Circular economy examples: how circularity works across sectors

As the UK faces increasing pressure from climate change, material scarcity, and growing regulatory demands, from EPR to Simpler Recycling, organisations are rethinking how they create, use, and recover resources. The traditional linear economy, take, make, dispose, is rapidly becoming unsustainable in a UK market where landfill costs, packaging obligations and consumer expectations are all rising at once. In its place, the circular economy offers a regenerative alternative, one that keeps materials in use, reduces waste, and designs environmental value into every part of the system. The Ellen MacArthur Foundation frames this shift around three principles: eliminate waste and pollution, circulate products and materials at their highest value, and regenerate nature.

This blog explores how circularity is being applied across UK sectors, including everyday households, food waste and composting, construction, agriculture, retail, community repair and reuse, fashion, technology, and access-based consumption.

Circular economy examples in everyday UK life, food waste and agriculture

What are some circular economy examples at home in the UK?

Although this blog focuses on business strategies, it is also useful to understand that UK consumer behaviours influence circular supply chains. As UK citizens become more aware of their environmental footprint, they increasingly support businesses that demonstrate a commitment to sustainability.

Examples include:

• Composting food waste
• Reusing and refilling containers
• Repairing rather than discarding items
• Purchasing second-hand goods
• Renting or sharing items instead of owning them outright

Consumers adopting circular behaviours contribute to demand for business-led solutions, such as repairable electronics or refillable beauty products. This cultural shift creates strong incentives for UK brands to invest in sustainable design and logistics.

How does food waste composting enable resource recovery?

Food waste composting is one of the clearest examples of resource recovery in the UK circular economy, and it directly supports soil health. Rather than sending food waste to landfill, where it breaks down anaerobically and produces methane, composting converts it aerobically into a nutrient-rich material that can be returned to agricultural or horticultural land.

That return to land is where the resource recovery actually happens:

• Composted food waste replaces synthetic fertiliser, reducing the emissions associated with fertiliser manufacture
• It improves soil structure and water retention, supporting long-term soil health rather than depleting it
• It closes the loop between food production and food waste, rather than treating the two as separate systems
• Commercial-scale composting and anaerobic digestion divert food waste from landfill entirely, capturing the biogas as a renewable energy source in the process

UK households and businesses generate substantial volumes of food waste every year, and the shift from landfill to composting and anaerobic digestion is one of the fastest-moving areas of UK waste policy. Reconomy supports businesses managing this shift through commercial food waste disposal services, and for businesses navigating packaging that claims to be compostable, our guide to biodegradable vs compostable vs bio-based materials explains what those labels actually mean in practice.

What are circular economy examples in construction?

According to the 2024/2025 Global Alliance for Buildings and Construction report, buildings and construction account for 32% of global energy and 34% of global CO2 emissions. This shows how vital it’s become for circular practices to be adopted in construction, including in the UK’s own construction and housebuilding sector.

Key business practices:

• Modular construction techniques
• Use of reclaimed or recycled building materials
• Designing for disassembly
• Lifecycle environmental assessments
• On-site segregation and material recovery

By integrating circularity into the early planning stages of developments, UK construction firms can reduce embodied carbon, achieve BREEAM certification, and improve project timelines by optimising materials. Designing for disassembly also reduces pressure on virgin material extraction, which is one of the clearest links between circular design and biodiversity protection: less land disturbance and habitat loss further down the supply chain. Read more about how circular design principles apply across sectors, including construction.

Read our construction blog

What are circular economy examples in agriculture?

According to the Food and Agriculture Organization of the United Nations, Agriculture is responsible for up to one-third of global emissions and over 50% of soil degradation. Regenerative and circular strategies, including the food waste composting and soil health practices outlined above, have become critical to ensuring long-term food security and biodiversity across UK agriculture.

Examples include:

• Organic waste composting
• Regenerative soil management
• Water reuse systems
• Crop rotation to reduce fertiliser reliance
• Agroforestry to sequester carbon and support biodiversity

UK businesses in agrifood supply chains can also explore packaging alternatives, cold-chain optimisation, and digital agriculture tools to reduce waste and emissions.

