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An artificial reality for mine site rehabilitation—the industrial symbiotic approach

机译:矿山复垦的人工现实-工业共生方法

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This paper presents the results from pot culture studies undertaken to test the performance of synthetic soils built from overburden (OB) waste,power station Combined Ash (CA),Brown Coal(BC) and composted Sewage Sludge (SS).These soils are essential to meet the large predicted shortfalls at open pit coal mines for successful progressive rehabilitation needs at the mines in the Latrobe Valley in the Gippsland Region of Victoria.The study identified a suitable artificial soil mixing ratio that would ultimately neutralise AMD and amplify nutrient content (1 part OB,1.23 parts CA and varying proportions of BC and SS),based on net acid producing potential derived for each component.The constructed artificial soils also demonstrated increased water retaining characteristics and enhanced vegetation growth,effectively supporting grass growth after mixing.
机译:本文介绍了盆栽研究的结果,这些盆栽研究旨在测试覆盖土(OB)废物,电站混合灰(CA),褐煤(BC)和堆肥污水污泥(SS)建造的合成土壤的性能。这些土壤必不可少为满足露天矿的巨大预期短缺,以满足维多利亚州吉普斯兰地区拉特罗布山谷矿山成功进行逐步修复的需要,该研究确定了合适的人工土壤混合比,最终可以中和AMD并增加养分含量(1 OB组分,CA组分的1.23组分和BC和SS的不同比例)(基于每种组分的净产酸潜力)。人工构建的人工土壤还表现出增强的保水特性和增强的植被生长,有效地支持了混合后的草生长。

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