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Microbially Supported Recovery of Precious Metals and Rare Earth Elements from Urban Household Waste Incineration Slag

机译:从城市家庭垃圾焚烧渣中微生物支持贵金属和稀土元素

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The use of precious metals and Rare Earth Elements in electronic, medical, and automobile industries is drastically increasing. To meet this demand and to escape the financial pressure of the global metal market, not only mining activities but recently also the recovery of these elements from industrial and urban household waste is in the focus of research. It has been shown that the application of extracting solutions with pH values lower than 4 lead to an economically feasible recovery of industrially precious metals. It is unclear, however, whether and to which extent this abiotic extraction efficiency can potentially be increased by using microorganisms capable of dissolving more stable minerals at low pH. The goal of this project therefore is to first view urban household waste as a resource for metals and evaluate combined abiotic and biotic extraction procedures for an increase in metal extraction efficiency.
机译:在电子,医疗和汽车行业中使用贵金属和稀土元素急剧增加。为了满足这一需求并逃避全球金属市场的财政压力,不仅采矿活动,而且最近还从工业和城市家庭废物中恢复这些要素是研究的重点。已经表明,用低于4的pH值施加溶液,导致工业贵金属的经济上可行的恢复。然而,目前尚不清楚,通过使用能够在低pH下溶解更稳定的矿物质的微生物可以增加这种非生物提取效率的程度。因此,该项目的目标是首先将城市家庭废物视为金属的资源,评价非生物和生物提取程序的增加,以提高金属提取效率。

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