Nov 13: The global economy is gradually moving beyond the traditional model of producing, consuming and discarding products. Rising raw material costs, supply chain pressures, environmental concerns and changing consumer expectations are encouraging businesses to rethink how products are designed, used and recovered. This transition is creating a significant commercial opportunity through the circular economy.
Repairing products instead of replacing them, refurbishing used equipment, reselling pre-owned goods and recovering valuable materials are becoming important business activities across industries. From electronics and automobiles to textiles, furniture and industrial machinery, companies are discovering ways to generate additional value from products that would otherwise become waste.
What was once viewed mainly as an environmental responsibility is increasingly becoming a business strategy that can diversify revenue, reduce costs, strengthen supply chains and create new markets.
Understanding the Circular Economy
The circular economy is an economic model that aims to keep products, components and materials in use for as long as possible. Unlike the traditional linear model of ‘take, make and dispose’, it focuses on reducing waste through repair, reuse, refurbishment, remanufacturing and recycling.
Repair extends a product’s useful life by fixing damaged or faulty components. Reuse allows products to serve another customer without major changes, while refurbishment restores used products to good working condition. Remanufacturing involves rebuilding products or components to meet defined performance and quality standards. Recycling recovers materials for use in new products when further product use is no longer practical.
Together, these activities help reduce dependence on virgin raw materials, limit waste generation and retain economic value within supply chains.
The Commercial Case: A Growing Global Economic Opportunity
The financial potential of circular business models is attracting increasing attention from companies, investors and policymakers. According to the Global Circularity Gap Report 2026, developed by Circle Economy in collaboration with Deloitte Netherlands, the global economy loses an estimated €25.4 trillion in value annually through inefficient production, resource use and premature disposal. The report identifies this as a major opportunity to retain value through better management of products, materials and infrastructure.
The report also identifies significant losses from end-of-life waste, estimated at €10 trillion, and the deterioration or underutilisation of long-term assets, estimated at €5.2 trillion. These findings highlight why maintenance, repair, reuse and resource recovery are becoming important economic priorities.
Another important finding comes from the Circularity Gap Report 2025 by Circle Economy and Deloitte. It estimates that only 6.9% of materials entering the global economy come from secondary sources. This indicates that the majority of economic activity continues to depend on newly extracted resources, leaving considerable scope for businesses to expand the use of recovered materials.
The Ellen MacArthur Foundation also identifies substantial commercial potential in circular business models. Its 2025 analysis suggests that circular markets in Europe alone could be worth €1.5 trillion by 2040. These findings demonstrate that circularity is becoming more than a sustainability concept; it is an emerging opportunity for business growth and investment.
Repair and Refurbishment: A Growing Business Opportunity
The repair and refurbishment industry is gaining importance as consumers and businesses seek affordable alternatives to purchasing new products. Smartphones, laptops, home appliances, vehicles and industrial equipment all offer opportunities for repair-based services.
For consumers, repairing a product can be more economical than replacing it. For businesses, refurbishment creates opportunities to acquire used equipment, restore it and resell it at competitive prices. Professionally refurbished electronics, for example, can attract customers seeking reliable devices at lower prices.
Manufacturers and service providers can also benefit by developing authorised repair networks, offering maintenance contracts and generating revenue through replacement components and after-sales services. Modular product designs and accessible spare parts can further support this market.
The growing importance of repair is also reflected in recent policy discussions. The Ellen MacArthur Foundation’s 2026 report, The New Bottom Line: Policy Levers to Scale Resale and Repair for Fashion, highlights the potential of repair and resale businesses to generate revenue, support local employment and strengthen economic resilience. It also identifies labour costs and taxation as barriers to making these activities commercially competitive.
Reuse and Resale: Extending Product Lifecycles
Reuse is another important pillar of the circular economy. Products that are no longer required by one consumer may still have considerable value for another. Online resale platforms, second-hand marketplaces, rental services and product-sharing models are making this exchange easier.
The model is expanding across clothing, electronics, furniture, books and automobiles. Businesses can generate revenue by collecting used products, assessing their condition, restoring them where necessary and connecting them with new buyers.
Manufacturers can also introduce take-back and buyback programmes to recover products at the end of their first ownership cycle. These products can then be repaired, refurbished, resold or dismantled to recover valuable components.
For companies, resale creates an additional revenue channel while helping build customer relationships beyond the initial purchase. It can also attract price-conscious consumers who may not otherwise purchase new products from premium brands.
Technology Is Accelerating the Circular Economy
Digital technology is making repair, reuse and resource recovery more efficient. Artificial intelligence, data analytics, Internet of Things (IoT) systems and digital marketplaces are helping businesses manage products and materials throughout their lifecycles.
AI can identify faulty components, support product grading and improve maintenance planning. IoT sensors can monitor equipment performance and help businesses detect problems before major failures occur. Digital marketplaces can connect customers with repair professionals, spare-parts suppliers and refurbished-product sellers.
Digital Product Passports are another emerging development. They can provide information about product composition, origin, repair history and recyclability, helping businesses make better decisions about maintenance, resale and material recovery.
These technologies can improve transparency, reduce operational costs and make circular supply chains more efficient.
India’s Growing Circular Economy Opportunity
India has significant potential to expand its circular economy because of its large consumer market, growing manufacturing sector and demand for affordable products. Repair and reuse are already familiar practices across Indian households and local businesses. The opportunity lies in making these activities more organised, technology-enabled and commercially scalable.
