Seizing the Growing Circular Opportunity

By  Trine de Nully
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Circularity presents a significant economic and green growth opportunity by creating value with fewer resources. In the Nordics alone, circularity could unlock up to ~€48B annually by 2030 (~3% of GDP).1 1 Current GDP, Worldbank (Denmark ~400B, Finland ~300B, Norway ~500B, Sweden ~600B) Beyond that, circularity can foster innovation, increase resilience and decrease emissions and material extraction by ~30%, respectively,2 2 Completing the picture: How the circular economy tackles climate change, Ellen MacArthur Foundation, Circularity Gap Report 2024, Circle Economy since circularity enables the reuse, recycling, and regeneration of our increasingly scarce resources. With global emissions projected to rise temperatures by 3.1°C by 2100, humanity consuming resources at 1.7 times Earth's sustainable capacity and scarcity of supply rising, circularity becomes a core enabler for environmental impact and business resilience.3 3 Press Release Earth Overshoot Day 2024 English - Earth Overshoot Day

This is the first of three articles on circularity. We begin with how circularity can unlock new opportunities. The following article will cover scaling circularity into a profitable business, including challenges and key enablers. The final article will explore embedding circularity into traditional linear operations to drive long-term sustainable growth.

Circularity: Sustainability and business growth

Currently, only 7% of the resources extracted yearly are reused or recycled globally.4 4 Circularity Gap Report 2024, Circle Economy This leads to significant waste management costs (>$250B globally) that are projected to increase further and the reliance on raw materials that are increasingly scarce and thus costly.5 5 Global Waste Management Outlook 2024, UNEP Circularity addresses this challenge through models like rental, secondhand, recycling, and circular product design by reducing waste and minimizing reliance on new material extraction. (See Exhibit 1.)

shift from linear take make waste to a circular value chain

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At the same time, circular business models are attractive to those looking for growth, profitability, and resilience in a rapidly changing world. By converting from traditional linear systems to circular business models, companies can unlock several business benefits. (See Exhibit 2.)

circular economy

Tapping into Circularity’s €48 billion yearly opportunity in the Nordics by 2030

According to BCG research, approximately 6% of the Nordic economy is circular, meaning 6% of resources used for production comes from recovered materials.

This is significantly behind both the current EU average of 12% and the 2030 target of 24%. If the Nordics reach the current EU average, they could unlock €48 billion in annual economic opportunities by 2030, equivalent to ~3% of the region's GDP.

Circularity is a ~€48B annual economic opportunity in the nordics

Across industries—both in the Nordics and globally— we are observing significant growth of circular business models and new value pools for companies to tap into.

Fashion
Globally, circular practices in the fashion sector are projected to increase and have the potential of growing ~30% annually—from €70 billion in 2021 to ~ €700 billion by 2030 globally—gaining market share from ~3.5% of the global fashion market in 2021 to ~23% in 2030.6 6 Global Waste Management Outlook 2024, UNEP The circular fashion market in Europe is expected to reach ~€200 billion by 2030, fueled primarily by the growth of secondhand sales. Notably, ~60% of the growth in the secondhand segment is anticipated to come from online platforms. Vinted, a leader in the circular fashion market, averaged around 100% annual growth from 2017 to 2023, reaching nearly €600 million in revenue.7 7 Revenue of Vinted from 2017 to 2023, Statista With over 65 million users buying and selling pre-owned fashion, Vinted is driving the shift toward sustainability and achieving double-digit profit margins.8 8 " Vinted delivers strong year of growth and reaches profitability, while investing for the future,” Vinted
Sportswear and Equipment
Latest BCG research suggests that global circular sportswear and equipment market accounts for ~10% of the industry’s total market and is expected to double to ~€100 billion by 2030. This growth is primarily driven by the rapid expansion of secondhand and rental options. Secondhand markets, growing at an annual rate of ~20%, are projected to make up ~35% of the circular market by 2030. Rental services, with an estimated annual growth rate of 15%, are expected to contribute ~30% to the market. In addition, repair services, a well-established segment, are anticipated to grow steadily at around ~3% annually, with a ~30% share by 2030. Industry leaders include REI, Intersport, Patagonia, and Decathlon. Decathlon offers secondhand products in 43 countries and operates repair workshops in over 1,700 stores to extend the lifespan of its products.9 9 “From repairability to rental: how Anna Turrell is riding the circularity wave at Decathlon,” Reuters

