[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"$fE-TpeqeIphK3GjmECfem40rB4MFyapiXjx0pnnV1bmk":3,"skip-profile-counts":6,"collection-counts-Gchj":25,"settings":29,"/api/collections/Gchj/articles":107,"profile-liked-collections--liked-seeAll":436},{"id":4,"name":5,"description":6,"link":6,"banner_image_url":6,"avatar_image_url":6,"system_reserved":7,"owner_id":8,"owner":9,"contributors":20,"industries":23,"locations":24,"canEdit":7},"Gchj","CircularInvest",null,false,"ce",{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"owner":13,"organisation":16,"profile":18},"organisation","56NcOv","",{"first_name":14,"last_name":15},"Circle","Economy",{"name":17},"Circle Economy",{"link":19},"https://kh-assets.prod.circularity-gap.world/org-profile-avatar/HiKR8W326OYvfBij.jpg",[21],{"id":8,"name":17,"avatar":19,"role":22},"Owner",[],[],{"total":26,"byType":27},6,{"business_case":26,"policy_case":28,"blog":28,"resource":28,"report":28},0,{"data":30,"meta":106},{"id":31,"documentId":32,"createdAt":33,"updatedAt":34,"publishedAt":35,"nav_secondary":36,"nav_primary":37},74,"cq0rcn2xoi5no1yfyvbgyln1","2025-06-22T14:25:01.818Z","2026-05-26T16:26:38.254Z","2026-05-26T16:26:38.726Z",[],[38,43,71,76,81,101],{"id":39,"label":40,"url":41,"disable_label_url":6,"children_links":42},699,"About","/about",[],{"id":44,"label":45,"url":46,"disable_label_url":6,"children_links":47},703,"Focus areas","programmes",[48,51,55,59,63,67],{"id":49,"label":45,"url":50},1651,"/programmes",{"id":52,"label":53,"url":54},1652,"Cities & regions","/programmes/cities",{"id":56,"label":57,"url":58},1653,"Finance & economics","/programmes/finance",{"id":60,"label":61,"url":62},1654,"Textiles & fashion","/programmes/textiles",{"id":64,"label":65,"url":66},1655,"Jobs & employment","/programmes/jobs",{"id":68,"label":69,"url":70},1656,"Global value chains","/programmes/value-chains",{"id":72,"label":73,"url":74,"disable_label_url":6,"children_links":75},700,"Services","/services",[],{"id":77,"label":78,"url":79,"disable_label_url":6,"children_links":80},701,"Impact","/impact",[],{"id":82,"label":83,"url":84,"disable_label_url":6,"children_links":85},704,"CGR","/cgr",[86,89,93,97],{"id":87,"label":88,"url":84},1657,"About CGR",{"id":90,"label":91,"url":92},1658,"CGR Global","/cgr/cgr-global",{"id":94,"label":95,"url":96},1659,"CGR Nations","/cgr/cgr-national",{"id":98,"label":99,"url":100},1660,"CGR Regions & cities","/cgr/cgr-regions-cities",{"id":102,"label":103,"url":104,"disable_label_url":6,"children_links":105},702,"Resources","/knowledge-hub/search",[],{},[108,157,201,238,255,301,338,382,401,419],{"id":109,"type":110,"cta":6,"cta_link":6,"created_at":111,"updated_at":112,"owner_id":8,"owner_relationship":113,"views":114,"owner":115,"image":118,"article_locations":124,"article_industries":133,"view_count":114,"like_count":28,"collection_count":141,"content":142},"n_RZ","business_case","2026-06-09T12:01:08.201Z","2026-06-22T19:56:14.137Z","collaborator",32,{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":116},{"id":8,"name":17,"link":117},"https://circle-economy.com",{"id":119,"link":120,"alt":121,"source":122,"created_at":123,"updated_at":123,"article_id":109,"image_profile_id":6,"banner_profile_id":6},"cmq6l9lzb001fse01awc6uns7","https://kh-assets.prod.circularity-gap.world/main-image/WsYU7jtQ0XVZ-zgY.jpg","Photo from Unsplash","Unsplash","2026-06-09T12:01:08.231Z",[125],{"article_id":109,"location_id":126,"created_at":127,"updated_at":127,"location":128},"NOR","2026-06-09T12:01:08.249Z",{"id":126,"type":129,"name":130,"color":6,"parent_location_id":131,"created_at":132,"updated_at":6},"country","Norway","EU","2026-02-27T07:55:02.991Z",[134],{"article_id":109,"industry_id":135,"created_at":136,"updated_at":136,"industry":137},"food_and_beverage","2026-06-09T12:01:08.240Z",{"id":135,"name":138,"description":139,"sector":140},"Food and Beverage","Processing and producing food and beverages for consumption","agri_food",2,{"id":143,"score":28,"body":144,"status":155,"article_id":109,"created_at":111,"updated_at":156,"published_at":6},"KkRZ",{"title":145,"outcome":146,"problem":147,"summary":148,"solution":149,"attachment":150},"Food waste to omega-3","\u003Cp>The project demonstrates significant environmental and economic benefits by replacing conventional waste treatment pathways with high-value biochemical recovery. Compared to composting, the process achieves substantial reductions in greenhouse gas emissions, lowering impacts from approximately 208 kilograms of CO2 per tonne of food waste to around 3.41 kilograms CO2 per tonne.\u003Cbr />\u003C/p>\u003Cp>In addition to emissions reductions, the solution reduces waste management costs and strengthens circular resource use by transforming food waste into a feedstock for omega-3 production. This helps reduce pressure on marine ecosystems by lowering demand for fish oil and contributes to more resilient aquaculture supply chains. Overall, the initiative illustrates how biological processes and waste valorisation can be combined to create circular solutions that link food systems, waste management, and aquaculture. It provides a scalable pathway for turning organic waste into high-value nutritional inputs while reducing environmental impacts across multiple value chains.