Contemporary and Future Secondary Copper Reserves of Vietnam

Thi Van Le, Ryota Yamamoto, Sébastien M. R. Dente, Seiji Hashimoto
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Abstract

As ASEAN countries, including Vietnam, approach the living standards of developed countries, their copper demand is set to rise. This study investigates Vietnam’s copper stock and flow from 1995 to 2050, employing dynamic material flow analysis and five socioeconomic pathway scenarios (SSPs). Based on this, the secondary copper reserves of Vietnam were assessed. The results showed that the domestic copper demand is expected to grow to 526–1062 kt, resulting in a rapid increase in scrap generation. In 2022, Vietnam’s secondary copper reserves stood at 2.2 Mt and are projected to reach 6.8–8.6 Mt by 2050 under the SSP2 scenario. This corresponds to 3.6–4.6 times the 1.8 Mt primary copper reserve of Vietnam. However, these primary and secondary reserves cannot meet the cumulated demand by 2050. On the other hand, a large amount of copper, 8.9 Mt to 10 Mt, will become difficult-to-recover resources, such as waste in landfill sites, dissipated materials, or mixed metal loss. To promote the sustainable use of copper in Vietnam, we recommend increased geological expedition and mining investment, and improved waste management systems related to secondary resources.
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越南当代和未来的二级铜储量
随着包括越南在内的东盟国家的生活水平逐渐接近发达国家,其对铜的需求也将随之增加。本研究采用动态物质流分析和五种社会经济路径情景(SSPs),调查了 1995 年至 2050 年越南的铜储量和流量。在此基础上,对越南的二级铜储量进行了评估。结果表明,国内铜需求量预计将增长到 526-1062 kt,从而导致废铜产量快速增长。2022 年,越南的二级铜储量为 220 万吨,根据 SSP2 方案,预计到 2050 年将达到 680-860 万吨。这相当于越南 180 万吨原生铜储量的 3.6-4.6 倍。然而,这些原生和次生储量无法满足到 2050 年的累积需求。另一方面,大量铜(890 万至 1000 万)将成为难以回收的资源,如垃圾填埋场中的废物、耗散材料或混合金属损失。为促进越南铜的可持续利用,我们建议增加地质考察和采矿投资,并改善与二次资源相关的废物管理系统。
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