The stakes are enormous on the European side of the transaction. Eurostat data show the EU exported 35.1 million tonnes of waste to non-EU destinations in 2023, worth 18.5 billion euros, with 49 percent flowing to non-OECD countries. Exports of recyclable raw materials reached 39.3 million tonnes that year, including 12.2 million tonnes to Türkiye, 5.2 million tonnes to India, and 1.7 million tonnes to Egypt. Used textiles follow a different map: 46 percent of EU used-textile exports went to Africa in 2019, and countries including Ghana, Kenya, Angola, and Benin received very large volumes of second-hand clothing in 2022. Nigeria’s current share is modest, but the 2025 application would lock in a continuing role as a destination for Europe’s discards.

Technically, the case for the imports is not frivolous. Low-cost secondary textiles can lower input costs for Nigerian industry, and refuse-derived fuel genuinely can cut carbon emissions when it displaces fossil fuel in cement kilns, which operate at temperatures high enough to destroy many organic contaminants. Studies of alternative fuel production suggest cement plants using processed waste can shrink their environmental footprint while recovering energy that would otherwise be lost. For a country where cement is a major industry and energy costs are punishing, the economic logic is real. The study acknowledges these benefits directly rather than dismissing them, which is what makes its warnings about regulatory capacity so pointed.

Those warnings center on infrastructure that does not yet reliably exist. The authors identify weaknesses in port inspection, emissions monitoring, laboratory testing, and engineered disposal as the critical vulnerabilities. If imported waste streams are misclassified, contaminated, or diverted to open dumping, the promised benefits evaporate and the burdens land on communities least equipped to resist. Nigeria already generates roughly 32 million tonnes of waste annually, with Lagos alone producing an estimated 13,000 tonnes per day, much of it ending in open dumps. Research at the Solous landfill in Lagos State has documented elevated respiratory and skin disorders among residents living near the site, and studies of dumpsite fires at Olusosun have evaluated chronic pulmonary and neurological effects on nearby populations. Adding heavy-metal and particulate pollution from expanded imports, the study argues, would compound risks for communities already carrying a disproportionate exposure load.

The public health evidence extends beyond dumpsites. Waste pickers in Lagos, who form a large informal workforce sorting discarded materials by hand, face documented livelihood and health challenges. Groundwater contamination near waste dumps and informal recycling operations has been assessed seasonally and found to pose meaningful risks. Cement plants themselves are not benign neighbors: research on topsoil around a mega cement factory in Nigeria has mapped heavy metal contamination, and community health appraisals near cement plants have recorded social and health impacts. The paradox the study highlights is that a policy marketed as cleaner fuel and cheaper raw materials could, without oversight, deepen the very pollution problems it claims to solve.

To structure the decision, the authors lay out four policy pathways. The first maintains imports but ties them to real-time port and emissions monitoring, an option that preserves industrial benefits while demanding sophisticated, continuous verification. The second permits phased imports subject to verifiable environmental safeguards, allowing capacity to build incrementally. The third imposes a time-bound moratorium while Nigeria develops domestic textile-waste recovery and alternative-fuel capacity, betting that locally sourced feedstocks can substitute for imports. The fourth prohibits the two waste streams entirely, prioritizing health protection over industrial cost savings. Each option involves distinct trade-offs among industrial costs, regulatory capacity, administrative feasibility, and health protection, and the study declines to pretend that any of them is costless.

The timing of the analysis is significant. At the time of the article’s final revision in September 2026, the European Commission had published a draft assessment that did not recommend Nigeria for inclusion in the first list of eligible non-OECD countries, citing deficiencies in evidence on treatment capacity, enforcement, inspections, emissions monitoring, and waste-stream-specific management. That assessment independently echoes the regulatory-capacity concerns the researchers identified, though it remains a draft working document that has not been adopted or endorsed by the Commission. Crucially, the authors note, the EU review does not resolve the deeper questions: how benefits and risks would be distributed within Nigeria, what safeguards would be needed if imports continue, and whether locally recovered materials offer a viable longer-term path.

Those distributional questions are where environmental justice theory does its work. Drawing on frameworks from scholars like Robert Bullard and David Schlosberg, and on political ecology’s attention to power in resource flows, the study frames the waste trade not as a neutral market exchange but as a political arrangement that can shift environmental burdens onto vulnerable populations. The history is sobering: Nigeria’s experience with toxic waste dumping at Koko in the 1980s helped catalyze the Basel Convention, and scholars have since described newer, legal forms of waste colonialism operating through regulatory loopholes and economic asymmetry. Civil society organizations in Nigeria condemned the government’s import plan, warning of environmental crisis and urging focus on domestic waste management instead, and the federal government faced sharp public criticism after the application became known.