\u003C/p>","\u003Cp>The global demand for omega-3 oils continues to grow, driven largely by aquaculture, where fish oil remains the dominant feed source. However, fish stocks are under pressure, and the availability of fish oil is limited, creating both ecological constraints and supply chain vulnerabilities. Norway in particular relies heavily on imports to meet its demand for omega-3 feed inputs.\u003Cbr />\u003C/p>\u003Cp>At the same time, large volumes of food waste are generated across households, industry, and retail, much of which is still treated as low-value output through composting or other forms of recovery with limited economic return. This represents a loss of embedded nutrients and organic material that could otherwise be valorised into higher-value applications. The challenge lies in linking organic waste streams to scalable biochemical processes that can replace resource-intensive and environmentally constrained inputs such as fish oil, while also reducing the environmental footprint of waste management systems.\u003C/p>","\u003Cp>This project based in Norway develops a circular solution that converts food waste into a liquid fermentation medium used to cultivate micro-algae rich in omega-3 oils. The resulting oils are designed to serve as a sustainable alternative to fish oil, which is currently the primary source of omega-3 in aquaculture feed. \u003C/p>","\u003Cp>The project addresses this challenge by transforming food waste into a liquid growth medium that supports controlled fermentation processes. This medium is used to cultivate micro-algae that are naturally rich in omega-3 fatty acids, providing a renewable alternative to fish-derived oils.\u003Cbr />\u003C/p>\u003Cp>In collaboration with local waste management providers, food waste is collected and processed into a nutrient-rich input suitable for industrial fermentation. This approach enables the recovery of valuable organic compounds from waste streams that would otherwise be underutilised. The resulting micro-algae oils can be used in aquaculture feed, reducing dependence on imported fish oil while maintaining nutritional performance. By integrating waste valorisation with biotechnology, the solution creates a circular pathway that links organic residues to high-value protein and feed markets.\u003C/p>",[151],{"name":152,"type":153,"value":154},"Learn more about CircularInvest","link","https://www.circularinvest.eu/","published","2026-06-09T12:01:08.294Z",{"id":158,"type":110,"cta":6,"cta_link":6,"created_at":159,"updated_at":160,"owner_id":8,"owner_relationship":113,"views":161,"owner":162,"image":164,"article_locations":170,"article_industries":177,"view_count":161,"like_count":28,"collection_count":141,"content":185},"0gqD","2026-06-09T10:21:41.919Z","2026-06-23T02:43:49.507Z",41,{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":163},{"id":8,"name":17,"link":117},{"id":165,"link":166,"alt":167,"source":5,"created_at":168,"updated_at":169,"article_id":158,"image_profile_id":6,"banner_profile_id":6},"cmq6hpqcy0019se01sedt9rlv","https://kh-assets.prod.circularity-gap.world/main-image/pSCf6c4oQ2hDUdcK.jpg","Photo from CircularInvest","2026-06-09T10:21:41.938Z","2026-06-09T10:26:15.029Z",[171],{"article_id":158,"location_id":172,"created_at":173,"updated_at":173,"location":174},"ROU","2026-06-09T10:21:41.956Z",{"id":172,"type":129,"name":175,"color":6,"parent_location_id":131,"created_at":176,"updated_at":6},"Romania","2026-02-27T07:55:14.722Z",[178],{"article_id":158,"industry_id":179,"created_at":180,"updated_at":180,"industry":181},"electronics_and_appliances","2026-06-09T10:21:41.947Z",{"id":179,"name":182,"description":183,"sector":184},"Electronics and Appliances","Producing electronics products for businesses and consumers, including cellular phones, personal computers, printers, servers, electronic computer components and peripherals, TVs, audio equipment, as well as household appliances, such as refrigerators, washing machines, etc.","goods_and_services",{"id":186,"score":28,"body":187,"status":155,"article_id":158,"created_at":199,"updated_at":200,"published_at":6},"mfAp",{"title":188,"outcome":189,"problem":190,"summary":191,"solution":192,"attachment":193},"Reducing e-waste through circular device management \n","\u003Cp>ReNew Lifecycle demonstrates how integrated repair ecosystems can significantly extend the lifespan of electronic devices and reduce e-waste generation. By enabling higher rates of repair and refurbishment, the solution reduces demand for new device production and associated carbon emissions. The approach also improves resource efficiency by increasing the share of devices kept in circulation. Notably, the project has supported an increase in refurbishment rates from approximately 80% to a targeted 95%, highlighting its impact on improving recovery and reuse performance within electronics value chains.