Executive summary

India generates an estimated 7.07 million tonnes of textile waste annually, of which nearly 42 per cent is generated before products reach consumers, during spinning, weaving, knitting, processing, and garment manufacturing (MoT 2026). Unlike post-consumer waste, pre-consumer textile waste is relatively homogeneous and less contaminated, making it well suited to reuse and high-value recycling (Lau 2015; Fashion for Good 2022).

Pre-consumer textile waste is generated during production and manufacturing processes, including combing, carding, spinning, weaving, and garmenting, at various stages of the textile value chain (MoT 2026). It typically includes rejected or defective products, short fibres and dust, yarn and fabric scraps, fabric rejects, and apparel deadstock (Fashion for Good 2022). However, the transition from recovery to highervalue circularity remains constrained by systemic inefficiencies across the value chain (Lau 2015).

Strengthening the management of pre-consumer textile waste can improve resource efficiency, reduce dependence on virgin materials, and support India’s transition towards circular manufacturing.

India’s textile recycling sector is projected to reach a market value of USD 3.5 billion by 2030, with the potential to generate approximately one lakh green jobs by 2030 (MoT 2026).

Globally, approximately one lakh tonnes of textile waste is generated annually, although this estimate covers all textile waste rather than pre-consumer waste specifically (UNEP 2025). Only around 12–15 per cent of textile waste enters recycling systems, while less than 1 per cent is recycled into new clothing (Taneja et al. 2025). Global policy responses are increasingly focusing on producer responsibility, circular design, and markets for recycled content. Regulations such as the European Union’s Ecodesign for Sustainable Products Regulation, alongside emerging producer responsibility frameworks, are accelerating the transition towards circular textile value chains (European Commission 2026). These developments highlight the importance of establishing enabling policy and market conditions alongside driving investments in the recycling ecosystem.

In India, however, the pre-consumer textile waste ecosystem remains fragmented. Collection and aggregation rely substantially on decentralised networks of brokers, traders, and informal intermediaries, while recycling infrastructure is concentrated in established clusters such as Panipat in Haryana, Tiruppur in Tamil Nadu and Amroha in Uttar Pradesh. The resulting fragmentation and multiple handovers of material increase logistics costs. This makes it difficult to track waste flows, material quality, and final destinations, limiting transparency and constraining higher-value circularity (Fashion For Good 2022; GIZ 2023; MoT 2026). Financial constraints further limit the growth of enterprises across the textile recovery and recycling value chain, particularly for small and growing businesses (SGBs) occupying the ‘missing middle’1 of enterprise finance (Hornberger et al. 2018).

Against this backdrop, this study examines India’s pre-consumer textile waste ecosystem across the aggregation, sorting, and recycling stages of the value chain. The analysis combines secondary research with primary research involving 12 entities across India, comprising field visits to five textile recovery facilities (TRFs) and surveys of seven recycling enterprises, innovators, and solution providers across India. It also applies the Dalberg SGB Segmentation Framework to classify enterprises based on their market growth and scale potential, product or service innovation profile, and entrepreneur behavioural attributes. Based on this classification, it identifies financing pathways suitable for different enterprise types (Hornberger et al. 2018).

Key findings

India’s textile sorting, aggregation, and recycling ecosystem faces six overarching barrier themes

The study engaged with five textile recovery facilities (TRFs) and seven textile recycling enterprises, innovators, and solution providers across India. Across the TRFs engaged in the study, common barriers included fragmented waste-sourcing systems, fully manual sorting and grading, and inadequate storage and infrastructure. TRFs also face irregular offtake and high transportation and operating costs, which constrain their profitability and ability to scale. These barriers also limit investment in technology and infrastructure.

Barriers across India’s pre-consumer textile recycling ecosystem cluster into six themes. Technology (23 per cent) and finance (22 per cent) together account for nearly half of identified barriers, driven by challenges in separating fibre blends, manual sorting bottlenecks, high capital requirements and limited access to affordable and green finance. Infrastructure (16 per cent) and market (15 per cent) barriers follow, including limited shared facilities and infrastructure needed to support textile recycling at scale. Operational and policy/systemic barriers (13 per cent each) include high energy and logistics costs and absence of an enabling regulatory framework for textile circularity.

Financial barriers cut across these constraints. The surveyed enterprises highlighted high upfront capital requirements, working-capital shortages, volatile feedstock prices, and limited access to affordable bank credit and green finance. These financing constraints limit enterprises’ ability to invest in infrastructure and machinery, adopt new technologies, expand operations, and respond to market opportunities. Addressing the six barriers therefore requires an enabling policy environment and coordinated support across policy, infrastructure, technology, market, finance, and operations.