What distinguishes this analysis is its insistence that the answer is not simply prohibition or acceptance, but conditionality. The authors argue that any future EU-Nigeria waste trade should be tied to demonstrated regulatory capacity, independent verification, transparent cost-benefit disclosure, and meaningful community participation. That last element matters because communities near landfills, cement plants, and ports have historically been excluded from decisions that determine their exposure, a pattern documented in participatory-process failures from Nigeria to the Dakota Access Pipeline. The Aarhus Convention’s principles of access to information, public participation, and access to justice offer a template, but implementing them requires institutions with funding and authority, and Nigeria’s environmental regulator has faced persistent capacity challenges.

The broader lesson reaches well beyond one application. As the EU tightens its export rules, dozens of countries will face similar choices about whether to become verified destinations for European discards, and the verification itself becomes the battleground where environmental health is won or lost. Nigeria generates enough of its own textile waste and municipal refuse to feed cement kilns and industrial processes without imports, and Lagos has already moved to ban textile waste at its landfills, suggesting domestic feedstocks are available. Whether the country builds the monitoring infrastructure, laboratory capacity, and enforcement machinery to manage any waste stream safely, foreign or domestic, will determine whether the circular economy becomes a shared project or simply a new geography of slow violence, in Rob Nixon’s phrase, in which the costs of consumption are exported to those with the least power to refuse them.

Subject of Research: Environmental justice and public health assessment of Nigeria's application to import non-hazardous EU waste under the EU Waste Shipment Regulation

Article Title: Environmental justice, public health, and resource politics: assessing Nigeria’s application to import EU waste

Article References: Giwa, A., David, F. A., & Ige, K. M. (2026). Environmental justice, public health, and resource politics: assessing Nigeria’s application to import EU waste. Journal of Environmental Studies and Sciences. https://doi.org/10.1007/s13412-026-01149-1

Image Credits: AI Generated

DOI: 10.1007/s13412-026-01149-1

Keywords: environmental justice, waste trade, Nigeria, European Union, refuse-derived fuel, textile waste, public health, waste governance, Basel Convention, cement industry, waste colonialism, regulatory capacity

The research team, led by Sarah Hassaan and Nezir Aydin of Hamad Bin Khalifa University in Qatar together with Brenno C. Menezes of Climbex Global and the Institute for Technological Research in Brazil, approached the question through the lens of industrial ecology, a discipline that treats industrial systems like ecosystems, tracking how materials and energy flow through them. From this perspective, fashion’s environmental crisis is not a series of isolated inefficiencies but a systems failure. Environmental burdens accumulate across every stage of a garment’s life, from raw material extraction and processing to manufacturing, consumption, and disposal, which means that interventions aimed at single stages cannot fix what is fundamentally a broken material cycle. Between 4 and 9 percent of newly produced apparel is disposed of without ever reaching a consumer, and in the United States alone, textile waste reached 17 million tons in 2018, with roughly 85 percent of it landfilled or incinerated.

To diagnose why circular solutions fail to scale, the researchers applied the Denyer and Tranfield systematic review methodology, searching the Scopus database with a carefully constructed Boolean query combining terms for sustainable fashion, lifecycle assessment, circular economy, cradle-to-cradle, and closed-loop systems, along with environmental impact and supply chain concepts. The initial search returned 661 documents. After removing non-peer-reviewed work, studies outside the fashion and textile sectors, and papers that mentioned circularity only in passing without engaging any of the three focal frameworks, the final dataset settled at 110 articles for full-text analysis. Each study was categorized by two researchers working independently, with disagreements resolved by consensus, and the resulting classification matrix mapped circular practices across lifecycle stages, technological readiness levels, and adoptability constraints.

The descriptive findings reveal a field that has exploded in recent years. Research activity was modest between 2014 and 2018, but approximately 86 percent of the analyzed papers were published after 2019, coinciding with the rollout of major European policy initiatives targeting textile waste. Publication volume nearly doubled between 2020 and 2021, and reached 19 articles in 2024. Geographically, however, the literature is heavily concentrated in Europe, driven by the European Union’s circular economy directives and extended producer responsibility policies, with additional contributions from the United States, China, and Australia. Africa and South Asia, regions where much of the world’s textile production and waste generation actually occur, remain critically underrepresented. The authors argue that circular strategies are largely conceptualized in consumption-oriented regions while being operationalized, or failing to be operationalized, in production regions.

At the heart of the review is a technological readiness level analysis that exposes a systemic mismatch. Circular economy concepts, which provide system-level direction on durability, reuse, and recycling but often lack the material and operational mechanisms to close loops in practice, cluster at early stages from TRL 1 to 4. Meanwhile, cradle-to-cradle approaches, which emphasize non-toxic inputs, mono-material construction, and recyclability without quality loss, and closed-loop systems, which embed reverse logistics, take-back schemes, and recycling infrastructure into supply chain design, face their hardest technical realities at TRL 4 to 6. The policy environment, the authors find, fails to bridge these two zones. Early-stage ideas receive conceptual support but no pathway toward material validation, while technically promising mid-stage pilots are starved of the infrastructure investment, standardization, and demand guarantees needed to reach the market. This mid-TRL bottleneck, compounded by regulatory inertia and fragmented governance across supply chain actors, is the central reason circular fashion remains trapped in a landscape of disconnected pilots.

