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　　目 錄
 

　　2015年中國非高爐行業(yè)現(xiàn)狀及展望…………………………………………………………….陶江善 1

　　非高爐煉鐵技術(shù)要科學(xué)評價………………………………………………………………………王維興 7

　　直接還原鐵融入生態(tài)工業(yè)園區(qū)的研究………………………………杰，蔡湄夏，杜英虎，王建杰等 12

　　發(fā)展非高爐煉鐵的重要意義及可靠途徑……………………………………………..………… 陳守明 20

　　創(chuàng)新引領(lǐng)鋼鐵業(yè)新發(fā)展……………………………………………………………………………王太炎 25

　　煤制氣-豎爐直接還原探討………………………………………………………………………….傅兵 30

　　在中國實(shí)施氣基直接還原煉鐵工藝相關(guān)問題的思考…………………………..………..…張華，魯慶 40

　　米德雷克思煤制氣直接還原技術(shù)…………………………………………………….………….錢良豐 46

　　中晉太行礦業(yè)氣基豎爐項(xiàng)目爭做鋼鐵行業(yè)節(jié)能減排的示范樣板…… 張春雷，魯慶，薛鐘安，劉建兵 57

　　熔融還原煉鐵工藝技術(shù)的發(fā)展歷程及其光明前景……………………………………周渝生，洪益成 63

　　釩鈦氧化球團(tuán)氣基直接還原實(shí)驗(yàn)研究……………………….鄧君，吳道洪，薛遜，曹志成，閆方興等 81

　　鐵的氧化物碳還原的最小能耗及CO2最低排放…………….….……………………..郭漢杰，孫貫永87

　　氧化球團(tuán)氣基豎爐內(nèi)還原反應(yīng)動力學(xué)研究………………………王兆才，儲滿生，胡兵，孫英，王敏 107

　　直接還原鐵生產(chǎn)系統(tǒng)恩德粉煤氣化技術(shù)應(yīng)用方案…….………………….…………….遼寧恩德工程 115

　　焦?fàn)t氣干重整制直接還原鐵關(guān)鍵技術(shù)研究…………………………余長春，李然家，劉慶敬，王偉等 124

　　回轉(zhuǎn)窯還原—磁選分離生產(chǎn)鎳鐵工藝解析與探討……………………………….……….… 趙慶杰 130

　　天津鋼管直接還原鐵生產(chǎn)回顧與煉鋼應(yīng)用………………………………………………陶江善，王振祥 142

　　強(qiáng)化鮞狀赤鐵礦還原磁選脫磷機(jī)理研究……………………朱德慶，李靜華，杜永強(qiáng)，潘建，李曉波 149

　　SiO2對微細(xì)粒鐵礦煤基直接還原—磁選的影響……………………黃柱成，但從林，曹堃，鐘榮海 157

　　紅土鎳礦直接還原鎳鐵粉的應(yīng)用途徑探討……………………………… 潘料庭，李云峰，張秋艷 165

　　本鋼高鋅含鐵塵泥回轉(zhuǎn)窯處理工藝研究….…………………………張慶明，段志軍，幺田林，靳朝暉 170

　　回轉(zhuǎn)窯處理鋼鐵企業(yè)含鋅粉塵技術(shù)探討…………………………………樊波，王艷民，全 強(qiáng)，郭豪 176

　　轉(zhuǎn)底爐處理銅渣、鎳渣回收鐵、鋅技術(shù)研究……………………劉占華，吳道洪，薛 遜，曹志成等181

　　淺談直接還原鐵隧道窯工藝的成功經(jīng)驗(yàn)……………………………………………………… 陳正東 188

　　車底爐高溫高料層直接還原的試驗(yàn)研究與開發(fā)……………………汪翔宇，姜鑫，王建春，劉榮幸等 195

　　創(chuàng)越煤基豎爐工藝技術(shù)…………………………………………………張勇，周斌，邱貴寶，吳秋廷 207

　　外熱式煤基豎爐的能耗與節(jié)能分析.………….……………………楊紹利，馬蘭，李俊翰，李昌東等 219

　　含鉻型釩鈦磁鐵礦煤基直接還原初探…………………………………程功金，薛向欣，姜濤，段培寧 229

　　鉻鐵礦粉預(yù)還原工藝的探討……………………………………………………王惠永，李謙，吳明華 235

　　微波燃料聯(lián)合加熱煤基轉(zhuǎn)底爐直接還原新工藝………………………….胡兵，賀新華，王兆才，孫英 239

　　朝陽某地普通鐵精礦制備超級鐵精礦技術(shù)研究…..………………劉杰 ，李艷軍，韓躍新 ，張淑敏 246

　　直接還原鐵代替廢鋼在鞍鋼的踐行與業(yè)績…………………….……………………………… 王太炎 253

　　大型紅土鎳礦還原焙燒回轉(zhuǎn)窯結(jié)構(gòu)設(shè)計(jì)特點(diǎn)與應(yīng)用………………………………….………于盛君 256

　　2014年全球直接還原鐵產(chǎn)量超7450萬噸--盡管條件困難 新技術(shù)和擴(kuò)張繼續(xù)

　　……………………………………………………………………天津奧沃冶金技術(shù)咨詢有限公司 譯 260

　　鋼鐵行業(yè)2015-2025年技術(shù)發(fā)展預(yù)測………………………………………...….… 鋼鐵工業(yè)協(xié)會 262

