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Investigating the feasibility of using agricultural waste as an adsorbent of gold ions in small scale gold processing plants

机译:调查使用农业废物作为小型金加工厂金离子吸附剂的可行性

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摘要

The recovery of precious metals like gold is increasing each day due to its high market prices along with diverse applications. Bio-sorption represents a biotechnological innovation as well as a cost effective and excellent tool for recovery of precious metals from aqueous solutions. This study offers an overview of a recent scenario of bio-sorption studies carried out on the use of some promising bio-sorbents which could serve as an economical means for recovering gold for small scale gold processing plants. Results show that activated carbon (control) has the highest adsorption efficiency since it contains more active site on the carbon molecules. The activated maize corn cob had the highest adsorption efficiency (77.09%) compared to all other agricultural adsorbents. Banana peels showed a significant adsorption efficiency of 56.87%.
机译:由于其市场价格高,贵金属的储存在每天都在增加,因为其高度的应用程序。生物吸附代表了生物技术创新,以及从水溶液中储存贵金属的成本效益和优良的工具。本研究概述了最近对使用一些有前途的生物吸附剂进行的生物吸附研究的情景,这可能是用于恢复用于小型金加工厂的金的经济手段。结果表明,活性炭(对照)具有最高的吸附效率,因为它在碳分子上含有更多的活性位点。与所有其他农业吸附剂相比,活化的玉米玉米棒具有最高的吸附效率(77.09%)。香蕉皮显示出明显的吸附效率为56.87%。

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