VIS 2026VIS 2026 — Virtual Island Summit|Also: GSIS 2027GSIS 2027
Island Innovation Logo
About
Services
The Network
Events
Content Library
Contact Us

News

Curated stories and analysis from islands and sustainability leaders worldwide.
Loading news...

Subscribe to our newsletter. By submitting, you agree to our Privacy Policy.

Island Innovation

Island Innovation works with governments, institutions, and partners worldwide to support island-led sustainable economic development.

We Support The UN Development Goals

SDG 9: Industry, Innovation and Infrastructure
SDG 11: Sustainable Cities and Communities
SDG 12: Responsible Consumption and Production
SDG 13: Climate Action
SDG 14: Life Below Water
SDG 17: Partnerships for the Goals

Explore

AboutServicesNetworkEvents

Content

ArticlesNewsCareers

Ready to Connect?

Join the island innovation community

Get in Touch

About

  • About us
  • Case Studies
  • FAQs
  • Press
  • Careers
  • Contact

Services

  • Services Overview
  • Public & Media Relations
  • Strategic Communications

Network

  • The Island Network
  • Academic Council
  • Newsletter

Events

  • Our Events
  • Watch Past Events

Content

  • All Content Library
  • Videos
  • Articles
  • News
Privacy PolicyTerms of ServiceContactManage email preferences

© 2025 Island Innovation. All rights reserved.

    Filter by Core Theme

    All ThemesCircular EconomyClimate ActionConnectivity & DigitizationCulture & CommunityEnergy & TransportGreen Finance & EconomyOcean & BiodiversityPolicy & GovernanceTourism & Remote WorkWater & Food
    Showing 9 of 109 news items in Circular Economy
    This Greek Island Solved Its Rubbish Problem By Getting Rid of Its Landfill Entirely
    Circular EconomySeptember 10, 2026

    This Greek Island Solved Its Rubbish Problem By Getting Rid of Its Landfill Entirely

    Most small islands have little choice but to bury their rubbish in a landfill. Tilos in Greece has found another way. Euronews visited the world's first zero-waste island to see how its system works, and whether other places can do the same. Tilos, a small Greek island, used to bury its rubbish on a hillside. The landfill kept growing. Wind scattered plastic across the beaches below. It's a familiar problem for small islands. Residents and tourists produce waste, but shipping it elsewhere for recycling rarely makes economic sense. So most islands sacrifice a patch of scarce land and bury the problem. Out of sight, out of mind. A few years ago, Tilos tried something different. Working with Greek circular economy company Polygreen and backed by the Region of South Aegean, the island removed its street bins entirely and replaced them with door-to-door collection. Every household and business received separate bags for recyclables and organic waste, each tagged with a QR code. As a result, Tilos is now the world's first island to hold the Zero Waste Cities Certification, with a recycling and composting rate of close to 90% - well above both the Greek national figure and the EU average. How it works All waste collected from the residents and businesses goes to the Centre of Circular Innovation, built on the old landfill site. "This is an island that produces waste but buries nothing," project manager Spyros Kastanakis told Euronews. “330 tonnes a year - 60% recyclable, 30% organic, and the remaining 10% goes as fuel to cement factories.” Organic waste is composted into fertiliser and given free to local farmers. Non-recyclables are turned into alternative fuel. Everything else is sorted into 15 categories, compressed, and shipped to the mainland as economically valuable raw material. “This is no longer waste - it's raw material,” says Tilos Secretary General Stathis Kontos. “Everything has a second life.” The system only works if residents sort properly at home. Getting them there took effort. “First we went to the schools and convinced the children,” Mayor Maria Kamma told Euronews. “The children passed it on to their parents, and from there it spread.”

