Circular Economy in India: Needs, Initiatives, and Challenges

India generates over 62 million tonnes of municipal solid waste every year, yet only a fraction of it is scientifically processed. At the same time, the country imports nearly 85% of its crude oil and significant quantities of minerals and metals – materials that could, in principle, be recovered from domestic waste streams. This growing contradiction between what India discards and what it desperately needs is precisely what the circular economy (CE) seeks to resolve. Unlike the conventional linear model of “take-make-dispose,” a circular economy is designed to keep materials in use for as long as possible – through reduction, reuse, repair, remanufacturing, and recycling. For a resource-intensive, rapidly urbanising nation like India, embracing CE principles is not just an environmental aspiration; it is an economic and developmental necessity.

Why India urgently needs a circular economy 🔗

India’s case for transitioning to a circular economy rests on several compounding pressures – waste management failures, resource depletion, pollution, and a worsening climate crisis.

Waste crisis and resource loss 🔗

India’s urban centres generate an estimated 55 million tonnes of solid waste annually, and the infrastructure to manage it is severely strained. Towering garbage dumps around Delhi-NCR dominate the landscape, functioning as epicentres of disease and contamination. The Ghazipur landfill in Delhi alone is estimated to emit 15.3 gigagrams of methane annually – accounting for roughly 1-3% of India’s total methane output from this single site. Meanwhile, India generates close to 26,000 tonnes of plastic a day, of which over 10,000 tonnes go uncollected by the Central Pollution Control Board’s (CPCB) own estimates. These are not abstract statistics – they represent resources permanently lost from the economy.

Resource depletion and import dependency 🔗

Rapid population growth and industrialisation have intensified India’s demand for raw materials at a time when their availability is shrinking. Rapid population growth in India has led to depletion of natural resources, and the extraction of those resources carries heavy environmental costs – including elevated energy consumption and CO₂ emissions. A circular economy directly addresses this by substituting virgin raw materials with recovered secondary materials, reducing both import dependency and environmental damage.

Pollution and climate change 🔗

The environmental fallout from mismanaged waste is far-reaching. Open dumping and burning of waste release toxic pollutants into air, soil, and water. Plastics leave a substantial carbon footprint throughout their lifecycle, accounting for 3.4% of global greenhouse gas emissions – and much of India’s plastic waste is neither collected nor formally recycled. Policy gaps, weak regulatory enforcement, and inadequate funding have compounded these issues, making the connection between waste mismanagement and climate vulnerability increasingly hard to ignore.

According to a NITI Aayog report, India’s material circularity rate is below the global average, hovering around 9.1% – a stark indicator of how much ground remains to be covered.

Key government initiatives promoting circular economy in India 🔗

India has responded to these challenges with a growing suite of institutional and policy-level interventions designed to shift the country from a linear to a circular economic model.

Circular Economy Cell in NITI Aayog 🔗

The Circular Economy Cell (CE Cell) was constituted in NITI Aayog in September 2022 as a dedicated unit to work on circular economy implementation. It has finalised 10 sectoral CE action plans for implementation by stakeholder ministries and departments, covering areas such as electronic waste, lithium-ion batteries, end-of-life vehicles, scrap metal, municipal solid waste, and tyres. The CE Cell also coordinated with the Ministry of Road Transport and Highways (MoRTH) to operationalise the Vehicle Scrapping Programme and develop strategies for retiring unfit government vehicles. More recently, in January 2026, NITI Aayog launched three comprehensive reports on circular economy for end-of-life vehicles, waste tyres, and e-waste and lithium-ion batteries, providing actionable recommendations for infrastructure development, sector formalisation, and strengthening the Extended Producer Responsibility (EPR) framework.

E-Waste Management Rules 🔗

India’s e-waste challenge is escalating rapidly. E-waste in India is projected to rise from 6.19 million metric tonnes in 2024 to 14 MMT by 2030, driven partly by surging electric vehicle adoption. The E-Waste (Management) Rules, first introduced in 2011 and significantly revised in 2022, place the burden of responsible disposal on producers through EPR – requiring them to set up collection systems and meet recycling targets. However, nearly 82% of e-waste in India continues to be handled by the informal sector, which operates without proper safety equipment or environmental controls, creating significant health and pollution hazards.

Plastic Waste Management Rules 🔗

The Plastic Waste Management Rules, first notified in 2016 and amended in 2022, form the legal foundation for EPR in India – obligating producers, importers, and brand owners to establish systems for sustainable collection, segregation, recycling, and disposal of plastic packaging. The 2022 amendment also phased out specific single-use plastic (SUP) items and raised the minimum thickness of plastic carry bags. The lack of processes and infrastructure for collection, segregation, and recycling of plastic waste remains a key challenge in translating these rules into real-world outcomes.

