Tuesday, October 13, 2026

Introduction

The textile industry is facing a structural challenge: the volume of materials produced and discarded is growing faster than the systems available to recover their value. Every year, the global textile sector generates an estimated 92 million tonnes of textile waste. In 2023, recycled sources accounted for only 8% of global fibre inputs, while less than 1% of the fibre market came from textile-to-textile recycling. These figures, reported by the United Nations Environment Programme (UNEP) in its 2025 publication, illustrate the gap between the scale of textile waste and the industry’s ability to return discarded materials to productive use.

For Africa, this challenge has a distinct industrial dimension. The continent is seeking to expand textile manufacturing, create productive employment and capture more value from its agricultural and material resources. At the same time, its countries face different combinations of waste-management constraints, limited recycling infrastructure, growing used-clothing markets and fragmented textile value chains. Materials that could potentially support new production activities are often not collected systematically, separated by composition or connected to manufacturers capable of using recovered fibres.

This creates an opportunity to reconsider textile waste as more than an environmental liability. Manufacturing offcuts, discarded fabrics and selected post-consumer textiles can potentially become inputs for new products, provided they are suitable for reuse or recycling and can be recovered at an economically viable cost. Collection, sorting, repair, material recovery, recycled-yarn production and recycling technologies could support new enterprises and specialised industrial activities. The opportunity, however, depends on the characteristics of the material, the technology available and the existence of buyers for the resulting products.

Africa’s circular textile opportunity should therefore not be reduced to installing recycling machinery or encouraging consumers to dispose of clothing responsibly. It requires the development of a complete industrial system that connects waste generators, collectors, sorters, recyclers, textile manufacturers, investors and markets. Without these connections, recycling initiatives risk remaining small, fragmented projects with limited effects on industrial capacity.

The distinction between waste management and industrial development is fundamental. Waste management seeks to collect, treat or dispose of discarded materials safely. A circular industrial strategy asks a further question: which materials can be recovered, transformed and returned to productive use, and what capabilities must be built to make that process commercially viable? For Africa, answering this question could open a new pathway for industrial diversification. 

Understanding Africa’s Textile Waste Streams

Before considering recycling technologies or investment opportunities, Africa needs to distinguish between the different types of textile materials that enter waste streams. They differ in composition, condition, recoverability and potential economic value. A strategy that treats all discarded textiles as a single category will struggle to identify the most appropriate collection systems, technologies and markets.

The first category is pre-consumer and industrial textile waste. This includes cutting-room offcuts, fabric remnants, yarn waste, rejected materials and production scraps generated by textile mills and garment factories. Because these materials originate within manufacturing operations, their composition and source may be easier to identify than those of discarded consumer garments. Where production processes generate consistent volumes of clean, segregated waste, manufacturers can potentially supply recyclers with more predictable feedstock. These materials may be suitable for reuse, repurposing or mechanical recycling, depending on their fibre composition and condition.

Egypt provides a useful regional example. A waste-mapping survey commissioned by the United Nations Industrial Development Organization (UNIDO) estimated that the country’s textile and clothing industry generated approximately 212,000 tonnes of pre-consumer textile waste in 2019. UNIDO identified significant potential to redirect suitable portions of this material into textile-to-textile recycling and return it to the value chain. The example illustrates how manufacturing waste can represent both an environmental challenge and a potential source of industrial raw materials.

The second category is post-consumer textiles: clothing, household fabrics and other textile products discarded by their previous owners. These materials present a more complex recovery challenge because they vary in condition, fibre composition, colour, construction and contamination. Some garments can be reused or repaired with relatively little processing. Others may be suitable for repurposing or recycling, while some are too damaged or technically unsuitable for practical recovery. Effective systems must distinguish among these possibilities rather than directing all discarded garments towards the same treatment.

The third category consists of unsold and surplus textile products, including excess inventory and products that have not found buyers. Such materials may retain substantial use value, making resale, redistribution or other forms of reuse preferable to immediate recycling. The longer-term industrial objective should also include reducing unnecessary production and overstocking, since recycling cannot fully compensate for the economic and environmental costs of producing materials that are not needed.

