1) EF slag making
电炉造渣
1.
The development of the dust removing Mg&Fe ball used for the EF melting and its application in the EF slag making in Taiyuan Steel No.
介绍了太钢一钢厂电炉用除尘镁铁球团的研制以及它在电炉造渣中的应用,即对原本废弃不用的除尘红灰进行回收,制成性能良好的电炉造渣原料“镁铁球”加入炉中参与冶炼。
2) BOF slag formation
转炉造渣
3) slag from gas making
造气炉渣
1.
The successful renovation of fluidized boilers using low heat value slag from gas making as fuel has significantly reduced comprehensive energy consumption in ammonia production and opened up a new path for steam self supporting in ammonia production of small sized nitrogenous fertilizer plants.
用低热值的造气炉渣作燃料的沸腾锅炉改造成功，大大降低合成氨生产的综合能耗，为小氮肥企业开拓了合成氨生产蒸汽自给的新途径。
4) electric-furnace slag
电炉炉渣<冶>
5) oxide-drossing furnace
氧化造渣炉
6) Electric furnace slag
电炉渣
1.
Guixi smelter finally determine the slag process according to the successful experiences of foreign slag concentrator and the flotation test of cooled electric furnace slag, after this project put into operation, may collect from the discard electric furnace slag 5000 tons of copper metal per year.
江西铜业公司贵溪冶炼厂近年来通过技术改造,形成了30万t/a的矿铜生产能力,其闪速炉渣处理方式为电炉贫化, 电炉弃渣中含铜较高,贵冶借鉴国外炉渣处理的经验并通过缓冷电炉渣的浮选试验,最终确定了电炉渣和转炉渣混选工艺流程,该项目投产后预计海年可从废弃的电炉渣回收5000t铜金属。
2.
The reasons of high copper content in electric furnace slag combined with Guixi Smelter production practice are analysed,the effective ways of reducing the copper content in electric furnace slag are put forward,it is pointed that the key to reduce the copper content lies in maintaining the circumstance of the flash furnace well and restricting the over output of magnetic Fe3O4 in slag.
结合贵溪冶炼厂的生产实践,分析了引起电炉渣含铜高的原因,提出了降低电炉渣含铜的有效途径和方法,指出了维护好闪速炉炉况和抑制渣中磁性Fe3O4过量生成是实现降低电炉渣含铜的关键。
3.
After the technical improvement,this system reaches the designed capacity and standard,reclaims 5000 t copper from the electric furnace slag,and improves the utilization of copper resource.
江西铜业集团公司贵溪冶炼厂电炉渣和转炉渣采用粗碎→半自磨→球磨→浮选的新工艺处理,通过实施技术改造,该渣选系统1年实现达产达标,从电炉渣中回收5000t铜金属,提高了铜资源综合利用率。
补充资料：7000kV的高钛渣冶炼电炉(锦州铁合金厂)
7000kV的高钛渣冶炼电炉(锦州铁合金厂)
7000kV高钛渣冶炼电炉(锦州铁合金厂)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条