For a long time, waste management was treated by many organisations as the final stage of a product’s life. A product was manufactured, sold, consumed and eventually discarded. The business responsibility largely ended once the waste left the organisation’s premises or was handed over to an authorised waste management agency.
The circular economy requires a fundamentally different way of thinking.
Instead of asking only how waste can be disposed of responsibly, organisations need to ask how materials can remain in use for longer, how products can be designed for reuse or recovery, how resources can be recovered at the end of a product’s life and how waste generated in one process can become an input for another.
This shift is becoming increasingly relevant in India. The regulatory framework around Extended Producer Responsibility (EPR) has expanded across multiple waste streams, the Solid Waste Management Rules, 2026 have introduced stronger circular economy principles and the Government has been developing sector-specific approaches for recycling, reuse and resource recovery.
The World Circular Economy Forum (WCEF) 2026, held in Gandhinagar from 15 to 18 September, provides another indication of this broader transition. Organised by the Central Pollution Control Board (CPCB), the Ministry of Environment, Forest and Climate Change, Sitra and the Government of Gujarat among others, the forum’s theme is “Circular Economy: Transition for People and Prosperity”. Its focus extends beyond waste treatment to market transformation, sustainable resources, policy, innovation, finance and business strategies.
For businesses, this raises an important question:
Is circular economy becoming another environmental compliance requirement, or does it require organisations to rethink how products, materials and resources are managed throughout their life cycle?
The answer increasingly points towards the latter.
Circular Economy Is Different from Waste Management
Waste management generally focuses on what happens after waste is generated.
Circular economy begins much earlier.
It considers the entire journey of a product or material, starting with the resources used to manufacture it and continuing through production, distribution, consumption, reuse, repair, refurbishment, recycling and recovery.
In a linear model, the sequence is broadly:
Take → Make → Use → Dispose
A circular model attempts to change that sequence:
Design → Make → Use → Reuse → Repair → Recover → Remanufacture → Recycle
The objective is not simply to recycle more waste. It is to reduce the amount of virgin material required, extend the useful life of products and materials and retain their value for as long as possible.
This distinction matters for companies because recycling is only one component of circularity.
A company may have a highly effective waste segregation and recycling programme while still operating a largely linear business model. If its products are difficult to repair, its packaging cannot be recovered, its raw materials are predominantly virgin materials and its manufacturing process generates substantial material losses, the organisation may have improved waste management without fundamentally becoming circular.
Circular economy therefore requires organisations to move upstream.
The question becomes not only “How do we manage our waste?” but also “Why are we generating this waste in the first place?”
Why WCEF 2026 Matters to Businesses
The significance of WCEF 2026 is not simply that an international circular economy forum was hosted in India.
The forum brings together themes that are increasingly relevant to corporate decision-making: resource efficiency, material flows, innovation, financing, policy and business transformation. The official WCEF 2026 programme identifies market transformation as one of its key themes and specifically highlights circular solutions that can reshape value chains, strategies and competitive advantage.
This is an important shift in perspective.
Circular economy is increasingly being discussed not only as an environmental objective but also as a business model and resource management issue.
For manufacturers, this can influence raw material sourcing, production efficiency, product design, packaging, inventory management and waste generation.
For consumer-facing companies, it can influence packaging, take-back systems, product durability and end-of-life management.
For infrastructure and industrial businesses, it can influence material recovery, construction waste, resource efficiency and the reuse of industrial by-products.
For investors and lenders, circularity can become relevant to understanding resource dependence, regulatory exposure and long-term business resilience.
The circular economy therefore cuts across organisational functions rather than belonging exclusively to the environmental or sustainability team.
India’s Circular Economy Framework Is Becoming More Structured
India’s circular economy transition is supported by a growing set of sector-specific waste management and EPR frameworks.
The Government has identified EPR frameworks covering plastic packaging, e-waste, batteries, waste tyres, used oil, end-of-life vehicles, construction and demolition waste and non-ferrous scrap metals. These frameworks place responsibilities on producers, importers, brand owners and other relevant entities for environmentally sound management of products after their use.
EPR is particularly important because it changes the relationship between a company and the product it places in the market.
Under a conventional model, responsibility can appear to end at the point of sale.
Under EPR, the producer’s responsibility extends into the post-consumer stage.
This can include obligations relating to collection, recycling, reuse and the use of recycled content depending on the applicable waste stream and regulatory framework.
The development of online EPR portals and certificate mechanisms is also making these responsibilities increasingly data driven. The Government has stated that EPR portals are operational for several waste streams and provide functions such as registration, EPR obligation management and certificate generation.
This means that EPR is no longer simply an environmental policy concept.
It increasingly involves measurable obligations, digital records and compliance processes.
The New Solid Waste Management Rules Add Another Layer
The Solid Waste Management Rules, 2026 came into effect from 1 April 2026 and superseded the earlier 2016 rules. The revised framework incorporates principles of circular economy and EPR and introduces four-stream segregation of solid waste at source into wet waste, dry waste, sanitary waste and special care waste.
For businesses, the significance extends beyond waste segregation.