\u003C/p>","\u003Cp>Electronic devices such as smartphones, laptops, and tablets are typically designed for relatively short use cycles, leading to frequent replacement and large volumes of electronic waste. This linear consumption model contributes to resource depletion, high manufacturing emissions, and growing environmental pressure from discarded devices.\u003Cbr />\u003C/p>\u003Cp>Despite the availability of repair and refurbishment options, the electronics value chain often lacks coordination, transparency, and accessible infrastructure. Businesses struggle to manage large device fleets efficiently, while consumers face barriers to repair, including limited access to trusted service providers and a lack of standardised quality assurance. As a result, many devices are prematurely replaced rather than repaired or refurbished, limiting opportunities for value retention and contributing to unnecessary environmental impact across the electronics lifecycle.\u003C/p>","\u003Cp>ReNew Lifecycle is a Romanian circular economy solution focused on extending the lifecycle of electronic devices through refurbishment, repair, and intelligent fleet management. The platform serves both businesses and individual users by enabling more efficient management, repair, and reuse of mobile devices and laptops.\u003C/p>","\u003Cp>ReNew Lifecycle addresses these challenges through an integrated ecosystem combining Intelligent Device Fleet Management with a ‘Right to Repair’ platform. The fleet management system enables companies to track, maintain, and optimise their device inventories across procurement, usage, and end-of-life stages. In parallel, the Right to Repair platform connects users with certified repair providers, ensuring access to reliable and standardised repair services. By prioritising transparency and quality monitoring, the platform helps build trust in repair networks and supports longer device lifespans. Together, these tools create a coordinated digital infrastructure for managing electronic devices more sustainably. The system supports refurbishment, repair, and reuse while enabling data-driven decisions that improve efficiency and reduce waste across device lifecycles.\u003C/p>",[194,197],{"name":195,"type":153,"value":196},"Learn more about Renew Lifecycle","https://klap.tech/",{"name":152,"type":153,"value":198},"https://www.circularinvest.eu/PublicProjects/PublicProjectItem","2026-06-09T10:26:07.934Z","2026-06-09T10:26:15.086Z",{"id":202,"type":110,"cta":6,"cta_link":6,"created_at":203,"updated_at":204,"owner_id":8,"owner_relationship":113,"views":205,"owner":206,"image":208,"article_locations":214,"article_industries":220,"view_count":205,"like_count":28,"collection_count":141,"content":224},"J0jV","2026-06-09T10:25:59.540Z","2026-06-22T11:12:42.955Z",34,{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":207},{"id":8,"name":17,"link":117},{"id":209,"link":210,"alt":211,"source":212,"created_at":213,"updated_at":213,"article_id":202,"image_profile_id":6,"banner_profile_id":6},"cmq6hv957001bse01vglm0qjb","https://kh-assets.prod.circularity-gap.world/main-image/2UKtqTyExw0fHSbD.jpg","Photo from Optifood","Optifood","2026-06-09T10:25:59.563Z",[215],{"article_id":202,"location_id":216,"created_at":217,"updated_at":217,"location":218},"SVN","2026-06-09T10:25:59.582Z",{"id":216,"type":129,"name":219,"color":6,"parent_location_id":131,"created_at":176,"updated_at":6},"Slovenia",[221],{"article_id":202,"industry_id":135,"created_at":222,"updated_at":222,"industry":223},"2026-06-09T10:25:59.573Z",{"id":135,"name":138,"description":139,"sector":140},{"id":225,"score":28,"body":226,"status":155,"article_id":202,"created_at":203,"updated_at":237,"published_at":6},"gm8N",{"title":227,"outcome":228,"problem":229,"summary":230,"solution":231,"attachment":232},"Reducing food waste through B2B surplus trading platforms","\u003Cp>Optifood demonstrates how digital marketplaces can significantly reduce food waste by enabling more efficient redistribution of surplus goods. The platform prevents an estimated 500,000 kilograms of food waste per year, directly reducing the environmental impacts associated with food decomposition, particularly methane emissions from landfill. By redirecting edible surplus into secondary markets, the solution also reduces unnecessary production demand and helps avoid the embedded environmental footprint of food, including land, water, and energy use. In addition, it contributes to lowering waste from associated packaging materials, including plastics.