A fourth category is particularly relevant to African markets: imported used clothing. Second-hand garments can provide affordable clothing, support traders and repair businesses, and sustain livelihoods across informal and formal markets. Yet garments that arrive in poor condition, cannot be resold or repaired, or deteriorate beyond practical use can contribute to local waste-management pressures. UNEP’s Circularity and Used Textile Trade Project examines these dynamics in Ghana, Kenya, Tunisia and other participating countries, emphasising the importance of distinguishing reusable textiles from textile waste and considering the economic, social and environmental implications of their trade.

This distinction is essential to the design of Africa’s circular textile economy. Used clothing should not automatically be classified as waste, just as the presence of textile waste should not automatically imply that it can be recycled economically. Each material stream requires an assessment of its condition, composition, potential for continued use and suitability for recovery.

The industrial opportunity begins with understanding what materials are available, where they originate, how consistently they can be collected and which products can be made from them. Without reliable information about textile material flows, investment in recycling infrastructure will be based on assumptions rather than a credible assessment of feedstock and market potential.

From Waste Management to Circular Industrialisation

The conventional approach to textile waste focuses on collection, disposal and the prevention of environmental pollution. These functions remain essential, particularly where discarded garments and fabrics overwhelm existing waste-management systems. But an industrial strategy must go further by examining how materials can retain economic value after their original use.

This is the principle behind a circular textile economy. Rather than following a predominantly linear model in which raw materials are extracted, manufactured into products and eventually discarded, a circular system seeks to extend product life, recover materials and reduce the need for virgin inputs. UNEP’s global roadmap for textile sustainability and circularity identifies investment in infrastructure, improved industry practices and changes in consumption patterns as interconnected priorities for transforming the sector. For Africa, this requires a hierarchy of material recovery.

The first priority is prevention. Manufacturers can reduce waste through better pattern design, production planning, cutting efficiency, quality control and inventory management. Reducing avoidable material losses can improve productivity while lowering the volume of waste requiring treatment.

Where products have already been made, reuse and repair should be considered before recycling when they are practical. Repair businesses, resale markets and redistribution systems can extend the useful life of clothing and preserve value that would otherwise be lost. These activities can also support local enterprises and employment.

Where direct reuse is no longer suitable, repurposing may offer another pathway. Some textiles can be converted into cleaning cloths, insulation, filling or other products, depending on their composition and performance requirements. Such applications can recover value, although they do not necessarily return material to the original textile product cycle.

Mechanical recycling can recover fibres or material fragments from suitable textiles through physical processing. The resulting material may be used in new yarns, nonwoven products or other applications, depending on the quality of the recovered fibres.

Chemical and other advanced recycling technologies can potentially recover polymers, monomers or other usable feedstocks from selected materials. Their suitability depends on fibre type, contamination, process requirements, economics and the quality of the resulting output.

Finally, materials that cannot be reused or recovered safely and economically require appropriate residual management. A circular strategy must recognise these limitations and make appropriate provisions. 

The industrial implications are substantial. Each stage can support different business models, skills and infrastructure requirements. Collection and repair may offer opportunities for smaller enterprises, while large-scale recycling plants may require more substantial capital, specialised technology and dependable feedstock. The objective is to connect these activities into a coherent system.

Africa needs to move from treating textile waste as the endpoint of production to treating suitable recovered materials as potential inputs into new economic activity. Achieving this transition requires more than environmental awareness. It requires industrial planning, commercially viable recovery systems, appropriate technology and demand for the materials produced.

Building Africa’s Textile Recycling Infrastructure: From Collection to Fibre Recovery

Building a circular textile economy requires more than acquiring recycling technology. It requires an integrated system capable of collecting suitable materials, sorting them according to composition and condition, processing them through appropriate technologies and returning recovered materials to productive use. For Africa, this begins with addressing the fragmentation of textile waste streams across manufacturing facilities, households, retailers, second-hand clothing markets and municipal waste systems. Without reliable collection and sorting, recoverable materials may be lost, contaminated or become too expensive to process.

Manufacturing offcuts and other pre-consumer textile waste may offer a practical starting point in markets with established textile and garment production. Factories can identify and segregate materials, establish collection arrangements with recyclers and provide more predictable feedstock than mixed post-consumer waste. Used garments require a different approach. They must first be assessed for continued use, repair or resale before suitable materials are directed towards recycling. Collection and sorting systems should therefore involve manufacturers, municipalities, retailers, community organisations and existing collectors, traders and repairers, recognising their role in recovering value while creating opportunities to improve working conditions, skills and access to markets.