The revised approach reinforces the idea that waste management should involve defined responsibilities, traceability and environmentally sound processing rather than simply removing waste from the premises.
For large organisations, this can require closer coordination between facility management, procurement, administration, environmental teams and authorised waste processors.
Waste records also become increasingly important.
If an organisation reports that a certain quantity of waste was recycled, reused or recovered, the underlying documentation should be capable of supporting that statement.
The broader direction is therefore similar to what is happening across ESG more generally: environmental performance is becoming increasingly dependent on reliable data and evidence.
EPR Is Changing the Economics of Waste
One of the important features of India’s EPR framework is the creation of market mechanisms around environmental responsibility.
The Government has stated that EPR certificate systems can create financial incentives for recyclers, support capacity expansion and encourage technological improvements in recycling. The framework also facilitates the formalisation of parts of the recycling ecosystem.
This creates an economic dimension to circularity.
Waste is no longer necessarily viewed only as a cost of doing business.
Certain waste streams can represent recoverable materials with economic value.
For example, a manufacturing company may generate scrap that can be recovered and reused. A packaging-intensive business may be able to redesign packaging to reduce virgin material use. A consumer goods company may develop take-back mechanisms that enable material recovery. An electronics manufacturer may need to consider how valuable materials can be recovered from products at the end of their useful life.
The financial opportunity will differ by sector, material and business model.
But the underlying principle is consistent:
The longer a material remains economically useful, the greater the opportunity to retain value within the system.
Product Design Becomes a Circular Economy Decision
One of the biggest limitations of treating circularity purely as waste management is that the waste is already created by the time the waste team sees it.
Product design can determine many of the challenges that appear later.
A product may be difficult to repair because components are not easily replaceable.
Packaging may contain multiple materials that are difficult to separate.
A product may contain materials that are technically recyclable but economically difficult to recover.
A component may have a short useful life even though the rest of the product remains functional.
These design choices influence what happens at the end of the product’s life.
Circular economy therefore brings product development teams into the ESG conversation.
Designers, engineers and procurement teams may need to consider:
- Material selection
- Durability
- Repairability
- Reusability
- Recyclability
- Use of recycled content
- Ease of component replacement
- Packaging design
- Material recovery
- Product take-back
This is where circular economy begins to move from an environmental programme into a business strategy.
Supply Chains Will Also Need to Become More Circular
A company’s circularity cannot always be achieved within its own factory.
A significant part of the environmental impact associated with a product can arise before the product reaches the organisation.
Raw material extraction, processing, packaging and transportation all influence resource use and material efficiency.
This means procurement decisions can have a major role in circularity.
Companies may increasingly need to ask suppliers questions such as:
What percentage of the material is recycled?
Can the material be recovered at end of life?
What is the source of the material?
Can packaging be returned or reused?
Are recycled inputs traceable?
Can production waste be returned to the supplier or another manufacturing process?
These questions can gradually move procurement away from a purely cost-and-quality model towards a resource efficiency model.
Circular supply chains can also reduce dependence on virgin resources, although the economic and technical feasibility will vary significantly across sectors.
Circularity Is Becoming a Data Challenge
As circular economy programmes expand, measurement becomes increasingly important.
A company cannot effectively manage circularity if it does not know how much material it purchases, how much material enters production, how much becomes waste, how much is reused internally, how much is recycled and where recovered materials ultimately go.
This creates a material flow challenge.
For example:
Raw material purchased → Material entering production → Product output → Production scrap → Reuse/recovery → Waste requiring disposal
The company should ideally understand each stage.
This is particularly relevant for ESG reporting because resource use and waste management are increasingly connected to broader sustainability disclosures.
Companies may need to track information such as:
- Total material consumption
- Virgin versus recycled material
- Packaging material
- Production waste
- Hazardous and non-hazardous waste
- Waste diverted from disposal
- Recycling quantities
- Reuse quantities
- Recovered material
- EPR obligations
- EPR certificates
- End-of-life product flows
The challenge is similar to other ESG data challenges: information often sits across different departments and systems.
Procurement may hold material purchase data.
Production may hold material consumption information.
Stores may hold inventory records.
The environmental team may maintain waste records.
Finance may maintain vendor and transaction information.
Without defined ownership and reconciliation, the organisation may struggle to produce a consistent circularity picture.
Circular Economy and ESG Reporting
Circular economy is also relevant to how companies communicate their sustainability performance.
An organisation may report that it has reduced waste sent to landfill. That is useful information, but it does not necessarily explain whether the business is becoming more circular.
A stronger assessment may consider whether the organisation is reducing material consumption, increasing recycled inputs, extending product life, increasing reuse and recovering materials at end of life.
This changes the nature of sustainability conversations.
Instead of reporting only output indicators, organisations can increasingly consider resource efficiency indicators.
For example:
Linear indicator: Waste generated during the year
Circularity indicator: Percentage of material reused, recovered or recycled
Linear indicator: Virgin material consumed
Circularity indicator: Recycled content used in products
Linear indicator: Products sold
Circularity indicator: Products returned, repaired, refurbished or recovered at end of life
The appropriate metrics will depend on the company’s business model and applicable reporting requirements. There is no single circularity metric that can adequately describe every business.
