imperial College London and is a nationally and internationally recognized thought leader on scaling industry-oriented circular innovation. Geraldine Brennan Director of Circular Economy Innovation - IMR/ CIRCULÉIRE VIEW BIO Jamie is a Partner at Regeneration.VC, leading early-stage circular and regenerative technology investments globally. He has completed 50+ climate investments across the UK and US, co-founded two tech startups including Tropic Biosciences, and previously worked with Founders Forum, Sky, and B Capital. UCLA Anderson graduate; former global PE lawyer. Partner - Regeneration.VC Jamie Rowles VIEW BIO Mark is a prominent industrialist with a career in international business development for leading manufacturers in Northern Ireland. Today he is Joint Chief Executive of Makers Alliance, an industry-led body guiding the strategic vision for advanced manufacturing in Northern Ireland. Mark is a former President of the NI Chamber of Commerce, served 8 years on the board of Invest NI, and was recognised in 2015 with the award of an OBE for services to the economy. Joint Chief Executive Officer - Makers Alliance Mark Nodder VIEW BIO Founder & General Partner of WakeUp Capital, Faye backs visionary European founders tackling climate and social challenges. A former social entrepreneur and angel investor, she champions inclusive innovation, impact investing, and diversity. She serves on multiple boards and leads philanthropic initiatives. Based in Dublin, she holds a BA and MBA. Founder & Managing Partner - WakeUp Capital Faye Walsh Drouillard MEDIA & NEWS Media - Click to share the message Loop motif generated with the support of AI. News All-Island Circular Venture Awards to support circular economy in Ireland READ MORE IRISH TECH NEWS, 27 OCT 2025 Meet the Judges: All-Island Circular Venture Awards 2025 READ MORE CIRCULÉIRE NEWS, 22 OCT 2025 New start-up award aims to boost Ireland’s circular innovation READ MORE INDUSTRIAL PC, 20 OCT 2025 New start-up award aims to boost Ireland’s circular innovation READ MORE SILICON REPUBLIC, 20 OCT 2025 Apply for the first All-Island Circular Venture Awards READ MORE NIBUSINESSINFO.CO.UK, 17 OCT 2025 STRATEGIC PARTNERS & SUPPORTER Partners Supporter What All-Island Circular Venture Awards 2025 When 27th Nov 2025, 2:00 PM - 6:30 PM Where ESB Head Office (F27), Event Space, 27 Fitzwilliam Street Lower, Dublin, D02 KT92

Geraldine Brennan (IMR/CIRCULÉIRE), Gareth McAllister (Ahascragh Distillery), Daina Vaz (IMR), and Colm Martin (SEAI) at IMR’s Network Symposium on 20th November. Industrial heat is the backbone of manufacturing, powering everything from food processing to metal production. In the month of November, CIRCULÉIRE held Enabling Circularity in Energy Systems , a webinar about Power to Heat (P2H) and Thermal Storage (TES) as a route for decarbonising energy in Irish Industry, which evidenced how the conversation around decarbonisation of heat is shifting toward heat electrification.  Co-authors of the guide and IMR’s Sustainability and Energy Researchers,  Elahe Bolhasani , and  Davis Rusmanis , offered an overview of the seven available technologies to implement P2H and TES solutions to maximise resource efficiency, cut emissions and reduce costs within the Irish landscape. The overview included case studies where these technically and commercially viable technologies have been deployed in Ireland and other countries in Europe.   Ireland’s strong pharmaceutical and food industries make it an ideal candidate for heat electrification. However, adoption here trails behind Germany, Belgium, and the Netherlands, where public-private collaboration and knowledge sharing have accelerated progress.  Diana Vaz , co-author of the guide and IMR’s Senior Programme Manager, concluded the session with current barriers and next steps for the Irish context, where electrification of heat continues to be a decarbonisation gap.    Vaz explained the areas of focus to close this gap, such as reducing electricity costs and improving grid access, strengthening technical support, aligning incentives, and building industry capacity through pilots and staff training. She also outlined steps for industrial sites to adopt P2H and TES solutions, including mapping heat demand, assessing feasibility of mature solutions or exploring onsite renewables options.   Vaz ended the session inviting attendees to take part in a  collaboration survey  aiming to develop practical methodologies and tools for identifying the best electrified heat solutions for industry. The conversation was chaired by Circular Economy Best Practice and Toolkits Lead, Paul McCormack Cooney, who opened the event with a brief introduction about Circular Economy and CIRCULÉIRE´s publicly available range of sectoral guides .   