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Environmental assessment of a BOF steel slag used in road construction : The ECLAIR research program

机译:道路施工中使用的转炉钢渣的环境评估:ECLAIR研究计划

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摘要

Steel production generates great amounts of by-products as steel slag. Unlike blast furnace slag, the use of Basic Oxygen Furnace slag (BOF slag) has been restrained due to insufficient volume stability and to the lack of environmental regulations. This study aimed at investigating the potential release and impact of pollutants, especially Cr and V that are present in rather high concentrations in slag, from a BOF slag used in a civil engineering structure (an industrial platform), using a multi-scale approach. The one-year follow up of the experimental platform showed that concentrations of Cr and V were generally low in seepage waters, and in leachates from leaching test. Micro-analyses carried out on slag allowed us to confirm the location of these metals in rather stable ferrous mineral phases, but V was also bound to more reactive silicates. No real toxicity effect of seepage waters has been revealed from eco-toxicological tests carried out with earthworms.
机译:钢铁生产会产生大量的副产品,例如钢渣。与高炉炉渣不同,碱性氧气炉炉渣(BOF炉渣)的使用由于体积稳定性不足和缺乏环境法规而受到限制。这项研究旨在采用多尺度方法,从土木工程结构(工业平台)中使用的BOF炉渣研究污染物(尤其是高浓度炉渣中的Cr和V)的潜在释放和影响。对实验平台进行的为期一年的跟踪研究表明,在渗水和浸出试验的渗滤液中,Cr和V的浓度通常较低。在炉渣上进行的微观分析使我们能够确认这些金属在相当稳定的黑色矿物相中的位置,但V也与反应性更高的硅酸盐结合。用with进行的生态毒理学试验未显示出渗水的真正毒性作用。

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