The ecosystem is heterogeneous and requires differentiated financing pathways based on enterprise characteristics

The 12 entities surveyed vary substantially in scale, business model, technology, and market orientation, as well as in their degree of automation, machinery requirements, digitalisation, and product markets. This heterogeneity creates distinct financing needs. Design-led enterprises may require smaller-ticket capital and market-development support, while Image: CEEW 4 established mechanical recyclers require working capital, machinery finance, and credit enhancement. Technology-led ventures require patient risk capital to develop and commercialise new technologies. Conventional MSME classifications based primarily on turnover or enterprise size therefore do not adequately capture these differences.

The study applies the SGB Segmentation Framework to classify enterprises based on their market growth and scale potential, product or service innovation profile, and entrepreneur behavioural attributes, and link these characteristics to more appropriate financing pathways. This provides a basis for differentiated financing rather than a single financing solution for textile recycling enterprises, with financial instruments aligned with enterprise characteristics and growth trajectories rather than enterprise size alone.

Recommendations

India’s transition towards a circular textile economy will require an enabling policy environment and differentiated financing pathways. Targeted ecosystem support from policymakers and private financial institutions can further accelerate investment and strengthen India’s pre-consumer textile waste recycling ecosystem (MoT 2025a, MoT 2026).

The recommendations address six interconnected barrier themes across the textile sorting, aggregation, and recycling ecosystem: policy and systemic, infrastructure, technology, market, finance, and operations. The mapping below shows how individual recommendations respond to multiple barriers identified through consultations with TRFs, recycling businesses, innovators, and solution providers, highlighting the need for coordinated action across the ecosystem.

Figure ES1. Six recommendations mapped against interconnected barriers across the textile sorting, aggregation, and recycling ecosystem

The study recommends the following actions

• Include textile waste within the regulatory framework. Unlike plastic waste, municipal solid waste, construction and demolition (C&D) waste, e-waste, biomedical waste, and hazardous waste, which are governed through dedicated management rules under the Environment (Protection) Act, 1986, textile waste currently lacks a comparable regulatory framework. Bringing textile waste within a dedicated regulatory framework could include provisions for producer responsibility and measures to encourage the use of recycled textile content, while clearly defining roles and responsibilities across the textile value chain.
• Adopt differentiated financing pathways for textile SGBs. Enterprises operating within India’s pre-consumer textile waste ecosystem are heterogeneous and require different forms of capital depending on their growth potential, innovation profile, entrepreneur behaviour, and stage of development. The segmentation framework provides a useful approach to understanding these differences and aligning enterprises with financing instruments appropriate to their growth trajectories. Financial institutions, development finance institutions, state governments, and impact investors could therefore adopt differentiated financing pathways that address both enterprise-specific financing needs and the market gaps that constrain access to capital.
• Recognise textile waste management as a priority green manufacturing activity. The survey findings indicate that textile recyclers and TRFs currently access largely the same financial schemes as conventional textile manufacturers, despite generating additional environmental benefits through waste diversion, resource recovery, and reduced dependence on virgin materials. Several state governments have already introduced targeted support for recycling infrastructure and machinery, demonstrating the feasibility and scalability potential for differentiated incentives. At the national level, integrating textile recycling into existing Ministry of Textiles (MoT) and MSME financing programmes could help accelerate formalisation and encourage greater participation by SGBs in India’s circular economy transition.
• Strengthen innovation ecosystems and accelerate technology commercialisation. The survey identifies technological limitations, including those related to fibre separation, blended-textile processing, contamination removal, and automation, as major constraints to scaling higher-value recycling solutions. Future interventions should strengthen collaborative research among industry, start-ups, research institutions, and technology centres to develop feasible solutions for fibre identification, automated sorting, fibre-to-fibre recycling, and digital traceability.
• Promote circular manufacturing through upstream design and resource-efficient operations. Unlocking finance should be complemented by efforts to strengthen the operational resilience and competitiveness of enterprises across the textile value chain. Survey responses highlight high utility costs, raw material price volatility, and operational inefficiencies as key barriers affecting profitability.
• Build stronger markets for recycled textiles through policy and producer responsibility mandates. Circularity can be unlocked through predictable market demand and supportive regulatory frameworks. Survey respondents consistently highlighted uncertain market demand, fragmented supply chains, and inconsistent feedstock availability as major barriers to growth. National platforms such as Bharat Tex 2026 offer opportunities to strengthen industry collaboration, showcase circular innovations, and facilitate market linkages among brands, recyclers, investors, and technology providers. The MoT, the Ministry of Environment, Forest and Climate Change, textile brands, and industry associations should work together to strengthen markets for recycled textiles through producer responsibility mechanisms, quality standards, and demand-side interventions.