The technical barriers are formidable. Blended textiles such as cotton-polyester fabrics cannot currently be separated without degrading fiber quality, forcing material into downcycling or disposal. Chemical treatments and dyeing processes further reduce recyclability. Advanced recycling methods exist but are often resource-intensive, consuming high levels of energy and water that erode their environmental benefits. Mechanical recycling remains the most widely used industrial approach, but fiber shortening limits its outputs to lower-grade products. Chemical recycling via hydrolysis can depolymerize synthetic fibers like polyester but at high cost and energy demand. Solvent-based dissolution can separate blended fabrics without damaging fibers, yet remains largely at pilot stage, and biological recycling using enzymes is an emerging low-energy option constrained by slow reaction speeds and narrow material requirements. Meanwhile, emerging biomaterials such as bacterial cellulose can cost up to ten times as much as conventional fibers, illustrating the persistent tension between technical feasibility and economic viability.

The review also identifies deeper measurement failures that quietly reinforce the status quo. Roughly 72 percent of the studied approaches focus on material substitution strategies, while only 7 percent address fundamental system redesign. Current sustainability metrics reward efficiency gains within existing linear architectures rather than the structural transformation required for regeneration. The analysis further reveals an equity dimension that is rarely measured at all: capital-intensive technologies like automation, blockchain traceability, and RFID systems deliver impressive performance, achieving up to 99.9 percent inventory accuracy in some deployments, but their cost favors large firms and excludes the small and medium enterprises and informal-sector actors who dominate textile production in developing economies. The authors warn this dynamic risks creating a two-tier circular economy, a circularity for the few, in which leading brands capture sustainability gains while subcontractors and waste workers remain excluded.

Consumer behavior adds another layer of friction. The global second-hand apparel market is now valued at around 36 billion dollars, yet empirical studies across Western and emerging markets consistently show that price, convenience, and perceived quality override environmental concern at the point of purchase. High social media engagement with sustainability content rarely translates into changed buying behavior, echoing long-standing research on the attitude-behavior gap. Rental and resale models perform best where regulation or financial incentives reshape market conditions, such as under France’s anti-waste legislation, suggesting that consumer adoption is structurally constrained by market design rather than by individual preference.

The authors’ prescription is a set of TRL-aware policy mixes calibrated to each stage of innovation maturity. At early TRLs of 1 to 3, they recommend public research grants, open testing platforms, regulatory sandboxes for novel biomaterials, and mandatory disclosure of standardized techno-economic metrics. At the critical mid-TRLs of 4 to 6, where most innovations currently die, they call for shared infrastructure financing through pooled public-private funds, procurement guarantees for recycled fibers and product-as-a-service capacity, common product specifications and digital identifiers, and conditional tax incentives tied to verified recycled content rather than technology inputs. At high TRLs of 7 to 9, tools shift to recycled content mandates, extended producer responsibility schemes that fund processing infrastructure, and auditable performance-based certification. Across all bands, the review stresses that small and medium enterprises need tailored transition support, international standards must align across borders to prevent material leakage, and social-equity indicators should be reported alongside environmental ones to avoid one-dimensional optimization.

Ultimately, the study reframes circular fashion not as a technology problem but as a coordination problem, and in doing so hands policymakers and industry leaders a concrete diagnostic map. The combination of circular economy’s system orientation, cradle-to-cradle’s material purity focus, and closed-loop systems’ operational feedback loops offers the most durable path forward, but only if innovation grants, shared infrastructure, and market demand instruments are deployed at the right stage of technological maturity. Without that alignment, the authors conclude, the fashion sector will continue producing disconnected technical successes, elegant pilots that never scale, while the mountains of textile waste keep growing. The window for turning scattered circular experiments into a genuinely regenerative material system, they argue, depends on treating the supply chain as a single industrial ecosystem rather than a collection of independently optimizing parts.

Subject of Research: Integration of circular economy, cradle-to-cradle, and closed-loop system frameworks across fashion supply chains assessed through an industrial ecology and technology readiness level lens

Article Title: Integrating circular economy, cradle-to-cradle, and closed loop systems in fashion supply chains: a systematic review from an industrial ecology perspective

Article References: Hassaan, S., Aydin, N., & Menezes, B. C. (2026). Integrating circular economy, cradle-to-cradle, and closed loop systems in fashion supply chains: a systematic review from an industrial ecology perspective. Journal of Industrial Ecology. https://doi.org/10.1007/s44498-026-00146-5

Image Credits: AI Generated

DOI: 10.1007/s44498-026-00146-5

Keywords: circular economy, fashion supply chains, cradle-to-cradle, closed-loop systems, industrial ecology, technology readiness levels, textile recycling, textile waste, sustainable fashion, systematic review, extended producer responsibility, policy alignment