Between 2022 and 2023, their rental sales grew by 71%, while sales of refurbished items saw a 116% increase.10 10 “Going circular - Transition towards a circular economy,” Decathlon
Electronics
The global market for refurbished electronics was valued at ~$50 billion in 2023 and is projected to double to $100 billion by 2030, with an average annual growth rate of ~10.11 11 Refurbished Electronics Market Analysis & Forecast_ 2025-2032, Coherent Market Insights Refurbished smartphones are particularly well-established, with over 43% of Europeans reporting they have owned a secondhand smartphone, according to the Recommerce© Barometer conducted in collaboration with Vodafone.12 12 “European demand for refurbished smartphones grows in 2023,” Vodaphone Fnac Darty has capitalized on this trend by introducing a subscription service for repair.13 13 Fnac Darty launches the first product care and maintenance video service, Fnac Darty Beyond that, their secondhand sales generated ~ €150M in 2024.14 14 2024 Annual Report, Fnac Darty EU legislation, such as the Waste Electrical and Electronic Equipment (WEEE) and Radio Equipment Directive (RED) directive, is further promoting this trend.
Automotive
The automotive industry has long been a leader in circular business models, particularly through secondhand, rental, and leasing solutions. New EU regulations on end-of-life vehicle (ELV) recycling are pushing OEMs to adapt to circularity in new ways. Moving forward, OEMs can differentiate themselves by integrating circular materials, expanding remanufacturing and reuse, advancing battery recycling efforts, and designing vehicles for recyclability. Renault is at the forefront of such efforts to reduce the use of virgin materials, with a strong emphasis on recycling and incorporating recycled materials.15 15 2024 Climate Report, Renault Group Furthermore, Renault Trucks aims for 30% of spare part sales revenue to come from reused parts by 2030.16 16 The circular economy: Renault Trucks’ approach to the environmental challenge, Renault Trucks Porsche is making strides toward establishing a sustainable battery value chain in Europe. The company is collaborating with the Norwegian firm Hydro to develop a comprehensive roadmap for recycling battery materials within the region. Together, they are exploring efficient closed-loop solutions to support the recycling and reuse of materials in Porsche’s EV batteries.17 17 “Porsche and Hydro unite to further decarbonize the supply chain of sportscars,” Porsche newsroom
Industrial Goods
The market for product-as-a-service (such as subscription-based or leasing models for machinery) and remanufacturing (restoring used products to like-new condition) is projected to grow by 5–10% annually up to 2030 globally. Hilti, a global provider of construction tools, software, and services, exemplifies sustainability by collecting over 1 million products annually at no cost to customers. These tools are refurbished and reintroduced through rental programs or donations.18 18 Circularity – Second Life of Tools, Hilti
Paper and Packaging
The EU is working on increasing paper and packaging recycling rates with initiatives like the Paper and Packaging Waste Regulation (PPWR), which aims to make all packaging reusable or recyclable by 2030.19 19 PPWR: The Packaging and Packaging Waste Regulation Explained, DS Smith This regulation is also driving companies beyond the packaging sector to adapt. For example, DS Smith is responding proactively by designing packaging that is fully recyclable or reusable.20 20 Circularity, DS Smith

Why now? Cost pressure, regulations, resilience, technology, and consumer demand

The shift toward circularity is driven by several dynamics, such as stricter regulations, cost pressure, supply chain resilience, technological progress, and consumer demand. Within this context, companies are using circularity both as a driver of innovation and as an opportunity to create and tap into new value pools.