The important point is to measure what is relevant to the organisation’s material resource flows.
Circular Economy Requires Cross-Functional Ownership
A circular economy strategy cannot sit entirely with the sustainability team.
Product teams influence design.
Procurement influences materials.
Operations influence efficiency and scrap.
Finance influences capital allocation.
Marketing influences product positioning and customer behaviour.
Supply chain teams influence logistics and reverse flows.
Facilities teams influence waste management.
IT can influence traceability and data systems.
Senior management determines whether circularity is treated as a compliance activity or as part of the business strategy.
This makes governance particularly important.
A company may have an EPR compliance officer but still lack a broader circular economy strategy.
Similarly, a company may have a recycling target without understanding how its product design contributes to waste generation.
Circularity requires these individual initiatives to be connected.
The Business Case Is Not the Same for Every Company
It is important not to assume that every circular economy initiative will automatically produce financial benefits.
Some interventions may require significant investment.
Re-designing products can involve research and development costs.
Reverse logistics can increase operational complexity.
Recycled materials may have availability or quality constraints.
Take-back programmes may require new infrastructure.
Refurbishment can require additional labour and technical capabilities.
The business case therefore needs to consider the full economics.
At the same time, companies should consider the potential value of reducing exposure to volatile raw material prices, improving resource efficiency, developing new revenue models and strengthening resilience against supply disruptions.
Circularity can also create opportunities for new business models.
Instead of selling a product once, a company may explore leasing, product-as-a-service, refurbishment or take-back models where commercially appropriate.
These models can change the relationship between the company and the customer.
The product remains connected to the manufacturer for longer, creating opportunities for repair, refurbishment and material recovery.
India Is Moving Towards a Resource-Efficient Economy
The scale of India’s circular economy transition is visible in the expansion of EPR systems and recycling infrastructure.
As of August 2026, the Ministry of Environment, Forest and Climate Change stated that more than 83,000 producers and 4,802 recyclers were registered under various EPR frameworks and that nearly 482.24 lakh metric tonnes of waste had been processed across regulated waste streams.
Earlier Government data from March 2026 also showed significant activity across plastic, battery, tyre, e-waste and used oil waste streams, with 4,574 registered recyclers and more than 417 lakh metric tonnes of waste processed across those categories at that point.
These numbers illustrate the scale at which circularity is becoming institutionalised.
However, the existence of recycling infrastructure alone does not make an economy circular.
Circularity ultimately depends on what happens before the waste reaches the recycler.
It depends on product design, consumer behaviour, collection systems, material quality, recycling economics, secondary material markets and the ability of businesses to incorporate recovered materials back into production.
What Businesses Should Start Doing
Companies do not need to wait for a comprehensive circular economy law or a sector-specific mandate before assessing their circularity.
A practical starting point is to map the organisation’s major material flows.
Which raw materials are most heavily consumed?
Which materials are difficult to recover?
Where is production waste generated?
Which waste streams are subject to EPR?
What percentage of materials are virgin versus recycled?
How much product reaches the end of its useful life?
What happens after that?
The next step is to identify opportunities across the value chain.
For some companies, the priority may be packaging redesign.
For others, it may be increasing recycled content.
For another business, it may be improving scrap recovery.
For a consumer-facing company, take-back or refurbishment may be more relevant.
For an industrial business, industrial symbiosis may provide opportunities to use one process’s by-product as another process’s input.
The strategy should therefore emerge from the organisation’s actual material flows rather than from a generic list of circular economy initiatives.
From Waste Reduction to Value Retention
The most important change brought by the circular economy is a change in the definition of waste.
In a linear economy, waste represents the end of value.
In a circular economy, waste can represent a failure to retain value within the system.
This does not mean every material can or should be recycled indefinitely. Some materials will inevitably require disposal and some circular solutions may not be technically or economically viable.
But it does change the question businesses should ask.
Instead of starting with:
“How can we dispose of this waste responsibly?”
Organisations can increasingly ask:
“How can we avoid generating it, extend the useful life of the material, recover its value or keep it within the production system?”
That is the strategic difference between waste management and circular economy.
How ESG360 Supports Organisations
ESG360 supports organisations in developing structured approaches to ESG management, materiality assessment, ESG policy development, sustainability reporting and environmental data management.
As circular economy requirements expand, organisations need to understand not only their waste generation but also the broader flow of materials through their operations and value chain. This includes assessing relevant environmental obligations, identifying material and waste data points, strengthening documentation and developing processes that allow organisations to monitor resource efficiency and circularity-related performance.
For companies subject to EPR requirements, circular economy readiness also requires coordination between sustainability, procurement, operations, supply chain, product teams and compliance functions.
WCEF 2026 reinforces a broader direction for businesses: circularity is moving beyond the waste management function and into questions of resource efficiency, product design, value chains, innovation and business strategy.
The future of circular economy will therefore not be defined only by how much waste is recycled.
It will increasingly be defined by how effectively businesses can keep resources in use and retain their value.