\u003Cbr />\u003C/p>\u003Cp>The platform generates economic benefits by reducing disposal costs for businesses and creating new revenue streams from unsold inventory. This improves overall supply chain efficiency and incentivises better forecasting and inventory management practices. Overall, Optifood represents an example of how data-driven platforms can enable circular food systems at scale by aligning supply and demand more effectively, reducing waste volumes, and improving both the environmental and economic performance of food value chains.\u003C/p>","\u003Cp>Food systems generate significant volumes of surplus food at multiple points across the supply chain, including production, distribution, and retail. Much of this surplus is still edible but is often discarded due to logistical constraints, demand uncertainty, or lack of efficient redistribution channels. This results in substantial environmental impacts, including greenhouse gas emissions (particularly methane from food decomposition) as well as unnecessary use of land, water, and energy embedded in food production. In addition, businesses incur financial losses from unsold inventory and waste management costs. A key challenge is the lack of coordinated infrastructure to efficiently redistribute surplus food at scale. Fragmented supply chains, limited transparency, and mismatches in timing between supply and demand often prevent edible food from being redirected to higher-value uses.\u003C/p>","\u003Cp>Optifood is a Slovenian B2B digital marketplace designed to reduce food waste by enabling the efficient trading and redistribution of surplus food. The platform connects producers, retailers, and other food system actors, using data analytics and AI to match supply with demand in real time. By creating structured secondary markets for surplus food, Optifood helps businesses recover value from excess inventory while reducing environmental impacts associated with food waste.\u003C/p>","\u003Cp>Optifood addresses these challenges through a digital B2B marketplace that enables real-time trading of surplus food. By connecting producers, retailers, and other stakeholders, the platform facilitates efficient redistribution of excess inventory before it becomes waste. The system leverages data analytics and artificial intelligence to match available surplus food with potential buyers or secondary users, improving speed and efficiency in the redistribution process. This helps ensure that edible food is redirected into human consumption pathways wherever possible. In addition to reducing waste, the platform helps businesses optimise inventory management and recover economic value from surplus products. This creates incentives for more efficient production and distribution practices across the food supply chain.\u003C/p>",[233,236],{"name":234,"type":153,"value":235},"Learn more about Optifood","https://optifood.eu/",{"name":152,"type":153,"value":198},"2026-06-09T10:25:59.641Z",{"id":158,"type":110,"cta":6,"cta_link":6,"created_at":159,"updated_at":160,"owner_id":8,"owner_relationship":113,"views":161,"owner":239,"image":241,"article_locations":242,"article_industries":245,"view_count":161,"like_count":28,"collection_count":141,"content":248},{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":240},{"id":8,"name":17,"link":117},{"id":165,"link":166,"alt":167,"source":5,"created_at":168,"updated_at":169,"article_id":158,"image_profile_id":6,"banner_profile_id":6},[243],{"article_id":158,"location_id":172,"created_at":173,"updated_at":173,"location":244},{"id":172,"type":129,"name":175,"color":6,"parent_location_id":131,"created_at":176,"updated_at":6},[246],{"article_id":158,"industry_id":179,"created_at":180,"updated_at":180,"industry":247},{"id":179,"name":182,"description":183,"sector":184},{"id":249,"score":28,"body":250,"status":155,"article_id":158,"created_at":159,"updated_at":254,"published_at":6},"wmGR",{"title":188,"outcome":189,"problem":190,"summary":191,"solution":192,"attachment":251},[252,253],{"name":195,"type":153,"value":196},{"name":152,"type":153,"value":198},"2026-06-09T10:21:42.007Z",{"id":256,"type":110,"cta":6,"cta_link":6,"created_at":257,"updated_at":258,"owner_id":8,"owner_relationship":113,"views":259,"owner":260,"image":262,"article_locations":268,"article_industries":274,"view_count":259,"like_count":28,"collection_count":141,"content":287},"UV0R","2026-06-09T09:43:16.784Z","2026-06-23T02:43:49.520Z",31,{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":261},{"id":8,"name":17,"link":117},{"id":263,"link":264,"alt":265,"source":266,"created_at":267,"updated_at":267,"article_id":256,"image_profile_id":6,"banner_profile_id":6},"cmq6gcbq50017se01r2c37n28","https://kh-assets.prod.circularity-gap.world/main-image/VjT5CiqpJVn_G3CE.jpg","Photo from The Ocean Package","The Ocean Package","2026-06-09T09:43:16.829Z",[269],{"article_id":256,"location_id":270,"created_at":271,"updated_at":271,"location":272},"DEU","2026-06-09T09:43:16.856Z",{"id":270,"type":129,"name":273,"color":6,"parent_location_id":131,"created_at":132,"updated_at":6},"Germany",[275,282],{"article_id":256,"industry_id":276,"created_at":277,"updated_at":277,"industry":278},"wood_and_paper","2026-06-09T09:43:16.842Z",{"id":276,"name":279,"description":280,"sector":281},"Wood