The next challenge is selecting appropriate recycling technologies. Mechanical recycling can provide an entry point for processing suitable materials through physical operations such as cutting, shredding and fibre opening. However, mechanical processing can shorten or damage fibres, limiting their suitability for new apparel and sometimes requiring recovered material to be blended with virgin fibres. Other outputs may be better suited to nonwoven products, filling or insulation. The commercial startegy would be how much usable material a waste facility can recover at a quality and cost that downstream manufacturers will accept.

Chemical and other advanced recycling technologies may expand the range of materials that can be recovered, particularly where selected synthetic fibres or blended textiles are difficult to process mechanically. Depending on the technology, these processes can recover polymers, monomers or other feedstocks for subsequent production. Their applicability, however, varies according to fibre composition, contamination, technical maturity and operating requirements. Capital costs, energy and water consumption, chemical use, processing yields and the availability of suitable feedstock must all be assessed before investment decisions are made.

The broader objective is fibre-to-fibre recycling: returning recovered textile materials to the production of new textile fibres rather than directing them exclusively into products with different applications. This could help connect recyclers directly to spinners, textile mills and garment manufacturers, potentially diversifying raw-material supply and reducing reliance on virgin fibres where recovered materials meet the required specifications. Yet the process remains technically demanding. Blended fabrics, dyes, finishes and contamination can complicate recovery, while recovered fibres must satisfy downstream requirements for quality, consistency, performance and price. 

For Africa, the implication is that recycling infrastructure must be developed as an interconnected industrial system. Collection and sorting must supply suitable feedstock; recycling technologies must produce usable outputs; manufacturers must be able to incorporate those outputs into products; and buyers must provide sufficient demand to sustain commercial operations. Investment should therefore begin with material-flow mapping, feedstock assessment and credible business cases, followed by pilot projects where technical and commercial uncertainties remain significant.

This system must also preserve the priority of reuse and repair. Extending the life of a usable garment can retain more of its existing value than breaking it down for fibre recovery. Recycling becomes more appropriate when reuse is no longer practical and the material can be recovered safely and economically. 

The Business Case: Jobs, SMEs and New Manufacturing Activities

A circular textile economy can create economic activities beyond conventional garment manufacturing. Collection, sorting, repair, refurbishment, resale, material recovery, recycling, testing and recycled-yarn production can all contribute to a wider industrial ecosystem. For Africa, where textile industrialisation must generate employment while expanding productive capacity, this creates an opportunity to develop new enterprises around materials that are already circulating through the economy.

The first opportunity lies in collection, repair and sorting, activities that can support small businesses and local service providers. Collectors and aggregators can organise the movement of materials from households, markets and factories to appropriate recovery facilities. Repairers and refurbishment businesses can extend the useful life of clothing, while sorting enterprises can distinguish garments suitable for reuse from materials that require further processing. These activities do not all require the same level of capital or technology, potentially creating entry points for different types of enterprise.

The second opportunity is industrial diversification. Recycling can connect waste-management businesses to textile mills, garment factories and manufacturers of nonwoven products or other materials. This creates the possibility of developing specialised firms that supply recovered fibres and other secondary materials to existing manufacturers. Over time, a functioning circular textile economy could support technical jobs in machinery operation, material testing, quality control, logistics and process engineering.

The third opportunity is improved resource security. Where recovered fibres meet technical specifications and can be supplied competitively, manufacturers may be able to diversify their raw-material sources. This does not mean recycled material will always be cheaper than virgin fibre; its economics depend on collection costs, processing yields, energy requirements, material quality and market conditions. But a reliable secondary-material supply can create options for manufacturers and potentially reduce waste-related costs.

There are already practical examples of these industrial connections in Africa. In Morocco, UNIDO worked with denim producer EVLOX to explore the use of locally generated pre-consumer textile waste in recycled-yarn and fabric production. The initiative identified technical challenges in achieving the yarn quality required by international brands, alongside the need for training in waste segregation, technical support and a sound investment case for recycling equipment.

This example illustrates both the opportunity and the conditions required to realise it. Demand for recycled content can create a commercial incentive, but manufacturers still need suitable feedstock, processing expertise and consistent product quality. Recycling becomes an industrial opportunity when these elements work together.