Regulation
With the introduction of the EU Circular Economy Action Plan (CEAP), Extended Producer Responsibility (EPR), and the Ecodesign for Sustainable Products Regulation (ESPR), businesses are facing increasing regulatory requirements. Almost all industries now have their own stringent circularity legislation, such as the PPWR, WEEE, and ELV directives, which are progressively tightening and compelling companies to act. Broader sustainability requirements, such as CSRD, are creating additional tailwinds. Early compliance provides businesses with a first-mover advantage, enabling access to critical materials, influencing market dynamics, and forming key partnerships for essential capabilities like logistics or external repair and recycling networks.
Cost pressure
Many companies, including business-to-business sectors, are experiencing significant cost pressure with rising raw material prices. By reducing waste and increasing use of recycled materials in production, companies that embrace circularity are better positioned to tackle cost pressure. For example, the price of copper has roughly doubled since 2016.21 21 Copper price development, Tradingeconomics
Resilience
Shifting geopolitical dynamics and disruptions, such as the 2021 Suez Canal blockage, have underscored the critical need for more resilient supply chains. Circular models enhance this resilience by enabling value chain participants to reduce dependence on finite resources. By promoting practices like localized sourcing of secondhand products and materials, circular strategies foster more stable, adaptable, and sustainable supply chains.
Technology
Technology has been helpful in decreasing the time to market for circular solutions. Technology aids in, for example, streamlining product returns, which makes circular solutions more accessible and efficient. For example, QR codes enable easy drop-off processes, allowing consumers to return products seamlessly. Practical innovations are further enhanced by advanced technologies. For instance, AI powers remote buyback models that allow consumers to scan products at home for diagnostics and receive instant price estimates in a buyback scheme. Another example of tech application for circularity is 3D printing. The technology boosts flexibility and availability of spare parts for repairs. Additionally, improved recycling technologies and advanced waste stream sorting are increasing the viability of solutions like textile recycling.
Consumer demand
Consumer demand is a key driver of the circular shift, albeit with a “say-do” gap. In a BCG study on the fashion industry, 32% of luxury consumers reported buying a secondhand item in the past 12 months.22 22 True-Luxury Global Consumer Insight Summary of the BCG-Altagamma 2023 Study Out of all participant groups, Gen Z consumers are most likely to engage in such activities. There is a positive consumer sentiment across industries toward circular models. However, a gap remains between sentiment and willingness to pay:
  • Rising awareness and support: According to a report from the Swiss Re Institute, 43% of respondents planned to support the transition to a circular economy within two years from being asked.
  • Positive sentiment, limited action: According to the same report, 74% of people believe recycling should be a top priority, but only about 35% recycle. According to our European consumer sentiment report from 2024, consumers continue to prioritize factors like affordability and convenience over sustainability.
  • High intentions but low willingness to pay: While 37% of consumers often or regularly consider sustainability in their purchase decisions, only ~19% of consumers are willing to pay more for sustainable products. However, case studies have demonstrated that circular consumers have a higher customer lifetime value driven by increased consumer loyalty, more frequent visits (e.g., they go to the store for a repair and end up paying something), and other valuable traits.

While consumer sentiment for circular models is rising globally, maturity for circular offerings varies by region. Nordic companies that are present in other geographies should be aware of the following regional trends. (See Exhibit 5.)

Circular business models are gaining popularity across the globe

Start the journey towards circularity today

Building a circular business model is often simpler when starting from scratch than transitioning from an existing linear operation. This is because circularity requires a different approach to many aspects of a company’s operations when scaled. As a result, many companies launch circularity separately from traditional operations. Circular initiatives may begin by accounting for only a small share of revenue, with linear operations remaining the primary income source. However, for an established company to fully unlock the potential of circularity, it must eventually scale and integrate circular practices into its core business and strategy—a topic explored further in this series.

Launching a pilot project is a practical way to explore circularity by focusing on a single product, service line, or specific part of the value chain. Key approaches include:

Treating pilot projects as isolated initiatives—even when successful—can lead to conflicts with traditional operations and a greater reliance on ad-hoc solutions, such as costly logistics for product returns. So, while beginning with a pilot project can be a practical first step, the full benefits of circularity are realized at scale. Scaling and industrializing circularity across business lines requires integration with traditional operations. It involves investing in circular capabilities and tools, such as pricing engines capable of handling diverse sales models, combining circular and traditional product offerings, and aligning organizational goals and incentives to ensure seamless execution. (See Exhibit 6.)

How to start the journey: Key steps in the circularity process

In summary, circularity offers a transformative opportunity for businesses to achieve sustainability goals while driving innovation and growth in response to evolving consumer demands and regulatory changes. Though the journey requires strategic investments and shifts, the benefits are compelling: reducing emissions, unlocking a €48 billion market opportunity, and decreasing dependence on finite resources.

In the next article, Scaling Circularity into Profitable Business , we will dive deeper into how companies can practically capture the circularity opportunity and scale it into a profitable business model.

This article is written by the Nordic Circularity Team, a group of professionals dedicated to advancing circular economy solutions in the region. The team includes: Nanna Gelebo (Managing Director and Partner, Stockholm), Peter Jameson (Managing Director and Partner, Stockholm, Copenhagen), Davide Urani (Managing Director and Partner, Stockholm, Milan), Elina Ibounig (Partner, Helsinki), Trine Filtenborg de Nully (Principal, Copenhagen), Marcus Bruns (Project Leader, Oslo), Marie Holtorf (Consultant, Copenhagen) and Johanna Ihrfelt (Associate, Stockholm).

Authors

Principal

Trine de Nully

Principal
Copenhagen

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