and Paper","Extracting and gathering wood through forestry and producing wood and paper products","materials_and_fuels",{"article_id":256,"industry_id":283,"created_at":277,"updated_at":277,"industry":284},"chemical_and_plastic",{"id":283,"name":285,"description":286,"sector":281},"Chemical and Plastic","Producing basic and specialty chemicals, inks, agricultural chemical such as fertilisers and pesticides, plastics including packaging, and rubber",{"id":288,"score":28,"body":289,"status":155,"article_id":256,"created_at":257,"updated_at":300,"published_at":6},"KhYP",{"title":290,"outcome":291,"problem":292,"summary":293,"solution":294,"attachment":295},"Reusable packaging systems for a circular economy\n","\u003Cp>Ocean Package demonstrates how reusable packaging systems can significantly reduce waste generation and lower greenhouse gas emissions across supply chains. By replacing single-use formats with circular alternatives, the approach helps reduce demand for virgin material production and associated environmental impacts. The solution also supports broader economic and systemic benefits, including job creation in manufacturing, logistics, and reverse logistics operations required to maintain reuse loops. As adoption increases, network effects strengthen the viability and efficiency of circular packaging systems. Overall, Ocean Package represents an example of how closed-loop reuse models can reshape the packaging industry by aligning environmental performance with operational scalability, supporting a transition toward more sustainable and resource-efficient consumption systems.\u003C/p>\u003Cp>\u003Cbr />\u003Cstrong>Looking ahead\u003C/strong>\u003C/p>\u003Cp>\u003C/p>\u003Cp>As Ocean Package continues to scale its reusable packaging systems across supply chains, support from CircularInvest has helped the company strengthen its investment readiness and expand its access to investors and potential customers.\u003C/p>\u003Cp>\u003C/p>\u003Cp>\u003Cem>‘CircularInvest helped us to spot our weak spots, mostly on the investing side, and helped us through the whole phase where we were investment-ready after a couple of sessions with them, and they are helping us with venues like this one here right now (ChangeNow) to connect us with investors, but also with customers and potential clients.’\u003C/em>\u003C/p>\u003Cp>\u003Cem>-Joshua Linn, The Ocean Package\u003C/em>\u003C/p>","\u003Cp>Single-use packaging remains a dominant model across global supply chains, particularly in retail, food delivery, and logistics. This linear system generates large volumes of waste, much of which is difficult to recycle effectively due to contamination, composite materials, or a lack of collection infrastructure. As packaging demand continues to grow, so do associated environmental impacts, including greenhouse gas emissions from raw material extraction, production, and end-of-life treatment. The reliance on virgin materials further intensifies pressure on natural resources and contributes to climate change. At the same time, businesses face increasing regulatory and consumer pressure to reduce packaging waste and improve sustainability performance. However, many existing alternatives to single-use packaging are not yet scalable or cost-competitive enough to replace incumbent systems across diverse use cases.\u003C/p>","\u003Cp>Ocean Package is a German circular packaging venture focused on transforming the packaging industry through reusable, closed-loop systems. The company develops and promotes reusable packaging solutions designed to replace single-use formats and reduce waste generation across supply chains.\u003C/p>","\u003Cp>Ocean Package addresses these challenges by developing reusable packaging systems designed for closed-loop circulation. The company enables packaging to be refurbished, remanufactured, and repurposed, extending its usable life and reducing the need for continuous production of new materials.\u003C/p>\u003Cp>\u003C/p>\u003Cp>The system is built around reuse principles, where packaging is collected after use, cleaned, restored if necessary, and reintroduced into circulation. This approach reduces reliance on single-use materials and supports a more efficient use of embedded resources within packaging products. Through collaboration with industry partners and research institutions, Ocean Package validates environmental performance and continuously improves system design and operational efficiency. This ensures that reuse models remain practical, scalable, and aligned with circular economy objectives across packaging value chains.