Geraldine Brennan (Director of Circular Economy Innovation, IMR/CIRCULÉIRE) presenting the 11th Good Practice Guide during IMR’s Network Symposium on 20th November. The webinar provided some insights from CIRCULÉIRE’s 11 th  Good Practise Sectoral Guide,   Industrial Power-to-Heat: Enabling Circularity in Energy Systems ,   which was also discussed and launched at the discussion panel Electrification of Heat: Strengthening Energy Resilience and Sustainability  during IMR’s Network Symposium on 20 th  November, with the participation of Dr Geraldine Brennan, Director of Circular Economy Innovation at IMR and editor to the guide; co-author of the guide and IMR’s Senior Programme Manager, Diana Vaz; Manager of EXEED Program at SEAI, Colm Martin; and Founder & Managing Director at Ahascragh Distillery, Gareth McAllister.

Q4 Network Meeting participants engaging during the Producer-Led Innovation Session. On Wednesday 3 rd  December we hosted our final CIRCULÉIRE member networking session of 2025: Producer Responsibility as a Driver of Circular Innovation Across High-Impact Sectors. Co-hosted in partnership with WEEE Ireland , this collaborative session explored how producer responsibility (through Extended Producer Responsibility (EPR) schemes or voluntary initiatives) can drive circular value within organisations.   Attendees examined successful practices across sectors, identified barriers to circular activities like repair and reuse, and uncovered opportunities enabled by improved design, data, and partnerships. Through examples and a 1-hour innovation session, attendees reflected on lifecycle challenges and considered collective approaches to reduce risks and costs.   The session aimed to enhance understanding of circularity opportunities and inspire future collaboration for sector-wide impact.  We were really delighted with the outputs!  The transition to a circular economy is truly accelerating across multiple sectors, driven by regulatory changes, consumer awareness, and the urgent need for sustainable practices. Attendees from across supply chains, agri-food, construction, electronics, and manufacturing highlighted both progress and challenges in this journey.  1. Market Dynamics and Economic Incentives   Demand for second-hand materials is growing, but cost competitiveness with virgin materials remains a challenge. Policies and incentives are essential to stimulate investment and innovation in reuse and recycling.  2. Cross-Sector Collaboration   Opportunities for collaboration between sectors such as WEEE and plastics management are emerging. Shared infrastructure and coordinated efforts can unlock efficiencies and scale solutions.  3. Agri-Food and Packaging Innovations   Material reduction and lightweight packaging are advancing, driven by internal goals, customer demands, and regulatory targets. However, multiple standards across markets and excessive plastic variety complicate recycling. Moving toward mono-material packaging and limiting plastic types can simplify processes.  4. Design for Reuse in Construction and Furniture   Designing products with reuse in mind (modular, easy to disassemble) can significantly reduce waste. While green procurement policies are pushing sustainability, high costs and customer preference for new products remain barriers.  5. Built Environment and Infrastructure   Customer interest in recycled content is growing, but regulatory burdens and high recycling costs hinder scalability. Streamlining recycling schemes nationally could reduce complexity and costs.  6. Electronics and ICT   Battery recycling infrastructure is strong, and professional equipment recycling is effective. However, high costs, lack of standardized certifications, and poor product design for recycling pose challenges. Opportunities include creating certified repair hubs and leveraging circular economy regulations.  7. Batteries and Take-Back Initiatives   Ireland has robust collection systems for WEEE and batteries, but poor data capture and regulatory grey areas limit reuse. Expanding marketplaces for reused products and improving data systems can unlock new opportunities.  8. Cross-Sectoral Manufacturing   Public awareness and regulatory frameworks like the Circular Economy Act and Deposit Return Scheme are driving change. While regulatory complexity and corporate complacency remain challenges, the economic potential of job creation and value retention is significant.    Initiatives like CIRCULEIRE  exemplify how collective action can drive meaningful progress. Collaboration, innovation, and policy alignment are key to overcoming barriers and unlocking the full potential of the circular economy.