UK food retailers can collaborate with farmers to co-design waste-reducing interventions, from farm to shelf. These upstream partnerships are a key component of supply chain circularity.

Circular economy examples in retail, packaging and healthcare

What are circular economy examples in grocery retail?

UK food retailers are now under more pressure than ever to address waste, packaging, and logistics emissions. Circular practices are reshaping grocery operations, especially as legislation like Extended Producer Responsibility (EPR) continues to develop across the UK.

Best-practice strategies:

• Reusable packaging and container return systems
• Partnerships with food redistribution charities
• Plastic-free refill zones
• AI-driven stock control to prevent spoilage
• Closed-loop logistics for backhaul waste management

In the UK alone, supermarkets generate over 190,000 tonnes of food waste annually. Forward-thinking UK retailers are adopting real-time inventory platforms to reduce spoilage, and working with suppliers to redesign packaging and containers to be more recyclable or reusable.

Learn about EPR

What are circular economy examples in reusable packaging and deposit return schemes?

Reusable packaging and circular product life extension go hand in hand: rather than a container being used once and discarded, it is kept in circulation, collected, cleaned, and put back into use, often dozens of times, before it reaches genuine end of life. Reusable packaging systems work by extending that life deliberately, treating the container itself, whether a bottle, can, crate or delivery box, as a reusable asset rather than single-use waste.

Deposit Return Schemes (DRS) are the clearest large-scale example of reusable packaging and circular product life extension in action, and the UK is currently one of the most active markets in the world for DRS rollout. Under a DRS, a small deposit is added to the price of a beverage container, whether a plastic bottle, glass bottle or aluminium can, and refunded in full once that container is returned via a reverse vending machine or a staffed collection point. DRS models built around beverage containers routinely drive far higher return rates for bottles and cans than kerbside recycling alone.

DRS legislation covering beverage containers, bottles and cans is already live or incoming across the UK and Ireland, with Scotland and Wales each running their own DRS timeline distinct from the rest of the UK. That means a UK business selling beverage containers nationally may need to comply with more than one DRS at once. Getting DRS-ready typically means confirming which of your containers fall in scope of each relevant DRS, updating labelling to show the deposit amount, reconciling deposits collected against containers returned, and setting up the operational and reporting processes a DRS requires.

Examples of reusable packaging and DRS in practice include:

• Deposit-based return systems for beverage containers, including glass and plastic bottles and aluminium cans
• Reverse vending machines that accept containers and automatically repay the deposit
• Reusable crate and pallet pooling systems for food and drink logistics, where the same containers make hundreds of return trips
• Returnable packaging-as-a-service models for delivery and e-commerce, where the container itself is designed for repeated reuse rather than disposal after one trip

Reconomy’s own reverse vending technology returned almost 6,000 single-use cans and bottles at a single UK event through reverse vending machines, and Reconomy has also launched reusable packaging to help UK food and drink brands extend container life and cut both waste and cost. Reconomy’s deposit return scheme expertise also supported the Scotland DRS IT system build and guided UK businesses preparing for Ireland’s Deposit Return Scheme.

Learn about Deposit Return Schemes

What are circular economy examples in healthcare?

UK healthcare systems generate complex and often incredibly hazardous waste streams. Adopting circularity must align with safety and compliance requirements.

Circular innovations include:

• Reusable surgical instruments
• Textile recycling for scrubs and gowns
• Reprocessing single-use devices
• Electronic record-keeping
• Secure take-back schemes for expired medicine

According to the NHS, emissions from healthcare supply chains make up over 60% of the sector’s total carbon footprint. Circular procurement and waste strategies are critical in achieving the NHS’s own net-zero targets.

Reconomy works with regulated UK sectors to maintain compliance while embedding sustainable practices.

Circular economy examples in community repair and reuse

How do repair cafés reduce waste through repair and reuse?

Repair cafés are a community-level example of circularity that sits outside formal business supply chains entirely, and the UK has one of the largest repair café networks in the world. Volunteers with practical skills, electricians, seamstresses, furniture menders, help members of the public repair items they would otherwise throw away, from small appliances and electronics to clothing and furniture.