\u003C/p>",[296,299],{"name":297,"type":153,"value":298},"Learn more about Ocean Package","https://theoceanpackage.com/",{"name":152,"type":153,"value":198},"2026-06-09T09:43:16.938Z",{"id":302,"type":110,"cta":6,"cta_link":6,"created_at":303,"updated_at":304,"owner_id":8,"owner_relationship":113,"views":305,"owner":306,"image":308,"article_locations":312,"article_industries":316,"view_count":305,"like_count":28,"collection_count":141,"content":324},"V2CJ","2026-06-09T09:29:06.132Z","2026-06-22T01:47:28.677Z",13,{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":307},{"id":8,"name":17,"link":117},{"id":309,"link":310,"alt":167,"source":5,"created_at":311,"updated_at":311,"article_id":302,"image_profile_id":6,"banner_profile_id":6},"cmq6fu3cb0015se015qabkcws","https://kh-assets.prod.circularity-gap.world/main-image/YKYkqZwmAlzqbSSP.jpg","2026-06-09T09:29:06.154Z",[313],{"article_id":302,"location_id":216,"created_at":314,"updated_at":314,"location":315},"2026-06-09T09:29:06.187Z",{"id":216,"type":129,"name":219,"color":6,"parent_location_id":131,"created_at":176,"updated_at":6},[317],{"article_id":302,"industry_id":318,"created_at":319,"updated_at":319,"industry":320},"transportation_equipment","2026-06-09T09:29:06.175Z",{"id":318,"name":321,"description":322,"sector":323},"Transportation Equipment","Producing transportation equipment for the movement of goods and people by air, rail, sea, and land, including airplanes, spacecraft and military equipment, ships, boats, rail locomotives and rolling stock, motor vehicles, trailers and semi-trailers, and related equipment, as well as repair services for such equipment","transportation_and_logistics",{"id":325,"score":28,"body":326,"status":155,"article_id":302,"created_at":303,"updated_at":337,"published_at":6},"4yDg",{"title":327,"outcome":328,"problem":329,"summary":330,"solution":331,"attachment":332},"Smart charging stations using recycled batteries for cities","\u003Cp>rEcharge delivers measurable environmental benefits by enabling the reuse of over 85% of discarded lithium-ion batteries, significantly reducing e-waste and preventing them from ending up in landfills. This directly supports circular resource flows in battery systems and reduces pressure on raw material extraction. In terms of climate impact, the project has already enabled the reuse of more than 120,000 batteries, preventing over 750,000 kilograms of CO2 emissions associated with battery production. These savings are achieved through both material reuse and reduced demand for newly manufactured batteries.\u003Cbr />\u003C/p>\u003Cp>The solution also improves resource efficiency by recovering and reusing individual battery cells, optimising the use of embedded materials and extending product lifetimes. Combined with expanded e-bike and e-scooter charging infrastructure, this supports modal shifts away from private cars, reinforcing broader urban decarbonisation goals.\u003C/p>","\u003Cp>Urban mobility systems are increasingly strained by high levels of private car use, contributing to congestion, air pollution, and greenhouse gas emissions. While e-bikes and e-scooters offer a cleaner alternative, their adoption is often limited by insufficient charging infrastructure in public and semi-public spaces. At the same time, large volumes of lithium-ion batteries reach end-of-life each year, creating growing environmental and resource challenges. These batteries are often underutilised in their second life or prematurely recycled, despite retaining significant residual capacity. Without effective reuse pathways, valuable materials and embedded energy are lost, contributing to unnecessary waste generation. Cities, therefore, face a dual challenge: enabling scalable electric micromobility infrastructure while also addressing the environmental impact of battery waste and improving resource efficiency within energy storage systems.\u003C/p>","\u003Cp>rEcharge is a Slovenian cleantech initiative developing cost-effective, sustainable charging stations for city e-bikes and e-scooters. The system is designed for easy installation and integrates high-capacity battery packs made from recycled lithium-ion cells, supported by IoT connectivity for monitoring, management, and energy provisioning.\u003C/p>","\u003Cp>To address these challenges, rEcharge has developed a modular charging station system that integrates recycled lithium-ion battery packs and connects to existing urban infrastructure such as streetlight poles. This enables rapid deployment without the need for extensive new grid connections or construction. The system uses next-generation IoT connectivity, including narrowband communication technologies, to enable real-time monitoring, energy management, and provisioning. This allows operators to optimise usage, track performance, and ensure efficient distribution of stored energy across charging points.\u003C/p>\u003Cp>\u003C/p>\u003Cp>By utilising repurposed battery cells, the system stores and supplies energy during peak usage periods while promoting fair consumption practices through controlled power delivery after initial charging periods. This extends battery lifespan and improves overall system efficiency while reducing reliance on newly manufactured storage systems.