Beko Scales Up Circular Appliance Model with “Reduce–Refurbish–Recycle” Initiative across Europe

Global home-appliance manufacturer Beko has significantly expanded its circular recovery model by scaling its “Reduce–Refurbish–Recycle” initiative across Europe, positioning this effort as a practical example of sustainability meeting affordability, and offering lessons for sectors aiming to transition toward net-zero and circular business models.

Founded in Istanbul in 1955 and now operating in more than 130 countries, Beko reported a consolidated turnover of €10.6 billion in 2024 and considers circularity a core part of its sustainability strategy. The programme is designed to capture returned appliances, rigorously test and repair them, and reintroduce them as second-life products at a discount of up to 30% below new-product pricing. In doing so, Beko aims to extend product lifecycles, reduce material waste, manage reverse logistics, and promote consumer access to more affordable appliances while maintaining safety and quality standards.

Operational Scale and Circular Mechanics

In 2024 alone, Beko’s refurbishment centres in the UK, Italy, and Romania processed more than 114,000 returned appliances. At its UK refurbishment facility in Peterborough, operations maintain an inventory of more than 100,000 spare parts, handle 55 different packaging types, and conduct quality assurance audits on up to 30% of refurbished units from multiple product categories. The facility also operates on a zero-waste-to-landfill basis. In Romania, the firm’s goal is to reintroduce more than 75% of returned appliances into circulation.

The time-order flow begins with customer-care interventions: many appliance issues are resolved remotely or via an engineer visit, so that the units do not require full return. This upfront step helps reduce the volume of returns entering the reverse-logistics and refurbishment chain. For those appliances that are returned, Beko applies full testing, quality-part repairs, re-auditing, and grading before resale under the second-life label.

Implications for Sustainability and Net-Zero Transitions

The initiative aligns with several of the key principles of the circular economy: keeping products and materials in circulation longer, reducing waste, and minimizing resource extraction. For appliance manufacturers, this model helps reduce the environmental burden of manufacturing new products and extracting virgin materials, while also offering a potential commercial advantage through affordability.

Moreover, by extending product lifetimes and refurbishing at scale, Beko indirectly supports reductions in Scope 3 emissions associated with product manufacturing and end-of-life disposal, which is relevant for corporate net-zero ambitions.

In markets where affordability remains a barrier to sustainable product uptake, the second-life model opens access to lower-cost, energy-efficient appliances, potentially driving broader customer transition toward lower-impact appliances. By reselling refurbished units at up to 30% below the new-product price, Beko is addressing both environmental and socioeconomic dimensions of sustainability.

Challenges and Considerations for Replication

While the model shows promise, its effectiveness depends on several factors:

• A strong reverse-logistics infrastructure and refurbishment capability, including spare-parts inventory, quality testing, grading, and audit systems

• Assurance of safety, performance, and quality for second-life units to maintain consumer confidence

• Transparent metrics and auditing of how many units are diverted from landfill, how many are re-circulated, and how much virgin material is avoided

• Consumer adoption and trust in refurbished appliances, especially in consumer durable sectors

• Regulatory and system alignment, including EU directives on circular economy and extended producer responsibility for waste electrical and electronic equipment

For companies looking to replicate this model, the upfront investments in reverse logistics, quality systems, spare-parts handling, and resale channels are substantial. The business case hinges on sufficient return volumes and resale demand, plus a careful balance of cost, performance, and customer trust.

Outcomes and Progress to Date

Beko’s refurbishment network is already mature in several European countries and delivers measurable throughput. The company also reports zero-waste-to-landfill at least in its UK site, which is a key operational sustainability milestone.

Beyond refurbished-unit scale, Beko’s broader sustainability credentials include the use of 27,835 tonnes of recycled plastics in products in 2024, an installed manufacturing renewable energy capacity of 90.2 MWp, and more than 60 % of its manufacturing electricity from renewables, with a target of 100 % by 2030.

Such metrics support the company’s positioning as a leading sustainability performer in the appliance sector. In 2025, Beko was ranked among the world’s most sustainable companies by independent assessments, reflecting its progress in circular design, renewable energy adoption, and supply-chain transparency.

Industry-Wide Relevance

The appliance sector is particularly relevant for circular-economy efforts given its high material and energy intensity, product volumes, and defined uses. Extending the lifecycles of appliances is a direct way to reduce the environmental footprint of both production and disposal phases.

For firms in durable goods manufacturing, Beko’s model provides an instructive blueprint: combining reverse logistics, refurbishment, second-life resale, and consumer affordability. It adds to the growing body of evidence that circular-economy models can align with commercial viability, not just environmental aspiration.

As the global agenda for net-zero and circular transition gains momentum, these kinds of initiatives help show how product design, business-model innovation, and operations can converge to offer scalability rather than niche pilots.

Conclusions

Beko’s “Reduce–Refurbish–Recycle” programme represents a significant step in embedding circular-economy practices into mainstream manufacturing and product lifecycle management. Its outcomes to date, large-scale refurbishment, zero-waste-to-landfill operations, and second-life product resales, illustrate how sustainability and cost-effectiveness can go hand in hand.

For industry stakeholders, policymakers, and sustainability professionals, the model offers a practical case of scaling circular business models in consumer durables. As companies and sectors strive to meet rising net-zero commitments and combat resource waste, initiatives like this will play an increasingly important role in shaping the transition from linear to circular systems.

Source: sustainabilitymag.com