    12345678910
    Read more
    A Tuvaluan Researchers' Plastic-to-Fuel Work is Now Running Generators in Funafuti
    Circular EconomySeptember 10, 2026

    A Tuvaluan Researchers' Plastic-to-Fuel Work is Now Running Generators in Funafuti

    A biomass-fired reactor at the Department of Waste Management took in 10 kilograms of discarded plastic and returned about 10 litres of liquid fuel and four cubic metres of gas, while officials, researchers and newly certified operators watched. The demonstration commissioned Tuvalu’s first plastic pyrolysis unit, built on research by a Tuvaluan postgraduate student and delivered under the Pacific Adoption of Waste-to-Energy Solutions (PAWES) Project. The unit also converts used engine oil into a diesel-like fuel. Fuel from the system has already been tested in generators, machinery and household cooking stoves. Walter Pulogo, Acting Secretary of the Ministry of Home Affairs, Climate Change and Environment, commissioned the unit. Operators trained in Funafuti received certificates in the safe operation and maintenance of the unit. They will run it from here. The unit is being framed in Funafuti as an answer to two problems at once. "This initiative demonstrates how innovation can help address two of Tuvalu's pressing challenges, plastic waste management and energy security, through one practical solution," said Mr. Kilei. "By converting plastic waste into valuable fuel products, we are not only reducing environmental pollution but also creating opportunities to strengthen local capacity, support the circular economy, and improve resilience. We are grateful for the strong partnership between the Government of Tuvalu, the PAWES Project, USP, NuFuel Ltd and all those who have contributed to making this achievement possible. This is an important step towards a cleaner and more sustainable future for Tuvalu", said Mr. Simona Kilei, Director of the Department of Energy, Tuvalu. The unit grew out of postgraduate research by Miriama Uluiviti Taukiei, a Tuvaluan student at the University of the South Pacific (USP) and a PAWES scholar, whose work examines integrated approaches to plastic waste management in Tuvalu. "As a Tuvaluan, it is incredibly rewarding to see my research move beyond the classroom and make a real difference for my own country", said Ms. Miriama Uluiviti Taukiei, a Tuvaluan postgraduate researcher at the University of the South Pacific (USP) and a scholar under the Pacific Adoption of Waste-to-Energy Solutions (PAWES) Project, the occasion marked the successful translation of research into tangible benefits for her home country. She added, "This project demonstrates that with innovation, research and community partnership, plastic waste can become part of the solution rather than the problem. I hope this inspires more Pacific students to pursue research that responds to the needs of our islands and creates lasting benefits for future generations." For the Pacific Community (SPC), the point of the unit is who operates it. "It’s about people, the communities that deserve cleaner environments, the young researchers developing practical solutions, and the local operators who now have the skills to sustain this technology for years to come," said Ms. Ngedikes Olai Uludong, Deputy Director of the Georesources and Energy Programme at SPC and added, “the project's greatest achievement lies in the people it empowers.”

    Read more
    Turbines Turning from Wind to Sustainable Products
    Circular EconomyAugust 27, 2026

    Turbines Turning from Wind to Sustainable Products

    When a renewable energy hero needs to be replaced, how do you maintain its green credentials? That is the challenge facing the wind farm industry, as turbines across the island begin to reach the end of their useful life. Thousands of tonnes of wind turbine blade material are expected to require replacement by 2030, leading to the question of what to do with them. Currently, they largely go to landfill or incineration. The first ever commercial wind farm on the island of Ireland - Bellacorrick in County Mayo - was decommissioned at the start of the year. Now, two Northern Ireland companies are working together to make the disposal of its blades as eco-friendly as possible. From blades to building material Over the next 15 years, it is estimated that more than 400 turbines in Northern Ireland will need to be replaced. That means a lot of currently non-recyclable material heading to landfill or incineration. Scientists from around the world have been working on turning decommissioned blades into other useful products. Research by Queen's University Belfast (QUB) proved they could be safely used to build bridges and other street furniture. Other companies are looking at different options. The yard at the Plaswire Ltd site in Lurgan, County Armagh, is covered with wind turbine parts and other kinds of large-scale industrial materials looking for an alternative ending. Blade waste issue is 'colossal' The company's Chief Executive Andrew Billingsley said finding a way to take blade waste beyond the end of its useful life is an essential part of creating a green, circular economy. "The issue today is, I could say, colossal. "The blades are big - they have been going to landfill and they've been disappearing into quarries and so forth. "At present, there's somewhere in the region of 125,000 tonnes of blades across the world getting disposed of by one means or another, but very rarely is it done in a sustainable way." The company turns the blades into a long-lasting reusable material that can be used as an alternative to timber, for fence posts and reusable transport pallets. Billingsley believes it could even be used an alternative to precast concrete and timber. "Typically, a tonne of virgin plastic needs about three tonnes of CO2 in the manufacturing. "We're preventing the incineration of plastics, and burning plastics produces between 2.7 and 2.9 tonnes of CO2 for every tonne burned." But proving those green credentials is another matter.