The circular impact works on two levels:

• Directly, every repaired item is one fewer item sent to landfill and one fewer replacement product manufactured
• Indirectly, repair cafés normalise repair as a first response to a broken item, shifting consumer behaviour away from automatic replacement

For UK businesses, repair cafés are also a useful signal of where consumer appetite for repair already exists, ahead of “right to repair” style obligations extending further into UK product policy.

How does upcycled furniture give products a second life?

Upcycled furniture takes an item that would otherwise be discarded and transforms it into something usable again, often improving its condition, appearance or function in the process rather than simply passing it on unchanged. This differs from straightforward resale: upcycling typically involves refinishing, reupholstering or repurposing a piece before it re-enters use.

In the UK, this happens at both community and commercial scale, from charity shop upcycling projects through to structured reuse partnerships. Reconomy has supported this directly through a sofa bed reuse case study with Travelodge and the British Heart Foundation, where furniture due for disposal was instead redirected into reuse. More examples of circularity in action are available across Reconomy’s case studies.

How does IKEA apply repair, reuse, and recycling in its model?

IKEA is one of the most widely cited retail examples of circularity applied at scale, including in the UK, because it combines repair, reuse and recycling within a single retail model rather than treating them as separate initiatives.

• Repair: spare parts and repair guidance are made available so customers can fix furniture rather than replace it
• Reuse: buy-back and resell schemes allow customers to return used furniture for store credit, which IKEA then resells
• Recycling: end-of-life furniture that cannot be resold is broken down for material recycling rather than sent to landfill

This kind of integrated model is a useful reference point for any UK retailer thinking about where to start with circularity: repair, reuse and recycling work best as a connected system rather than three separate programmes competing for budget.

Circular economy examples in fashion, technology and access-based models

What are circular economy examples in retail and fashion?

The fashion industry contributes 10% of global emissions and uses vast amounts of water and chemicals. As environmental concerns and consumer expectations rise, adopting circular economy strategies within the UK fashion sector is becoming increasingly important.

Circular fashion initiatives include:

• Take-back schemes and in-store drop-off programs
• Textile recycling and upcycling initiatives
• Clothing rental and subscription models
• Digital IDs and blockchain to track the lifecycle of garments
• Monomaterial design to simplify recycling processes

In practice, clothing repair, resale and textile recycling work together as a single system: repair extends a garment’s first life, resale gives it a second owner, and textile recycling recovers the fibres once the garment is no longer wearable. M&S is a well-known UK example of this in action, scaling take-back, repair and reuse across its clothing range, as explored in how M&S is scaling take-back, repair and reuse. Reconomy has also joined ReHubs to accelerate textile recycling across Europe, and supports international fashion compliance, as in this ASOS case study.

Read our circularity in fashion blog

What are circular economy examples in technology and electronics?

The world generated 59.4 million tonnes of e-waste in 2022, with less than 18% officially recycled. Circular models in tech are vital to stem this flow, and UK-specific WEEE regulation makes this a compliance issue as well as a sustainability one.

Business-led solutions include:

• Subscription-based IT provisioning
• Remanufactured hardware for enterprise use
• Recyclable components
• Refurbishment and resale
• Closed-loop recovery of rare earth metals

Remanufacturing is a good example of what “closed-loop” actually looks like in practice, and it isn’t limited to electronics. In the automotive industry, worn components such as alternators, starter motors and turbochargers are stripped down, rebuilt to original specification, and resold, avoiding the emissions and raw material extraction a brand-new part would require. Electronics follow the same logic: end-of-life devices are recovered through WEEE recycling and takeback and recycling schemes, with materials like rare earth metals recovered and fed back into new components rather than mined again from scratch.

How does Tech Takeback extend the life of electronics in the UK?

Tech Takeback schemes are the electronics equivalent of the reuse and repair models already covered above, applied specifically to laptops, phones and other devices, an area where the UK has a fast-growing take-back and refurbishment sector. Rather than an old device being scrapped for parts as soon as it stops being used, a tech takeback scheme collects it, tests it, wipes it securely, and either refurbishes it for resale or recovers its components for remanufacturing.