\u003C/p>",[333,336],{"name":334,"type":153,"value":335},"Learn more about Reusable Technologies","https://www.reusable-technologies.com/",{"name":152,"type":153,"value":198},"2026-06-09T09:29:06.255Z",{"id":339,"type":110,"cta":6,"cta_link":6,"created_at":340,"updated_at":341,"owner_id":8,"owner_relationship":342,"views":343,"owner":344,"image":346,"article_locations":351,"article_industries":358,"view_count":343,"like_count":28,"collection_count":366,"content":367},"QNyt","2026-06-08T11:31:03.500Z","2026-06-22T11:35:32.576Z","funder",18,{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":345},{"id":8,"name":17,"link":117},{"id":347,"link":348,"alt":167,"source":5,"created_at":349,"updated_at":350,"article_id":339,"image_profile_id":6,"banner_profile_id":6},"cmq54r2sk000fse01ecjffp0g","https://kh-assets.prod.circularity-gap.world/main-image/t59HqL-76g4zbP55.jpg","2026-06-08T11:31:03.524Z","2026-06-09T09:19:43.183Z",[352],{"article_id":339,"location_id":131,"created_at":353,"updated_at":353,"location":354},"2026-06-08T11:31:03.546Z",{"id":131,"type":355,"name":356,"color":357,"parent_location_id":6,"created_at":132,"updated_at":6},"region","Europe","#7B3D93",[359],{"article_id":339,"industry_id":360,"created_at":361,"updated_at":361,"industry":362},"software_and_communications","2026-06-08T11:31:03.535Z",{"id":360,"name":363,"description":364,"sector":365},"Software and Communications","Operating networks and software that enable the exchange and broadcasting of information, such as entertainment and internet software, television, cable, satellite or radio broadcasting systems, and cellular, wireless and/or fixed-line telecommunications services","professional_services",1,{"id":368,"score":28,"body":369,"status":155,"article_id":339,"created_at":380,"updated_at":381,"published_at":6},"OiYI",{"title":370,"outcome":371,"problem":372,"summary":373,"solution":374,"attachment":375},"Connecting maritime waste flows through digital passports","\u003Cp>PORTNET demonstrates how digital technologies can support circular economy strategies within complex industrial and logistics systems. By improving transparency and traceability in maritime waste management, the platform contributes to more efficient material recovery and stronger coordination between stakeholders involved in waste collection, recycling, and reuse.\u003Cbr />\u003C/p>\u003Cp>The initiative also highlights the role of digital infrastructure in enabling circular transitions. Through waste passports, sustainability indicators, and verified data systems, PORTNET supports more informed decision-making and helps ports integrate circular practices into daily operations.\u003Cbr />\u003C/p>\u003Cp>\u003Cstrong>Looking ahead\u003C/strong>\u003C/p>\u003Cp>As PORTNET works to scale its digital solution for maritime waste traceability, support from CircularInvest has helped the team strengthen its business strategy and expand engagement with key stakeholders across the port sector.\u003Cbr />\u003C/p>\u003Cp>\u003Cem>‘I would highlight two things about the support from CircularInvest: First, the coaching sessions we have received over the last six months, and second, the webinar that we co-created alongside the CircularInvest team, inviting representatives from port authorities, especially from the Amsterdam port’.\u003C/em>\u003C/p>\u003Cp>\u003Cem>-\u003C/em>Marc Melús, PORTNET\u003C/p>","\u003Cp>Maritime activities generate significant volumes of waste, including plastics, oils, packaging materials, and other industrial residues. Managing these waste streams effectively is challenging due to the complexity of port operations and the number of stakeholders involved across collection, transport, treatment, and recycling processes. In many cases, waste flows within ports lack transparency and traceability, making it difficult to verify how materials are managed, recovered, or reintegrated into the economy. Fragmented data systems and inconsistent reporting practices can also create barriers to environmental compliance and limit opportunities for material recovery and circular resource use.\u003Cbr />\u003C/p>\u003Cp>At the same time, ports are under increasing pressure to reduce environmental impacts, improve operational efficiency, and contribute to broader sustainability and climate goals. Achieving these objectives requires digital infrastructure capable of supporting better coordination, monitoring, and accountability across maritime waste management systems.