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钢铁工业专题技术文集-冶金节能降耗(季刊)


冶金节能降耗(季刊)

 

  本刊主要涵盖了冶金生产中,延长设备使用寿命、节水、节电、简化工序、降低工序能耗等最新冶金节能降耗相关工艺、技术、设备信息及专利,是钢铁企业技术人员了解冶金节能降耗新技术、新工艺的首选参考资料。

   

联系人:  王甜甜
电  话:  010-65250592
手  机:   13466783311
通讯地址:北京市东城区灯市口大街74号 冶金工业信息标准研究院
邮政编码:100730

 

样刊下载

 

                      目次(2012年第4期)

 

综合评述

武钢节能技术与展望·························································································· 1

宣钢十一五节能技术进步····················································································· 7

中国钢铁工业节能现状与发展前景分析·································································· 10

 

工艺技术

2号高炉热风炉降低吨铁煤气消耗量的生产实践························································ 16

400m2烧结机余热回收工艺特点及应用.·································································· 19

变压器风冷系统节能装置的研究与应用·································································· 22

工业炉节能现状和发展趋势················································································ 26

济钢低碳绿色焦化产线的转型发展········································································ 29

降低80LF精炼炉电耗工艺探索········································································ 32

经济性冶炼含磷耐候钢的工艺开发········································································ 37

莱钢3200m^3高炉高效低耗生产实践····································································· 41

全负压煤气净化工艺节能、节水探讨····································································· 44

日本钢铁业研究的减排CO_2炼铁新技术································································ 47

烧结主排烟气减排与余热高效回收技术·································································· 51

提高转炉冶炼前期脱磷效率的工艺操作·································································· 57

铁水wSi)对高炉碳排放量的影响······································································ 60

退火炉节能型快速冷却风箱传动系统研究································································ 63

延长蓄热式加热炉使用周期的生产实践·································································· 63

转炉返回渣再利用技术的开发·············································································· 70

转炉煤气回收分析及提高回收量措施····································································· 72

延长设备寿命

 

采用全国产化耐材的昆钢2000m3高炉长寿实践························································ 75

首钢高炉高效长寿技术设计与应用实践·································································· 81

提高喷号机喷枪使用寿命的措施··········································································· 87

延长高炉炉缸寿命的技术措················································································ 90

 

 

专利

一种高炉口···································································································· 96

 

 

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