    Read more
    From Maggots to Solutions: A Young Scientist Turning Waste Into Opportunity in the Caribbean
    Circular EconomyAugust 13, 2026

    From Maggots to Solutions: A Young Scientist Turning Waste Into Opportunity in the Caribbean

    From a young age, Rakesh Bhukal imagined a future in fields as diverse as accounting, aviation and the oil industry, but growing up in a rural village, surrounded by the natural world, a different passion took hold: the sciences, specifically environmental studies, began to captivate him. He saw how environmentalists across the globe were making real change, and he knew he wanted to be one of them. "I believe that once you have a strong drive and a passion towards something, you must have the technical know-how and the expertise," he says. His belief that any dream that comes to mind can be achieved drove him to pursue a degree in Environmental and Natural Resource Management with minors in Marine Biology and Zoology at the University of the West Indies (UWI). His ultimate goal was to make a difference in the world. Bhukal's path to making that difference took an unexpected turn when he was introduced to the Black Soldier Fly (BSF) project, a groundbreaking initiative funded by the Food and Agriculture Organization of the United Nations (FAO) in partnership with UWI and the Ministry of Agriculture and Fisheries of Trinidad and Tobago. The project's goal is to introduce insect production as a sustainable, local source of high-quality protein for animal feed. This is a critical need, as feed prices can comprise up to 70% of livestock production costs, and the Caribbean region spends millions of dollars annually on imported feed ingredients like soybean cake. BSF larvae-maggots, essentially can do something remarkable. They can turn organic waste into two valuable products: high-protein animal feed and nutrient-rich biofertilizer. For a country like Trinidad and Tobago, which consumes more than 1.3 million kilograms of chicken every week - requiring 6.8 million kilograms of feed - that’s a potential gamechanger. Locally produced insect meal could replace costly imported feed ingredients, strengthen food security, and cut waste.

    Read more
    The New Labour Agreement that Sustains Sustainability in the South of Gran Canaria
    Circular EconomyJuly 30, 2026

    The New Labour Agreement that Sustains Sustainability in the South of Gran Canaria

    A collective agreement running to the end of 2028 aims to provide operational stability at the Juan Grande Environmental Complex in southern Gran Canaria. The agreement protects staff transfer rights during changes of service provider, sets health and safety provisions suited to waste-management work, and establishes pay increases with a Canary Islands CPI review mechanism. By securing the conditions of the people who run a vital recycling and waste-management facility, the deal supports the long-term resilience of local circular-economy infrastructure.

    Read more
    Tuvalu Launches its First Waste Plastic-to-Fuel Project
    Circular EconomyJuly 23, 2026

    Tuvalu Launches its First Waste Plastic-to-Fuel Project

    Tuvalu has installed its first pyrolysis machine to transform waste plastic and used engine oil into usable fuel, turning a pollution challenge into a local energy opportunity. Developed through University of the South Pacific research and supported by the Pacific Adaptation of Waste to Energy Solutions programme, the technology can process 10 kilograms of plastic into about 10 litres of liquid fuel and four cubic metres of hydrocarbon gas. The fuels have been tested in generators, machinery and household stoves, offering practical benefits for households and communities while strengthening resource recovery and local energy security.

    Read more
    How Mayotte Turned Discarded Tires into a Cultural Tradition
    Circular EconomyJuly 9, 2026

