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Storage, Handling and Shipping of HBI

机译:HBI的储存,处理和运输

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This paper summarises work carried out to characterise the behaviour of fines based HBI during bulk material handling and storage. Fines based HBI was found to be stronger than pellet based HBI of similar density in tumble tests carried out to simulate bulk material handling operations. Drop tests showed that loading HBI will have a similar effect on a ship's double bottom as iron ore lump at equivalent loading rates. Corrosion measurements on an experimental HBI stockpile confirmed that corrosion losses in a stockpile are concentrated in a protective outer layer. Separate experiments highlighted the relationship between particle size, density, and corrosion rate.
机译:本文总结了为表征散装物料处理和存储过程中基于细粉的HBI的行为而开展的工作。在模拟散装物料搬运操作的翻滚试验中,发现细粉状HBI比密度相似的颗粒状HBI更强。跌落试验表明,在相同的装载速度下,HBI装载对船的双层底的影响与铁矿石块相似。对HBI实验堆进行的腐蚀测量证实,堆中的腐蚀损失集中在保护性外层中。单独的实验强调了粒度,密度和腐蚀速率之间的关系。

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