首页> 外文会议>South East Asia Iron and Steel Institute Conference and Exhibition >(Session6B) CONSTEEL~R and Flexible Modular Furnace (FMF). Latest Tenova Technologies for Future South East Asian Steel Market
【24h】

(Session6B) CONSTEEL~R and Flexible Modular Furnace (FMF). Latest Tenova Technologies for Future South East Asian Steel Market

机译:(Session6B)Constel〜R和柔性模块化炉(FMF)。最新的未来东南亚钢铁市场的替代技术

获取原文

摘要

Next to the general market conditions steelmaking is highly influenced by the availability of raw materials and energy. Inparticular, Asian steelmaking is facing challenges in terms of availability of desired quantity and price of coal, iron ore and electricenergy and a significant scrap shortage. In this scenario, several steelmakers have found in the use of hot metal in their EAF aconvenient alternative which is increasingly gaining popularity.In order to support South East Asian steelmakers to cover these challenges Tenova offers a set of reliable and innovative technologies.This paper will be focused on a brief introduction on Consteel~R technology and on a more detailed description of Flexible ModularFurnace Base Module (the FMF module designed to work in Converter mode).According to the existing Tenova references: Consteel ~R solution is confirmed as a proven technologies to reduce the electricalconsumption and to generally improve the overall EAF operations, furthermore Tenova FMF is a proven technology to work as aflexible and efficient furnace with all different type of charge mix (hot metal, scrap, DRI, pig iron). More in detail FMF Base Modulehas proven to be an efficient and reliable way to work in “Converter” mode.
机译:在一般市场条件旁边,钢铁制造者受到原材料和能源的可用性的影响。在煤炭,铁矿石和电器价格的可用性方面,亚洲钢铁的亚洲炼金制作面临挑战,以及电动电动的价格和严重废料短缺。在这种情况下,几个钢铁制造商在他们的EAF遮阳性替代方案中使用了热金属,这越来越受欢迎。为了支持东南亚钢铁制造商,以涵盖这些挑战,Tenova提供一套可靠和创新的技术。这篇论文将专注于介绍Consteel〜R技术,并更详细地描述灵活的模块化卷积基础模块(设计用于在转换器模式下工作的FMF模块)。根据现有的Tenova参考:Consteel〜R解决方案被确认为经过验证的证明减少电能的技术以及一般改善整体EAF操作,Tenova FMF是一种经过验证的技术,可作为常见和高效的炉子,具有所有不同类型的电荷混合(热金属,废料,DRI,猪铁)。详细介绍FMF基础模块已经过证明是在“转换器”模式下工作的高效可靠。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号