• Working devices are refurbished, data-wiped and resold or redistributed, extending their working life by years
• Non-working devices are broken down through WEEE recycling so materials, including rare earth metals, are recovered rather than lost
• Secure data destruction is built into the process, which matters as much to UK businesses disposing of IT estate as it does to individual consumers

Reconomy supports UK businesses managing exactly this kind of electronics lifecycle through WEEE recycling and disposal services and takeback and recycling schemes covering WEEE, batteries and packaging.

Reconomy’s Comply Loop helps large UK manufacturers and importers meet their extended producer responsibility (EPR) obligations. Businesses can enhance ESG performance, minimise compliance risk, and support secondary materials markets through technology circularity.

What are circular economy examples in product sharing and access-based consumption models?

Not every circular model is about recycling or reuse after ownership ends. A growing share of circularity comes from product sharing and access-based consumption models: giving people and businesses access to a product’s function without requiring them to own it outright. The Ellen MacArthur Foundation includes “share” as one of its core circular strategies alongside reuse and repair, precisely because keeping one product in active use for multiple users displaces the need to manufacture several.

Examples of product sharing and access-based consumption models include:

• Car sharing and pooled vehicle fleets, which reduce the total number of vehicles needed to serve the same number of journeys, a growing option across UK cities
• Tool libraries, where UK households and tradespeople borrow equipment instead of buying items used only occasionally
• Furniture buy-back and resale programmes, where a retailer takes back used furniture, refurbishes it, and resells it, extending the product’s life well beyond its first owner

Product-as-a-service examples are one of the clearest illustrations of access-based consumption at work, and lighting-as-a-service is the reference case most UK businesses will already have come across. Instead of a business buying and owning light fittings outright, a provider retains ownership of the equipment, supplies illumination as a metered outcome, and stays responsible for maintaining, upgrading and eventually recovering the fittings at end of life. Philips popularised this model with its Pay-per-Lux lighting-as-a-service offering, a project the Ellen MacArthur Foundation has cited as a landmark example of circular business design. The same product-as-a-service logic extends well beyond lighting, covering equipment leasing, tyres-as-a-service for commercial fleets, and managed print or IT provisioning, in every case replacing upfront ownership with pay-for-outcome access.

Why the circular economy matters for the UK, and how to close the gap

Why the circular economy, and the circularity gap, matter more than ever

As climate change accelerates and natural resource scarcity intensifies, rethinking traditional economic models is essential, and the UK’s own regulatory direction of travel, from EPR to DRS to Simpler Recycling, reflects that shift. The linear economy, based on a take, make, dispose system, is no longer viable. According to the Circularity Gap Report 2025, the global economy is now just 6.9% circular, down from 9.1% in 2018, and if current trends continue, global material use could reach 184 billion tonnes annually by 2050.

What that means in practice for UK businesses:

• Over 93% of materials extracted globally are wasted, lost, or locked in long-term use
• That extraction also drives deforestation, habitat loss and biodiversity decline in the regions where raw materials are sourced
• UK regulatory landscapes are shifting fast, from EPR to packaging and deposit return legislation
• Investor expectations around ESG are rising, alongside customer demand for demonstrable environmental value

Companies that embed circularity into their operations can create significant cost savings, enhance brand equity, and meet growing UK compliance requirements. Learn more about the Circularity Gap and how your business can close the circularity gap with practical support.

How UK businesses can lead with circularity

Large UK enterprises play a decisive role in scaling circular solutions. As regulatory frameworks evolve and resource constraints grow, companies that embrace circularity will lead their industries.

Enterprise-level strategies:

• Product-as-a-service business models
• Design for longevity and modularity
• Industry-wide reverse logistics networks
• Real-time resource data and performance tracking
• Circular procurement standards

According to Accenture, circular business models could unlock $4.5 trillion in economic value globally by 2030. Reconomy partners with thousands of UK businesses to deliver this value through our circular economy services, and further practical circular economy initiatives for large businesses are explored in more detail on our blog.

Our Close the Gap campaign outlines practical tools, data-led strategies, and sector-specific solutions to reduce resource consumption and emissions across UK operations specifically. From enabling better material reuse to driving product stewardship and engaging stakeholders, we help you deliver measurable circular impact.