The employment potential also needs to be approached carefully. New activities will not automatically produce secure, well-paid or productive jobs. Outcomes will depend on technology choices, business models, worker safety, skills development and whether enterprises can generate sustained revenue. Policies should recognise existing informal-sector participants and create pathways for them to participate in more organised value chains without unnecessarily displacing their livelihoods.

The Investment Case: Building Africa’s Circular Textile Infrastructure

Moving from isolated recycling initiatives to a functioning circular textile industry will require coordinated investment in physical infrastructure, technology, skills and market development. The investment opportunity extends well beyond recycling plants themselves. It includes the systems that make those facilities viable: collection networks, sorting centres, material-identification technologies, testing laboratories, transport, storage, utilities and downstream manufacturing capacity.

The first priority should be to establish a credible picture of the available feedstock. Investors need to know how much textile waste is generated, where it originates, how its composition varies and what proportion can realistically be collected and processed. Manufacturing offcuts may provide predictable material streams in established textile clusters, while post-consumer textiles may require more extensive collection and sorting infrastructure. These differences have direct implications for investment costs and operating models.

The second priority is to match technologies to the material streams and products they can serve. A mechanical recycling facility designed for clean cotton-rich offcuts may not be suitable for mixed post-consumer garments. Advanced recycling may expand the range of recoverable materials, but it can also involve greater capital requirements, more complex operating conditions and higher demands for technical expertise. Investors should therefore assess technology options against actual feedstock, operating costs, environmental performance and buyer specifications.

The third priority is to develop markets for recovered materials. A recycling facility is only commercially sustainable if it can sell its output at prices that support continued operation. This requires relationships with yarn spinners, textile mills, nonwoven manufacturers or other industrial users, depending on the material recovered. Where demand for recycled yarn or fibre is uncertain, manufacturers and recyclers may need to collaborate on product development and testing before committing to large-scale investment.

Public policy and development finance can help address some of the barriers. Governments can improve waste-data systems, clarify the regulatory treatment of recovered materials, support technical training and facilitate access to shared industrial infrastructure. Development finance institutions can potentially support feasibility studies, pilot projects and infrastructure where early-stage risks discourage commercial investment. Private capital, meanwhile, will be essential for building and operating commercially viable facilities.

The broader investment principle is consistent with UNEP’s Sustainability and Circularity in the Textile Value Chain: A Global Roadmap, which identifies infrastructure investment, improved industry practices and changes in consumption patterns as interconnected priorities for transformation. For Africa, this means the circular textile investment agenda should be integrated into industrial policy where recycling facilities are connected to textile clusters, manufacturers, logistics networks and markets. Shared infrastructure may also help smaller firms access sorting, testing and material-recovery services that would be too expensive to develop independently.

AfCFTA and Regional Circular Textile Value Chains

Africa’s circular textile economy will not necessarily develop within national borders. Textile waste, collection infrastructure, recycling technology, manufacturing capacity and markets are distributed unevenly across the continent. Regional integration could help connect these resources and allow countries to specialise in different parts of the recovery and manufacturing process.

One country may generate substantial quantities of manufacturing offcuts but lack recycling capacity. Another may possess textile mills able to incorporate recovered fibres into yarn or fabric. A third may have stronger logistics, technical expertise or access to downstream markets. Regional trade could potentially connect these capabilities, allowing recovered materials to move towards facilities where they can be processed most efficiently.

This creates an opportunity to connect circularity with the wider industrial objectives of the African Continental Free Trade Area (AfCFTA). The agreement’s potential contribution is not only to expand trade in finished garments, it can also support the development of regional production networks in which materials are collected in one market, processed in another and transformed into new products for sale across the continent.

However, this model requires practical coordination. Businesses need clarity on the classification and regulatory treatment of recovered materials, efficient customs procedures, predictable transport arrangements and appropriate environmental safeguards. Cross-border movement must also distinguish legitimate trade in reusable textiles and recoverable materials from shipments of unusable or hazardous waste. Without such safeguards, circularity could become a justification for transferring environmental burdens from one country to another.

Regional specialisation could nevertheless improve the commercial case for investment. Rather than requiring every country to build its own advanced recycling plant, countries could develop complementary facilities based on the scale and composition of available feedstock, their industrial capabilities and access to markets. Larger regional catchment areas could potentially support more consistent material supply and improve the utilisation of specialised equipment.

