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THE ENVIRONMENTAL BENEFITS FROM COMPUTER MODELING EAF SLAG CHEMISTRY

机译:计算机模拟电弧炉渣化学的环境效益

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The recycling of MgO-C refractories as a slag conditioner in EAF (electrical arc furnace) foaming slags have been evaluated by the Albany Research Center. The amount of MgO in the slags is critical for the foaming quality. Good foaming slags provide the benefits of high energy efficiency and low refractory consumption and require saturation with MgO. A computer model predicting the chemistry of MgO saturated foaming slags was designed to predict suitable amounts of MgO additives from MgO-C spent refractories. This model can also help to reduce the amount of slags and to improve the economics of producing steel. The implementation of this recycling program is underway at steel plants and the experience of recycling spent refractories will be discussed.
机译:奥尔巴尼研究中心已对作为电弧炉渣调节剂的MgO-C耐火材料在EAF(电弧炉)泡沫炉渣中的循环利用进行了评估。炉渣中的MgO量对于发泡质量至关重要。好的泡沫渣具有高能效和低耐火材料消耗的优点,并且需要用MgO饱和。设计了一个预测MgO饱和泡沫渣化学性质的计算机模型,以预测MgO-C废耐火材料中MgO添加剂的适量。该模型还可以帮助减少炉渣量并提高生产钢铁的经济性。钢铁厂正在实施该回收计划,并将讨论回收废耐火材料的经验。

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