2) 300m high dam
300m级高坝
3) 750m~3 B.F
750m~3高炉
1.
Shunting Surplus Liquid Iron from 750m~3 B.F. by Innovating Railway Transport Ways;
创新铁路运输方式 实现750m~3高炉富余铁水分流
4) 2000m~3 blast furnace
2000m~3高炉
1.
Since the communication network of automation control system in 2000m~3 blast furnace was altered from MB Plus network to Ethernet network,the communication speed was raised from 1MB/S to 100MB/S,the ability of integer system response had been improved,it satisfied the rapidness rhythm needs of puddling.
2000m~3高炉自控系统通讯网络从 MB+网改造为工业以太网方式后,通讯速率由 IMB／S 提升到100MB／S, 提高了系统整体响应能力,满足了炼铁快节奏的生产需求。
5) 3200m~3 blast furnace
3200m~3高炉
1.
Following the principle of"long campaign,high efficiency,low consumption and cleanness",In the design of 3200m~3 blast furnace for Tangshan Iron and Steel Co.
唐钢南区3200m~3高炉设计以"长寿、高效、低耗、清洁"作为设计原则,采用了平坦化出铁场、全冷却壁结构、铜冷却壁、联合软水密闭循环系统、焦丁回收技术、并罐无料钟炉顶设备、卡卢金顶燃热风炉等工艺装备, 使高炉整体技术装备达到国内外同级别高炉的先进水平。
补充资料：3200m~(3)高炉和环形出铁场(武汉钢铁公司新3号高炉)
3200m~(3)高炉和环形出铁场(武汉钢铁公司新3号高炉)
-·，川-一、 、书.鑫氢
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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