The electronics sector offers considerable scope through mobile phone repair, refurbished computers, component recovery and e-waste recycling. The automobile industry can benefit from the refurbishment of vehicle components, battery recovery and reuse of materials. Similarly, textiles and apparel businesses can explore resale, repair, recycling and alternative uses for discarded fabrics.
Recent government data highlights the scale of the opportunity. According to a December 2025 response by the Ministry of Environment, Forest and Climate Change in Parliament, India generated approximately 13.98 lakh metric tonnes of e-waste in FY 2024–25, while around 11.59 lakh metric tonnes were recycled, based on CPCB estimates. The growing volume of electronic waste creates demand for organised collection, refurbishment, recycling and material recovery businesses.
Government initiatives such as the E-Waste (Management) Rules, 2022, and the Battery Waste Management Rules, 2022, provide regulatory frameworks for improving waste management and resource recovery. Extended Producer Responsibility (EPR) also requires producers to take greater responsibility for the collection and environmentally sound management of products after use.
These developments can create opportunities for startups, small businesses, manufacturers, logistics providers and specialised recycling companies. They can also support employment and the development of domestic resource recovery capabilities.
Core Business Models Driving Circular Economy Growth
The circular economy is creating several business models that allow companies to generate revenue across the entire lifecycle of products.
- Product-as-a-Service (PaaS): Instead of selling equipment outright, companies offer access through subscriptions, leasing or pay-per-use arrangements. This can generate recurring revenue while allowing manufacturers to retain control over valuable assets.
- Repair and Modular Maintenance: Businesses provide authorised repair services, replacement parts and modular upgrades. This extends product lifecycles, supports customer retention and can reduce warranty replacement costs.
- Re-Commerce and Refurbishment: Companies acquire used products, inspect and restore them, and resell them through online or offline channels. This creates additional revenue opportunities and reaches customers seeking affordable alternatives.
- Remanufacturing: Used industrial components are disassembled, cleaned, repaired and rebuilt to meet required performance standards. This can reduce material and manufacturing costs while creating value in sectors such as automotive, aerospace and industrial equipment.
- Take-Back and Material Recovery: Manufacturers collect used products and recover reusable components and raw materials for future production. This can reduce dependence on virgin resources and strengthen supply chain resilience.
Together, these models allow companies to move beyond one-time sales and capture value through maintenance, resale, leasing and recovery activities.
Strategic Business Benefits of Circularity
The growing adoption of circular business models is driven by several commercial advantages.
- Revenue Diversification: Companies can generate additional income through repair services, subscriptions, refurbished product sales, replacement parts and material recovery.
- Supply Chain Resilience: Recovering valuable components and materials can reduce dependence on virgin raw materials, imported resources and volatile commodity markets.
- Cost Efficiency: Extending equipment life, reducing production waste and reusing components can help lower procurement and operational expenses.
- Customer Retention: Trade-in programmes, repair services, modular upgrades and affordable resale options can strengthen customer loyalty and create long-term relationships.
- Regulatory Readiness: Businesses that establish collection, recovery and recycling systems can prepare for expanding EPR requirements and other resource-efficiency regulations.
- Competitive Differentiation: Companies that offer durable, repairable and refurbished products can appeal to customers who value affordability, reliability and responsible consumption.
Strategic Challenges and Enablers for Scaling
Despite its potential, the circular economy faces several operational and financial challenges. Collecting used products from widely distributed customers can be expensive, while sorting, testing, repairing and transporting them requires specialised infrastructure.
Many products are also difficult to repair because of complex designs, limited spare-parts availability or restricted access to diagnostic tools. Companies need to consider these issues during product development rather than treating repairability as an afterthought.
Several important enablers can help businesses overcome these barriers.
- Reverse Logistics Optimisation: Companies need efficient collection networks, trade-in incentives, automated drop-off facilities and regional refurbishment centres to recover used products economically.
- Design for Disassembly: Products designed with modular components, standardised fasteners and accessible parts are easier to repair, upgrade and recycle.
- Digital Traceability: Digital Product Passports, IoT sensors and AI-based sorting can help businesses track material composition, verify product authenticity, assess condition and improve recovery processes.
- Skilled Workforce Development: Repair, refurbishment and recycling require trained technicians, engineers and quality-control professionals. Investment in vocational training will be essential for expanding these services.
- Financial and Policy Support: Appropriate financing, infrastructure investment, consistent standards and effective EPR implementation can improve the commercial viability of circular businesses.
Informal recycling practices also need attention. Particularly in electronics and battery recovery, unsafe handling can create environmental and occupational health risks. Integrating informal workers into safer, organised value chains will be important for sustainable growth.
The Future: Building Businesses Around Resource Efficiency
The circular economy is expected to become increasingly important as businesses face pressure to manage costs, reduce waste and use resources more efficiently. Repair, reuse, refurbishment and recycling are no longer limited to small service activities; they are becoming important elements of modern business strategies.
For India, this transition offers an opportunity to build new enterprises, generate skilled employment, strengthen domestic supply chains and reduce dependence on certain imported raw materials. Manufacturers that design products for durability and repairability, alongside businesses that develop efficient resale and recovery networks, could gain competitive advantages.
Ultimately, the success of the circular economy will depend on changing how products are designed, sold, maintained and recovered. The next phase of economic growth may not come only from producing more new products, but also from creating greater value from the resources and products already in circulation.
Repair and reuse are therefore no longer just environmental practices. They are becoming the foundation of a new business ecosystem—one where resource efficiency, innovation and commercial growth can work together.