This approach would also connect recycling more closely to Africa’s existing cotton, textile and apparel value chains. Recovered fibres could potentially supplement virgin materials in suitable products, while recycled-yarn and fabric producers could supply manufacturers across multiple African markets. The commercial opportunity would depend on whether these products meet required specifications and can compete with alternative materials.

AfCFTA should therefore be seen as an enabling framework where Governments and industry stakeholders will need to address these practical constraints if regional circular value chains are to operate at scale. The longer-term ambition is to build a connected African circular textile market in which recoverable materials can move efficiently towards appropriate processing facilities and return to productive use. That would allow countries to capture more value from textile resources while creating new opportunities for regional manufacturing and trade.

What Africa Must Build: From Textile Waste to Industrial Capability

Turning textile waste into a reliable industrial resource requires a sequence of coordinated actions. The first is to improve material-flow data. Governments, manufacturers and waste-management organisations need to understand what types of textile waste are generated, where they originate, what quantities are available and which materials can be recovered economically. Without this foundation, investment decisions will remain vulnerable to inaccurate assumptions about feedstock availability.

The second is to prioritise suitable materials and build collection and sorting systems around them. Clean manufacturing offcuts may provide an initial opportunity in some textile-producing markets, while post-consumer textiles will require more complex systems that distinguish reusable garments from materials suitable for recycling. Existing collectors, repairers, traders and other informal-sector participants should be considered in the design of these systems, both to protect livelihoods and to draw on their knowledge of local material flows.

The third is to match recycling technologies to local industrial conditions. Mechanical recycling, advanced recycling and fibre-to-fibre production each have different technical and economic requirements. Africa should encourage feasibility studies and carefully designed pilot projects that establish the quality of recovered materials, processing costs, environmental performance and commercial demand before large-scale investment is undertaken.

The fourth is to develop demand for recycled materials. Recyclers need reliable buyers, and manufacturers need recovered materials that meet their production specifications. Partnerships between waste generators, recyclers, textile mills and brands can help establish material standards, test product performance and develop commercially viable applications. Procurement decisions can support this process where recycled products satisfy quality, cost and performance requirements.

The fifth is to develop the supporting industrial ecosystem. Collection, sorting and recycling depend on logistics, reliable utilities, technical skills, testing infrastructure, finance and appropriate environmental management. These requirements should be incorporated into industrial parks and textile clusters wherever relevant, rather than treated as separate waste-management concerns.

Finally, Africa needs regional coordination. AfCFTA can help connect material streams, specialised recycling facilities and downstream manufacturers across borders, provided that trade procedures, standards and environmental safeguards support efficient and responsible movement of recovered materials.

Conclusion

Africa’s circular textile opportunity is ultimately larger than the management of discarded clothing. It concerns whether the continent can build new industrial capabilities around materials that already exist within its economy. Manufacturing offcuts, selected post-consumer textiles and other recoverable materials can potentially support collection businesses, repair and reuse activities, recycling facilities, recycled-yarn production and new manufacturing applications. But these opportunities will only be realised where material recovery is technically feasible and commercially viable.

The starting point must be a more disciplined approach to resource recovery. Reuse and repair should be prioritised where they preserve the value of existing products. Recycling should be developed for materials that can be recovered safely and economically. Mechanical and advanced technologies should be selected according to feedstock characteristics, processing requirements, environmental performance and market demand. The goal is to retain as much material value as practically possible.

For Africa, the industrial implications are significant. A functioning circular textile economy could diversify manufacturing activities, create opportunities for SMEs, develop technical skills and provide new sources of material for suitable applications. It could also connect waste-management systems more closely to textile manufacturing, turning a previously fragmented relationship into a productive industrial network.

None of these will however happen through recycling technology alone. The continent needs reliable collection and sorting infrastructure, credible material-flow data, appropriate finance, technical expertise, supportive regulation and markets for recovered products. AfCFTA can help connect these capabilities across borders, but only if trade facilitation and environmental safeguards enable materials to move efficiently and responsibly.

The strategic choice is therefore not between conventional textile manufacturing and recycling, Africa’s opportunity is to connect them. A competitive textile industry can produce new fibres and fabrics while also recovering suitable materials from existing products. It can support farmers and conventional manufacturers while creating new enterprises around reuse, repair, sorting and recycling. The objective is to build an African textile industry that creates value both from what the continent produces as well as what it can recover and transform.