-
摘要用转底炉回收金属废弃物在技术上是成熟的,经济上是合理的, 将高炉、转炉瓦斯灰, 轧钢氧化铁皮等通过转底炉生产出直接还原铁供炼钢用, 较之作为烧结掺合料经烧结、炼铁等工序再送往炼钢, 金属回收率高, 生产流程短, 能源利用效率高, 对环境影响小。
- 上一篇：球形颗粒散射影响因素分析
- 下一篇：钢螺柱自动焊设备设计与优化
转底炉工艺的发展前景十分的可观，因为该工艺的资源再利用等优越性和潜力正逐步受到国际钢铁界的关注，不过该工艺得热效率低是有待解决的一个难题，并且随着节能减排任务的加重，如何降低能耗，提高转底炉的能量利用效率显得十分重要，同时提高转底炉的能量利用率更可以使该工艺在我国得到更广泛的发展。
本次设计的内容是设计一套模拟转底炉直接还原炼铁技术工艺条件的实验炉，力争实验炉的温度条件、压力条件、气氛条件与生产中所用工艺的技术条件具有良好的模拟性，结合生产中转底炉的工艺状况，确定合理的边界条件，在实验炉中预设相关风嘴实现良好的模拟与改进条件装置，来研究转底炉直接还原炼铁的热效率问题。9696
关键词： 热效率 直接还原炼铁 电阻炉ABSTRACT
Rotary hearth furnace with metal waste recycling is technically mature and economically reasonable, the blast furnace, converter gas ash, steel rolling mill scale and so on through rotary hearth furnace for the production of direct reduced iron for steelmaking, compared with as sintering admixture by sintering, iron making processes and then sent to steel, metal recovery, the production process is short, high energy efficiency, low environmental impact.
Rotary hearth furnace technology development prospects are very considerable, since the process of resource recycling and other advantages and potential of the iron and steel sector is gradually being international concern, but have low thermal efficiency of the process is a problem to be solved, and with energy saving row heavier tasks, how to reduce energy consumption and improve the rotary hearth furnace energy efficiency is very important, while improving the energy efficiency of the rotary hearth furnace can make the process even more widely in the development of our country.
The design of the content is to design a simulation of rotary hearth furnace direct reduction ironmaking technology laboratory furnace process conditions, and strive laboratory furnace conditions of temperature, pressure conditions, atmospheric conditions used in the production process and the technical conditions of a good simulation of, combined with transit hearth furnace production process conditions, determine a reasonable boundary conditions in the experiment furnace tuyere default correlation and improvement to achieve good conditions simulated devices to study direct ironmaking rotary hearth furnace thermal efficiency.
KeyWord：Direct ironmaking ;Thermal efficiency ;Resistance furnace
目录
1.绪论 1
1.1我国第一台金属化球团转底炉 1
1.2转底炉工艺的发展前景 1
1.3中国进行转底炉研发的可行性和必要性 1
1.4转底炉炼铁的特点 2
1.5转底炉工艺的原理 2
1.6转底炉的工艺改进 3
1.7转底炉的热效率问题 4
1.8 多层含碳球团转底炉内直接还原反应的研究 4
2．模拟转底炉试验电炉的设计 6
2.1.设计任务 6
2.1.1 设计要求 6
2.1.2 原始条件及数据： 6
2.1.3 升温曲线 6
2.1.4 含碳球团的选择及物料的铺设 7
2.1.5 转炉煤气的选择 7
2.2 炉型的选择 7
-
ANSYS铝棒挤压成形有限元法数值模拟
-
Al-Cu合金中刃位错运动与纳...
-
16MnCr5合金钢杯形件反挤压...
-
DEFORM大型风电主轴锻件锻...
-
超高强钢厚大构件主从热...
-
碳纳米管热稳定性的分子动力学模拟
-
DEFORM高强度铜合金平面微...
电站锅炉暖风器设计任务书
乳业同业并购式全产业链...
大众媒体对公共政策制定的影响
酸性水汽提装置总汽提塔设计+CAD图纸
中考体育项目与体育教学合理结合的研究
java+mysql车辆管理系统的设计+源代码
河岸冲刷和泥沙淤积的监测国内外研究现状
当代大学生慈善意识研究+文献综述
十二层带中心支撑钢结构...
杂拟谷盗体内共生菌沃尔...