Katyln O’Riordan (CEO & Co-Founder of Kinset), Richard Brennan (CEO, Evolve Automotive), Michelle Lee (Head of Innovation & Sustainability), and Valentina Tarasco (Circularity Assessment & Metrics Lead CIRCULÉIRE/IMR) at the ESG Autumn Summit 2025. A big thank you to CIRCULÉIRE members  Kinset , Evolve Automotive and General Paints Group  for sharing their circular stories with Valentina Tarasco IMR Metrics & Assessment Lead at the ESG Summit on the 20 th  of November.   Katie O’Riordan CEO of Kinset, a green tech circular start-up, highlighted the fact that most products lack accessible data, making reuse and recycling nearly impossible. In fashion, 64% of textiles end up as waste, and only 1% is recycled. Furniture faces similar issues, with 10 million tons discarded annually due to poor repairability. Beauty packaging accounts for 72% of sector waste, while paint and chemicals create challenges when product details are lost. Digital Product Passports (DPPs) can transform circularity by reducing compliance admin by 70%, enabling transparency, and meeting upcoming EU regulations requiring DPPs for garments by 2028. With accurate data, businesses can unlock reuse, recycling, and new value streams across industries.   Richard Brennan , CEO of Evolve Circular Automotive, shared his journey of transforming Ireland’s automotive sector through circular practices where data quality and availability are critical enablers of circularity.  Starting as a regional business, he scaled nationally to Evolve by merging with GTE Recovery, creating a model that manages vehicles from end-of-life to reuse. Their approach includes recovery, repair, redistribution, and resale, prioritizing green parts to reduce carbon impact. Despite challenges, partnerships with both Allianz and Axa and the Garda fleet have driven adoption. With legislation abroad and growing demand for sustainability, Evolve champions collaboration, data-driven traceability, and innovative solutions like a feasibility study for use of second-life EV batteries as energy storage solutions.   Evolve’s green parts strategy focuses on creating a circular automotive ecosystem by reusing high-quality components from end-of-life vehicles instead of relying on new parts. Vehicles are dismantled responsibly, and reusable parts are harvested, graded, and quality-checked. Green parts are supplied to body shops and repair centers, reducing costs and carbon emissions. Data-driven systems track parts from donor vehicles to ensure transparency and compliance.  The impact is clear. Reusing parts avoids emissions from manufacturing and global shipping of new components.  It anticipates EU directives promoting green parts before new parts. Evolve’s focus on partnerships has allowed them grow and their digital focus not only serves customers’ carbon data but their own stock optimisation. Michelle Lee , Head of Innovation & Sustainability at General Paint Group (GPG) referred to GPG’s ESG strategy being guided by the B Corp framework . Certification in 2024 was not a revenue-driven exercise but rather adopted as a blueprint for impact, aligning with pillars of workers, environment, customers, community, and governance. For GPG circularity drives innovation through sustainable formulations, recyclable packaging, waste reduction, and design for longevity. Collaboration with suppliers and networks like CIRCULÉIRE accelerates progress. For GPG, cultural change was key.  ESG projects now shape the company’s goals, training, and daily operations, fostering innovation and resilience helping them deliver their mission to create products that benefit people, planet, and communities.   It was great to have such diverse circular businesses represented at this very well received Deep Dive Session. Thank you all again!   #LetsGetCircular #CircularEconomy #ESGSummit2025 #Sustainability #Innovation #ResponsibleBusiness #GreenTech #ESGLeadership #CIRCULÉIRE #IrishManufacturingResearch