Waste to Wealth Mission 🔗

One of the nine scientific missions under the Prime Minister’s Science, Technology and Innovation Advisory Council (PM-STIAC), the Waste to Wealth Mission aims to identify, test, validate, and deploy technologies to treat waste – generating energy, recycling materials, and extracting resources of value. The mission supports urban local bodies by providing a technology database of national and international waste treatment solutions. It also works to create financially viable circular economic models by augmenting the Swachh Bharat and Smart Cities initiatives. Savings from circular economy in India were estimated at 624 billion USD by the year 2050 according to a KPMG study cited within Mission documents – underlining the enormous economic stakes of getting this right.

National Circular Economy Framework (NCEF) 2024 🔗

The Confederation of Indian Industry (CII) published the second edition of the National Circular Economy Framework (NCEF) 2024, which broadened its scope from six to sixteen focus sectors, now including liquid waste, scrap metal, li-ion batteries, solar panels, hazardous waste, used oil, agriculture waste, tyres, end-of-life vehicles, and textiles. Built on three pillars – resource conservation, waste reduction, and climate resilience – the NCEF 2024 is aligned with India’s Nationally Determined Contributions (NDCs), the UN Sustainable Development Goals, and the Mission LiFE (Lifestyle for Environment) initiative. It also establishes measurable targets to reduce transition costs and promotes cross-sector collaboration with an emphasis on data management and consistent progress tracking.

Challenges hindering circular economy adoption in India 🔗

Despite this policy momentum, the gap between ambition and ground-level implementation remains wide. Several interconnected barriers continue to slow India’s circular transition.

Lack of awareness and unclear vision 🔗

There is a lack of clear vision towards the end-goal of India’s circular economy mission, and persistent gaps in the actual implementation of policies. Beyond the policy level, limited awareness and insufficient capacity-development initiatives restrict community participation, making it difficult to shift consumer behaviour toward sustainable practices. Without broad stakeholder engagement – from households to industries – the circular economy cannot achieve its full potential.

Reluctance of industries 🔗

Industry is also reluctant to adopt the circular economy model due to supply chain limitations, lack of incentives to invest, and complex recycling processes. Many CE efforts are currently concentrated at the very end of value chains – focusing on end-of-pipe waste treatment rather than redesigning products and processes from the start. This results in sub-optimal economic and environmental outcomes. A streamlined framework providing fiscal incentives for businesses to complete the supply chain and procure recycled or secondary raw materials would be a meaningful corrective step.

Infrastructural limitations 🔗

Fragmented and inefficient capacity across supply chains for waste collection, material recovery, and reprocessing is a core structural barrier. Inefficient transportation and logistical gaps increase costs, lead to delays, and create bottlenecks in waste management systems, while poor handling practices result in material contamination that diminishes recyclability. India also lacks reliable panel data on waste generation and composition, which makes planning and investment decisions difficult for both government bodies and private sector players.

Informal sector integration challenges 🔗

India’s waste management system depends heavily on an informal workforce of waste pickers and rag pickers who operate without legal recognition, safety protections, or fair wages. The lack of integration of the informal sector into the mainstream recycling industry limits their involvement to only certain fractions of waste, while these workers remain exposed to significant health risks. Without regulatory acknowledgement and structured engagement of this workforce, circular economy policies will remain disconnected from the practical realities of how waste actually moves in India.

Cultural resistance to recycling and reuse 🔗

The role of the informal sector and the lack of integration between informal waste collection and formal recycling systems results in inefficiencies, lost synergies, and resource leakage. At the consumer level, a preference for new products over refurbished ones, and scepticism about the quality of recycled materials, acts as a cultural barrier. There is a need to cultivate community awareness and change the attitude of people towards waste, as this is fundamental to developing sustainable waste management systems. Encouragingly, younger urban demographics are showing greater openness to sustainable consumption, which offers a long-term pathway out of this cultural inertia.

The road ahead 🔗

India’s circular economy journey is progressing, but unevenly. The institutional architecture is taking shape – NITI Aayog’s CE Cell, the NCEF, EPR frameworks for four waste streams, and the Waste to Wealth Mission all point toward a more coherent national strategy. India’s transition to a circular economy requires robust partnerships between the government, private sector, and citizens, as senior officials noted at the Indian Circular Economy Forum 2024. Cities like Indore and Pune have demonstrated that circular waste management is achievable at scale when governance, community participation, and technology are aligned. The real challenge now is replicating these successes nationally and embedding circularity not just in policy documents, but in industrial design, procurement decisions, and everyday consumer choices.

From agriculture waste to end-of-life vehicles, from plastic packaging to lithium-ion batteries, the NCEF 2024 reaffirms India’s commitment to building a resource-resilient circular economy – one that drives economic development while integrating environmental responsibility and social equity. Whether that commitment translates into on-the-ground transformation will depend on closing the gap between policy design and implementation.

What do you think? Given India’s infrastructure gaps and the dominance of the informal waste sector, which challenge do you think poses the biggest obstacle to a genuine circular economy transition – policy enforcement, industry reluctance, or public behaviour? And do current incentive frameworks go far enough to make circular practices economically attractive for Indian businesses?

References

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