　　2014年中鋼協(xié)會員單位煉鐵生產(chǎn)發(fā)展分析..…………………………………………….…… 王維興 268

　　2014年中鋼協(xié)會員單位能源利用狀況分析.………………………………………….…..…….王維興 278

 

　　Present Dituation and Prospect of China's non Blast Furnace Industry in 2015…………Tao Jiangshan 1

　　Scientific Evaluation of Non Blast Furnace Iron Making Technology………….……………Wang Weixing 7

　　Study on Direct Reduction Iron Adapt into the Eco Industrial Park…ajie,Cai Meixia,Du Yinghu,etc 12

　　Significance and reliable way of developing non blast furnace iron making…Chen Shouming 20

　　Innovation Leads to New Development of Iron &Steel Industry………………Wang Taiyan 25

　　Discussion on Coal gas Shaft Furnace Direct Reduction…………………………… Fu Bing 31

　　Consideration on the Implementation of the Gas Based Direct Reduction Iron Making Process in China

　　…………………………………………………………………………………Zhang Hua,Lu Qing 40

　　Midrex syngas based direct reduction technology······································ Qian Liangfeng 46

　　Shanxi Taihang Mining Gas Based Shaft Furnace Project--- To Being a Demonstration Model Factory in Energy-saving Emission Reduction of Iron$Steel Industry

　　………………………………………………Zhang Chunlei,LuQing,Xue Zhongan,Liujianbing 57

　　Development History of Smelting Reduction Iron Making Process and Its Bright Future

　　……………………………………………………………………Zhou Yusheng，Hong Yicheng 63

　　STUDY ON GAS-BASED DIRECT REDUCTION OF VANADIUM-TITANIUM OXIDE PELLET

　　……………………………………………Deng Jun,Wu Daohong,Xue xun,Cao Zhicheng,etc. 81

　　Minimum Energy Consumption and CO2 Emission of Iron Oxide Carbon Reduction

　　…………………………………………………………………………Guo Hanjie,Sun Guanyong 87

　　Study on Reduction Kinetics Mechanism of Oxidized Pellets by Gas-based Shaft Furnace

　　…………………………………………Wang Zhaocai,Chun Mansheng,Hu Bing,Sun Ying,etc. 107

　　Undok pulverized coal gasification technology applications in DRI production system

　　.…………………………………………………………………………Liaoning Ende Engineering. 115

　　Research on Key Technologies of Direct Reduction Iron for Coke Oven Gas Dry Reforming

　　………………………………………………Yu Changchun,Li Ranjia,Liu Qingjing,Wang Wei,etc. 124

　　Rotary Kiln Reduction-- Magnetic Separation Production Process Analysis and Study of Ferronickel

　　………………………………………………………………………………………………Zhao Qingjie 130

　　Review of Direct Reduction Iron Production and Application in Steel-Making in Tianjin Pipe Group