\u003C/p>","\u003Cp>PORTNET is a Spanish digital solution designed to improve circularity and traceability in maritime waste management. Developed through the Ports 4.0 initiative, the platform uses digital waste passports to connect stakeholders across the maritime value chain, including ships, port authorities, recyclers, and manufacturers. By enabling transparent tracking of waste flows and supporting data-driven decision-making, PORTNET aims to improve resource recovery, strengthen environmental compliance, and\u003C/p>","\u003Cp>PORTNET addresses these challenges through a digital platform that uses waste passports to track and document maritime waste flows across the value chain. The system connects ships, port authorities, recyclers, and manufacturers through a shared digital infrastructure, enabling more transparent and traceable waste management processes. \u003Cbr />\u003C/p>\u003Cp>The platform integrates technologies such as blockchain and artificial intelligence to improve data reliability, support operational optimisation, and facilitate data-driven decision-making. Through digital monitoring and certification systems, PORTNET helps stakeholders verify environmental compliance and assess sustainability indicators linked to waste handling and material recovery. In addition, the platform promotes the use of recycled materials by supporting traceability and certification for products made from recovered resources. This approach aims to strengthen circularity within maritime operations while enabling ports to improve resource efficiency and reduce environmental impacts.\u003C/p>",[376,379],{"name":377,"type":153,"value":378},"Learn more about Circular Port","https://circularport.eu/",{"name":152,"type":153,"value":198},"2026-06-09T09:13:34.116Z","2026-06-09T09:19:43.261Z",{"id":339,"type":110,"cta":6,"cta_link":6,"created_at":340,"updated_at":341,"owner_id":8,"owner_relationship":342,"views":343,"owner":383,"image":385,"article_locations":386,"article_industries":389,"view_count":343,"like_count":28,"collection_count":366,"content":392},{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":384},{"id":8,"name":17,"link":117},{"id":347,"link":348,"alt":167,"source":5,"created_at":349,"updated_at":350,"article_id":339,"image_profile_id":6,"banner_profile_id":6},[387],{"article_id":339,"location_id":131,"created_at":353,"updated_at":353,"location":388},{"id":131,"type":355,"name":356,"color":357,"parent_location_id":6,"created_at":132,"updated_at":6},[390],{"article_id":339,"industry_id":360,"created_at":361,"updated_at":361,"industry":391},{"id":360,"name":363,"description":364,"sector":365},{"id":393,"score":28,"body":394,"status":155,"article_id":339,"created_at":399,"updated_at":400,"published_at":6},"o8Ja",{"title":395,"outcome":371,"problem":372,"summary":373,"solution":374,"attachment":396},"PORTNET",[397,398],{"name":377,"type":153,"value":378},{"name":152,"type":153,"value":198},"2026-06-09T08:52:50.619Z","2026-06-09T08:53:31.655Z",{"id":339,"type":110,"cta":6,"cta_link":6,"created_at":340,"updated_at":341,"owner_id":8,"owner_relationship":342,"views":343,"owner":402,"image":404,"article_locations":405,"article_industries":408,"view_count":343,"like_count":28,"collection_count":366,"content":411},{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":403},{"id":8,"name":17,"link":117},{"id":347,"link":348,"alt":167,"source":5,"created_at":349,"updated_at":350,"article_id":339,"image_profile_id":6,"banner_profile_id":6},[406],{"article_id":339,"location_id":131,"created_at":353,"updated_at":353,"location":407},{"id":131,"type":355,"name":356,"color":357,"parent_location_id":6,"created_at":132,"updated_at":6},[409],{"article_id":339,"industry_id":360,"created_at":361,"updated_at":361,"industry":410},{"id":360,"name":363,"description":364,"sector":365},{"id":412,"score":28,"body":413,"status":155,"article_id":339,"created_at":417,"updated_at":418,"published_at":6},"i_S7",{"title":370,"outcome":371,"problem":372,"summary":373,"solution":374,"attachment":414},[415,416],{"name":377,"type":153,"value":378},{"name":152,"type":153,"value":198},"2026-06-08T11:49:14.849Z","2026-06-08T11:49:33.162Z",{"id":339,"type":110,"cta":6,"cta_link":6,"created_at":340,"updated_at":341,"owner_id":8,"owner_relationship":342,"views":343,"owner":420,"image":422,"article_locations":423,"article_industries":426,"view_count":343,"like_count":28,"collection_count":366,"content":429},{"id":8,"type":10,"owner_id":11,"about":12,"job_title":6,"url":6,"linkedin":6,"email":6,"staff_of_id":6,"organisation_id":8,"organisation":421},{"id":8,"name":17,"link":117},{"id":347,"link":348,"alt":167,"source":5,"created_at":349,"updated_at":350,"article_id":339,"image_profile_id":6,"banner_profile_id":6},[424],{"article_id":339,"location_id":131,"created_at":353,"updated_at":353,"location":425},{"id":131,"type":355,"name":356,"color":357,"parent_location_id":6,"created_at":132,"updated_at":6},[427],{"article_id":339,"industry_id":360,"created_at":361,"updated_at":361,"industry":428},{"id":360,"name":363,"description":364,"sector":365},{"id":430,"score":28,"body":431,"status":155,"article_id":339,"created_at":435,"updated_at":418,"published_at":6},"FMcx",{"title":370,"outcome":371,"problem":372,"summary":373,"solution":374,"attachment":432},[433,434],{"name":377,"type":153,"value":378},{"name":152,"type":153,"value":198},"2026-06-08T11:31:41.683Z",[]]