    How Mayotte Turned Discarded Tires into a Cultural Tradition

    In Mayotte, an archipelago in the Indian Ocean between Madagascar and the coast of Mozambique, a tire race tells the story of a world struggling with its waste. On the roads of Mayotte, an abandoned tire is never just an object. It is a piece of rubber that has reached the end of its life in a place where no system exists to take it back. A silent witness to the difficulties faced by island territories that must handle waste they did not produce, yet are forced to manage. In 1984, a physical education teacher, Jack Passe, decided to turn this reality into something positive. Drawing from a traditional Mahoran game in which children roll a tire using two sticks, he created the island's first "tire race". What began as a playful school activity soon became a cultural and athletic tradition, showing how local ingenuity can flourish where industrial solutions remain absent. The race demonstrates how communities can reclaim a problem and turn it into a moment of collective energy. Every tire recovered for training or competition is one less tire abandoned in the environment. But beyond the creativity hides a far more complex challenge underpinning the island's daily reality. Despite continuous efforts, Mayotte still faces structural constraints in managing used tires. Storage capacity is limited. Exporting waste for treatment is expensive in a territory where all recycling must happen elsewhere. Collection schedules vary across municipalities, and in certain areas, tires continue to appear in informal dumps. When filled with rainwater, they become breeding grounds for mosquitoes and contribute to the spread of disease. When burned, they release toxic smoke that contaminates soils and air. The tire race is a creative and symbolic response, but it does not resolve the underlying issue. Instead, it highlights a broader reality: island territories must manage objects designed and produced elsewhere, without meaningful support from the companies responsible for putting these products on the market.

    Read more
    Reusable-Cup Subscription Service to Launch on Cayman
    Circular EconomyJuly 2, 2026

    Reusable-Cup Subscription Service to Launch on Cayman

    A new, deliberately not overly pretty, reusable cup is being launched in Cayman by a company that says it's combining a revenue-maker with an approach that may reduce the number of disposable containers ending up in the landfill. The ONECUP will be the first reusable cup subscription service for bars, restaurants, events and hotels in Cayman, says James Dartnall, founder of Island Cup Co, which produces the cups. A long-time volunteer in beach clean-ups and with the Department of Environment, Dartnall said he hopes the ONECUP will help cut down on the use of throwaway plastic cups. The kernel of the idea of developing the cups began during a one-and-a-half-year trip, from London, England, to Cape Town, South Africa, with his wife, where they decided to try to see if they could live without plastic during their journey. Later, at a concert in Washington, DC, he came across reusable cups. "I started researching the company [that made those cups] and other companies," he said, noting that they are becoming more commonly used at large events, like music festivals and concerts. He started to envision Cayman, with its daily influx of tourists and lively social scene, "as if every day is almost like a … very big event, and all of our hospitality vendors are operating within a small ecosystem, which they are. And then, is there a way of having a single drink cup that they all share, and they're all responsible for?" He says the ONECUP can replace not just single-use plastic glasses, but also reusable acrylic cups "because acrylic, they're end-of-chain. When acrylics get cracked or milky, they get thrown away, they can't be recycled." The plan for ONECUPs that come to the end of their use is to recycle them into plastic furniture. Once they get damaged or cracked and deemed unusable anymore, they would be shredded, melted and remolded into furniture, like benches, which, Dartnall hopes, the government will purchase and install as public fixtures.

    Read more
    Why Sustainable Alternatives to Plastic Are Struggling to Compete
    Circular EconomyJune 25, 2026

    Why Sustainable Alternatives to Plastic Are Struggling to Compete

    Plastic pollution is choking the ocean, but sustainable alternatives - including seaweed - remain held back by tariffs, fragmented regulations and the overwhelming market advantage enjoyed by fossil fuel-based plastics. Only 10 per cent of all plastics produced are recycled, so most plastics will end up littering streets, entering waterways and reaching the ocean. Each year, some 52 million tonnes of plastic waste enter the ocean, where it stays and affects more than 4,000 marine species. A blue whale, the world's largest mammal, can consume up to 10 million microplastic pieces daily, equivalent to about 43 kilograms. To tackle plastic pollution, material innovation, increasing alternatives to single-use plastic and reducing production are essential, according to the latest World Ocean Assessment, which was released on Monday. For the past six years, the international community has been working toward a global plastics treaty that could cap plastic production and help "turn the tap off" on an industry valued at more than $1.1 trillion in 2023. Negotiations are ongoing, with the next round of talks scheduled for 13 to 24 March 2027. In the meantime, sustainable alternatives to plastics could help to reduce our global dependence, curbing the pernicious effects of plastic pollution on our oceans. However, alternatives must still overcome several major obstacles.

    Read more