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钢铁工业专题技术文集-冶金环保(季刊)


冶金环保(季刊)

 

  本刊主要涵盖与冶金环保相关的工艺、技术、设备研究开发信息,例如:烟气治理、降低粉尘排放、废水和废渣的处理与综合利用以及噪声治理等相关工艺、技术、设备的研发进展及专利。

  

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

 

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                                     目次(2012年第4期)

综合评述

锌在钢铁厂内的循环及危害·················································································· 1

轧钢厂能耗对标的实践与讨论··············································································· 5

 

废气

承钢焦炉烟道废气余热回收技术探讨······································································· 8

碳纤维工业废气的处理技术················································································· 11

轧钢加热炉燃烧智能控制技术实践及节能减排分析···················································· 14

 

废水

螯合沉淀+混凝气浮+活性炭吸附处理高浓度磷化废水··············································· 18

白银公司重金属废水处理现状及资源化利用对策······················································· 22

承钢焦化废水无害化利用技术的研究····································································· 25

利用二氧化碳降低碱性废水pH值工艺实践······························································ 29

菱镁矿浮选尾矿及废水的再利用··········································································· 33

首钢综合污水回用于循环冷却水系统的动态模拟实验·················································· 35

 

废渣

LF炉精炼废渣循环利用的研究进展······································································· 41

本溪钢铁集团转炉钢渣处理工艺的比较·································································· 46

大掺量钢铁渣粉混凝土耐久性试验研究·································································· 50

钢渣处理工艺的选择························································································· 55

钢渣粒化技术的研究与应用················································································ 60

钢渣热闷技术在淮钢的开发应用··········································································· 64

钢渣微粉生产工艺···························································································· 66

含锌废渣中锌的回收试验··················································································· 70

柳钢冶炼废渣的综合利用··················································································· 73

生物浸提对有色冶炼废渣中重金属形态的影响·························································· 76

依靠科技进步_创新冶金渣处理工艺加快冶金渣高附加值研发步伐实现“零”排放目标········· 79

转鼓法水渣工艺的环保与节能·············································································· 83

转炉钢渣磁选提铁研究······················································································ 89

 

其它

燃煤锅炉烟气NOx减排技术指南·········································································· 92

炭素生产中煅烧炉烟气余热回收的节能效果分析······················································· 98

 

专利

一种高效节能冷轧钢卷板清洗耳恭听后自动烘干袋··················································· 101

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