【摘 要】
：
The metallurgical industry generates every year huge amounts of slag.The annual amount of generated steelmaking slags alone is more than 100 million tons.Th
【机 构】
：
Department of Metallurgy and Environment,Swerea MEFOS,Sweden
【出 处】
：
第十届中国钢铁年会暨第六届宝钢学术年会
论文部分内容阅读
The metallurgical industry generates every year huge amounts of slag.The annual amount of generated steelmaking slags alone is more than 100 million tons.The steel slag is normally used as construction materials,for instance,for road and river bank construction.Fully utilization of this huge amount of byproduct is limited by its leaching and volume stability properties.In addition to the useful minerals in the slag,there is also a considerable amount of feasible heat lost in the hot slag.Swerea MEFOS have been involved in a number of hot slag processing projects in the past 20 years.These projects included slag stabilization to improve the physical and leaching properties,slag reduction for metal recovery,dry slag granulation for heat recovery and for reduced leaching of heavy metals,etc.This paper will highlight some of the projects with focus on the wellknown IPBM and VILD projects.The extensive pilot experiences of Swerea MEFOS have shown that there is a wide range of options for economic and ecological recovery of metals,minerals and energy from hot metallurgical slag.
其他文献
This contribution presents an overview of the use of chemical vapour deposition(CVD)and physical vapour deposition(PVD)for the manufacture of high quality s
舞蹈作为一种艺术表演形式，无论其在艺术创作过程中还是表演中都蕴含着艺术家对舞蹈的艺术创作和再创造的情感寄托，通过舞蹈表达出其艺术情感。而这种情感的表达又需要通过训练
焦炉是冶金行业中最复杂的炉窑,焦炉的加热过程是单个燃烧室间歇、全炉连续、受多种因素干扰的热工过程,是典型的大惯性、非线性、时变的复杂系统。焦炉全自动测温与加热优化
随着钢铁行业步入产品结构调整的深水期，目前国内冷轧企业特别是民营企业新建的冷轧带钢机组主要突出高速和极薄两个技术特点。本文通过对国内某典型全国产化高速极薄酸轧
运用热膨胀相变仪对20CrMoH 齿轮钢试样的淬火膨胀性能进行测定,研究了带状组织对钢各向异性的影响,通过Deform 软件并考虑材料的各向异性参数来模拟带状组织对齿轮钢淬
This article presents a techno-economic evaluation of various options for recovery and reuse of low temperature heat(LTH)with temperatures below 350°C.A pr
感应加热技术可以显著改善材料的组织和力学性能，由于新产品开发和对产品质量提出的更高要求，宝钢原有感应加热技术已难以满足生产提出的新要求。感应加热技术的关键在于如
在原燃料条件日益劣化的不利条件下，邯宝炼铁厂通过优化原燃料结构、提高技术操作水平以及控制合理的操作炉型等举措，在保证炉况基本稳定的前提下，实现了低成本炼铁，收到了很
本研究将人工合成的纳豆激酶基因sNK和在其中插入番茄E8基因第一内含子的纳豆激酶基因sNK-E8i转化到模式植物烟草中,以期提高纳豆激酶在烟叶中的表达水平。通过正交试验得到在烟草NC89叶片中瞬时表达纳豆激酶基因的最优条件,进而在瞬时表达系统中对人工合成的sNK基因和含E8内含子的sNK-E8i基因进行mRNA水平上表达量的检测。由RT-qPCR结果可知,我们人工合成的两个纳豆激酶基因均在mRNA
通过对N08825扁锭轧制开坯裂纹处取样，进行低倍检测、金相观察以及成分分析发现裂纹附近存在疑似重熔残渣。因此推测由于电渣重熔初期工艺设定的不合理导致未形成流动性良