　　……………………………………………………………………Tao Jiangshan，Wang zhenxiang 142

　　Study on Dephosphorization Behavior for Oolitic Hematite by Direct Reduction and Magnetic Separation

　　……………….…………………………Zhu Deqing，Li Jinghua，Du Yongqiang，Pan Jian,etc. 149

　　The influence of SiO2 on Micro Grained Iron Ore Coal Based Direct Reduction-- Magnetic Separation

　　………………………………Huang Zhucheng，Dan Conglin，Cao Kun，Zhong Ronghai,etc. 157

　　Analysis on the Application of Direct Reduction of Ferronickel Powder

　　…………………………………………………………Pan Liaoting，Li Yunfeng，Zhang qiuyan 165

　　Study on Rotary Kiln Treatment Technology of High Zinc Containing Iron Dust and Mud of Benxi Iron &Steel Group

　　……………………………………Zhang Qingming，Duan Zhijun，Yao Tianlin，Jin Zhaoui,etc. 170

　　Discussion of Dust Containing Zinc Treatment of Iron and Steel Enterprises in Rotary Kiln

　　………………………………………………Fan Bo，Wang Yanmin，Quan Qiang，Guo Hao,etc. 176

　　Study on Recovery of Iron and Zinc from copper slag and nickel slag by Rotary Hearth Furnace

　　………………………………………………Liu Zhanhua,Wu Daohong,Xue xun,Cao Zhicheng,etc. 181

　　Talk about the Successful Experience of Tunnel Kiln Direct Reduction Process

　　…………………………………………………………………………………………Chen Zhengdong 188

　　High temperature High material layer Direct Reduction Process Experimental study and Development in Batch furnace ………………………………………………Wang Xiangyu,Jiang Xin,Wang Jianchun,Liu Rongxing,etc. 195

　　the Chuangyue Coal Based Shaft Furnace Technology

　　………………………………………………….Zhang Yong,Zhou Bing,Qiu Guibao,Wu Qiuting,etc. 207

　　Energy Consumption and Energy Saving Analysis of Thermal Coal Based Shaft Furnace

　　………………………………………………………Zhang Yong,Qiu Guibao,Wu Qiuting,Zhou Bin,etc. 212

　　the Internal Temperature Testing Experimental Study of Vanadium Titanium Iron Concentrate Carbon Containing Pellets ……………………………………………………………Yang Shaoli,Ma Lan,Li Junhan,Li Changdong,etc. 219

　　Study on Coal Based Direct Reduction of Chromium Vanadium Titanium Magnetite

　　………………………………………………Chen Gongjin,Xue Xiangxin,Jiang Tao,Duan Peining,etc. 229

　　Study on the Pre-Reduction Process of Chromite Fines

　　…………………………………………………………………Wang Huiyong,Li Qian,Wu Minghua 235

　　the New Direct Reduction Process of Microwave Fuel Combined Heating With Coal Based Rotary Hearth Furnace ………………………………………………………………….Hu Bing,He Xinhua,Wang Zhaocai,Sun Ying,etc. 239

　　Study on the Super Iron Concentrate Produced by General Iron Concentrate in Chaoyang Area

　　………………………………………………………Liu Jie,Li Yanjun,Han Yuexin,Zhang Shumin,etc. 246

　　The Practice and Performance of Direct Reduction Iron instead of Scrap in AnSteel

　　…………..……………………………………………………………………………………Wang Taiyan 253

　　the Large Roasting Rotary Kiln Design Features and Application Structure of Laterite Ore Direct Reduction

　　……………….…………………………………………………………………………………Yu Shengjun 256

　　2014 World DRI Production tops 74.5 Million tons

　　……………Translate by Tianjin Over World Non Coke Iron Making Technical Consultancy Co.,Ltd 260

　　2015-2025 steel industry technology development forecast

　　…………………………………………………………………China Association of Metalscrap Utilization 262

　　Analysis of the development of ironmaking production of CISIA member in 2014

　　……………………………………………………………………………………………………Wang Weixing 268

　　Analysis of the status of energy utilization of CISIA member in 2014………………………Wang Weixing 278