Recycled resources hold vast potential, and Gu Xin’s sorting technology is accelerating the resource‑based utilization of solid waste.
Release Date:
2026-06-04
Recycled‑resource mining, also known as “urban mining,” extracts raw materials such as copper, aluminum, lithium, and nickel from solid waste—including scrap metals, end-of-life household appliances, retired batteries, and scrapped vehicles. It is a key industry for safeguarding domestic mineral security and advancing the dual‑carbon strategy, with broad medium- to long-term growth prospects.
Recycled‑resource mining, also known as “urban mining,” extracts raw materials such as copper, aluminum, lithium, and nickel from solid waste streams—including scrap metals, end-of-life household appliances, retired batteries, and scrapped vehicles. It is a key industry for safeguarding domestic mineral security and advancing the dual‑carbon strategy, with broad medium- to long-term growth prospects.
At the policy level, multiple national initiatives—ranging from circular economy strategies and resource‑supply security to consumer‑product trade‑in programs—are steadily being implemented. The 14th and 15th Five-Year Plans for the circular economy set clear targets for the utilization of secondary resources, encouraging the substitution of virgin minerals with recycled feedstocks. Expansion of electric‑arc furnace steel production and mandatory quotas for recycled content in green manufacturing are further driving demand across the sector from the top down. China’s reliance on imported critical minerals such as copper, lithium, and nickel remains high, while the costs of primary mining are rising and environmental regulations are tightening. By contrast, recycling and smelting consume far less energy than primary ore processing, offering distinct cost and low‑carbon advantages and creating growing opportunities for substitution. From a market perspective, the traditional base of recycled metals remains robust, with hundreds of millions of tons of scrap steel, copper, and aluminum entering the market annually, supported by steady, long‑term demand from infrastructure, power, and manufacturing sectors. Meanwhile, the new‑energy sector has emerged as a major growth driver: early‑stage power batteries and photovoltaic modules are now reaching the peak of their service lives, triggering an explosive surge in the recovery of scarce metals like lithium, cobalt, and nickel. High‑value-added recycled minerals are opening up a trillion‑dollar blue ocean of opportunity. Waste circuit boards and end‑of‑life digital products can yield precious metals such as gold, silver, and palladium, and the accelerating pace of electronic obsolescence continues to broaden the pool of available raw materials. The industry is rapidly advancing toward intelligent upgrades; Gu Xin’s AI‑powered multispectral sorting machines have become key equipment for transforming waste into valuable resources. With sorting accuracy approaching 99.9%, these systems handle a wide range of materials—including mixed scrap metals, crushed circuit boards, waste glass, and tailings—precisely separating impurities and significantly boosting both the recovery rate of recycled minerals and the purity of finished products. They effectively address the longstanding challenges of low purity and substantial losses associated with manual sorting, helping turn fragmented waste into compliant industrial feedstocks and steering the sector away from crude, unrefined sorting toward standardized, high‑value processing.
At present, the industry still faces challenges such as fragmented front-end recycling and a chaotic mix of non‑standard scrap sources. As regulatory reforms gain momentum, outdated small‑scale operations are being phased out at an accelerated pace. Overall, in the short term, trade‑in programs are unlocking previously underutilized waste streams, while in the medium to long term, the sector is poised for steady expansion, driven by resource security and the tailwinds of new‑energy vehicle scrappage. Over the next five years, the industry is expected to maintain an annual growth rate of over 12%, making the recycled‑resources sector a clearly promising and rapidly emerging industry.