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Contribution to Melting of Cast Iron in Cokeless, Natural Gas- Fired Cupola Furnace

机译:在无焦,天然气冲天炉中铸铁熔化的贡献

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The cokeless cupola furnace uses natural gas to a much better extent than the coke cupola furnace uses coke. Therefore, the necessary quantity of heat for running the cokeless furnace is only half the amount as for a coke cupola of the same capacity. This is based on the heat inputs, with complete combustion of the coke. The C0_2-emission of the cokeless cupola is just 27/100 of the emission of a coke cupola. The silicon burn-off is a heat input of metallurgical cause. It is used optimally when melting, to cover a part of this heat requirement. Finally, the influence of the parameters (burner capacity BC; air/gas ratio, _; and oxygen enrichment, 0_2,air) on the melting capacity and burn-off have to be quantitatively assessed from the measurements and evaluations of previous and future tests.
机译:与可乐冲天炉使用焦炭相比,无焦冲天炉使用天然气的程度要好得多。因此,运行无焦炉的必要热量仅为同等容量的焦炉顶的一半。这是基于热量输入以及焦炭的完全燃烧。无焦冲天炉的CO 2排放仅是焦冲天炉的27/100。硅的烧尽是冶金学上的热量输入。熔化时最佳使用它来满足部分热量需求。最后,必须根据先前和将来测试的测量和评估来定量评估参数(燃烧器容量BC;空气/气体比_;和氧气富集度0_2,空气)对熔化容量和燃尽的影响。 。

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