China’s circular-economy story this week came through the recycling industry rather than through a headline climate policy. Economic Daily, republished by Sina Finance on May 5, reported that the China National Resources Recycling Association’s 2026 industry report showed stable growth in 2025. Across 11 major categories, recycling volume reached 417 million tonnes, up 4.1% year on year, while total recycling value reached RMB 1.39 trillion, up 3.8%. Scrap steel remained the largest category, accounting for more than 60% of total volume, while waste batteries excluding lead-acid batteries, waste tyres and end-of-life vehicle recycling grew significantly.
The useful signal is not only volume. The report described an industry moving toward digitalization, standardization and consolidation. Economic Daily highlighted the spread of ‘internet + recycling’ models, smart recycling equipment, online appointment and door-to-door collection services, large and intelligent scrap-steel processing equipment, online-offline appliance recycling coordination and full-process traceability. These details matter because circularity depends on logistics and data as much as on policy enthusiasm.
For ESG analysis, recycling has often been treated as a feel-good theme. The harder question is whether recycled materials can be collected, sorted, processed and documented at a quality level that industrial buyers trust. Battery recycling, vehicle dismantling and appliance recovery all require traceability. A manufacturer cannot credibly claim circular materials or lower product-carbon intensity if it cannot document where materials came from and how they were processed. Standardization turns recycling from waste handling into supply-chain infrastructure.
The article also shows why state-linked networks still matter. Economic Daily reported that the supply and marketing cooperative system had cultivated 995 wholly owned or controlled recycling enterprises, 49,000 recycling sites and more than 600 sorting centers by the end of 2025, including more than 4,000 newly built or upgraded standardized recycling sites and more than 200 green sorting centers. That network can help expand coverage and reduce fragmentation, especially where private recyclers alone may not build full infrastructure.
The commercial implications are broad. In batteries, stronger recycling systems can reduce pressure on raw-material imports and improve lifecycle carbon claims. In vehicles, end-of-life recovery supports steel, aluminum, plastics and battery loops. In appliances, traceable collection can connect consumer replacement policies with material recovery rather than simple sales stimulus. The more China pushes equipment renewal and consumption upgrades, the more important downstream recycling capacity becomes.
There are risks. Recycling markets can suffer from informal collection, poor sorting quality, safety problems, environmental leakage and weak data. Digital platforms can improve efficiency, but they can also become superficial if offline processing remains fragmented. Investors should look for companies with permits, processing capability, material-quality control, customer contracts and traceable data, not only app-based collection stories. In circular economy, the physical backend is as important as the digital frontend.
The policy relevance is that circularity supports both resource security and carbon management. Recycled steel, metals, plastics and batteries can reduce embodied emissions if collection and processing are efficient. But those benefits must be measured. As China’s product-carbon and green-design systems develop, recycled-content documentation may become more commercially valuable. A standardized recycling network can provide the data layer needed for credible product claims.
The conclusion is that China’s recycling market is becoming more institutional. The headline figure of 417 million tonnes shows scale, but the more important shift is toward standardized sites, green sorting centers, digital traceability and larger operators. That makes circular economy less of a public-welfare slogan and more of an industrial data-and-standards market. The companies that can prove material origin, processing quality and emissions benefits will matter most.
For foreign readers, this is also a reminder that China’s circular economy is not only a domestic waste-management issue. Recycled materials can shape product-carbon claims, battery supply-chain resilience and export competitiveness. If documentation improves, recycled-content data may become useful evidence for buyers trying to reduce embodied emissions. If documentation remains weak, recycled inputs may be commercially discounted even when physical recovery volumes are large. The next phase is therefore about evidence quality, not only collection quantity.
From Issue 004 · 4–10 May 2026.
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