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邵爽等:从选铜尾矿中选择性还原回收铁 ·747· 经过磨矿被压碾成扁平碎屑状,压碾过程也可以使 9]Yang X F,Ma Y.Experimental study on copper tailings in Yun- 金属相与多数渣相分离,以达到优异指标. nan for recovery iron and reduction sulfur.Min Metall,2011,20 (4):42 (杨晓峰,马颖.云南某选铜尾矿提铁降硫试验研究.矿治, 参考文献 2011,20(4):42) [1]Cheng H X,Zhang H,Xu T Y,et al.Research process on recy- [10]Wang Y,Tian J,Zhu Y C.Research on development and exploi- cling utilization of copper tailing resources.Chem Ind Eng Prog, tation of copper mine tailing.Enriron Eng,2015.33(Suppl 1): 2015,34(Suppl1):192 623 (程海翔,张辉,徐天有,等.铜矿尾矿资源化利用研究进展 (汪洋,田键,朱艳超.铜尾矿开发利用现状分析.环境工 化工进展,2015,34(增刊1):192) 程,2015,33(增刊1):623) 2]Tian J,Shen S W,Ye B,et al.New disposal process and re- [11]Zhang L N,Zhang L,Wang M Y,et al.Treatment and resource- source recovery of copper tailings.Multipurpose Utiliz Miner Re- ful disposal of copper slag.Multipurpose Utiliz Miner Resour s0r,2016(3):5 2005(5):22 (田键,申盛伟,叶斌,等.铜尾矿资源化利用与处置新工艺 (张林楠,张力,王明玉,等。铜渣的处理与资源化.矿产综 矿产综合利用,2016(3):5) 合利用,2005(5):22) B]Zhu BB,Tian J,Zhu Y C,et al.Current situation and prospect [12]Huang X Y,Ni W,Cui W H,et al.Preparation of autoclaved of comprehensive utilization of copper mine tailings.World Build aerated concrete using copper tailings and blast furnace slag Mater,2015,36(5):84 Constr Build Mater,2012,27(1)1 (朱兵兵,田键,朱艳超,等。铜尾矿综合利用现状与展望 [13]Zhu L P,Ni W,Chen W,et al.Hydration process and strength 建材世界,2015,36(5):84) development of autoclaved products using skarn-type copper tail- 4]Lan ZQ,Lan Z Y.The progress of comprehensive utilization of ig.Chin J Eng,2015,37(3):359 copper tailings resource.Conserv Utiliz Miner Resour,2015(5): (祝丽萍,倪文,陈伟,等.矽卡岩型铜尾矿蒸压制品水化过 51 程及其强度发展.工程科学学报,2015,37(3):359) (兰志强,蓝卓越.铜尾矿资源综合利用研究进展.矿产保护 [14]Fang Y H.Gu Y M,Kang Q B,et al.Utilization of copper tail- 与利用,2015(5):51) ing for autoclaved sand-ime brick.Constr Build Mater,2011,25 [5]Liu S H,Li QL.Song J W.Study on the grinding kinetics of cop- (2):867 per tailing powder.Powder Technol,2018,330:105 [15]Li Y X,Zhang D G,Zhang B S,et al.Industrial experiment [6]Yin S H,Wang L M,Wu A X,et al.Copper recycle from sulfide study on comprehensive utilization of copper tailings.China Re- tailings using combined leaching of ammonia solution and alkaline sour Comprehens Utiliz,2014,32(7):15 bacteria.J Clean Prod,2018,189:746 (李耀星,张登高,张邦胜,等.选铜尾矿综合利用工业试验 7]Zhang HQ,Li Q Y,Wen J,et al.Utilization status and prospect 研究.中国资源综合利用,2014,32(7):15) of copper tailings resources.Mod Min,2017(1):127 [16]Geng C.Wang HJ,Hu WT,et al.Recovery of iron and copper (张宏泉,李琦缘,文进,等.铜尾矿资源的利用现状及展望 from copper tailings by coal-based direct reduction and magnetic 现代矿业,2017(1):127) separation.J Iron Steel Res Int,2017,24(10):991 [8]Lv CC.Wang Y L,Qian P,et al.Separation of chalcopyrite and [17]Dong J C,Wei Y G,Lu C,et al.Influence of calcium chloride pyrite from a copper tailing by ammonium humate.Chin Chem addition on coal-based reduction roasting of low-nickel garnierite Eng,2018,26(9):1814 ore.Mater Trans,2017,58(8):1161邵 爽等: 从选铜尾矿中选择性还原回收铁 经过磨矿被压碾成扁平碎屑状,压碾过程也可以使 金属相与多数渣相分离,以达到优异指标. 参 考 文 献 [1] Cheng H X,Zhang H,Xu T Y,et al. Research process on recy￾cling utilization of copper tailing resources. Chem Ind Eng Prog, 2015,34( Suppl1) : 192 ( 程海翔,张辉,徐天有,等. 铜矿尾矿资源化利用研究进展. 化工进展,2015,34( 增刊 1) : 192) [2] Tian J,Shen S W,Ye B,et al. New disposal process and re￾source recovery of copper tailings. Multipurpose Utiliz Miner Re￾sour,2016( 3) : 5 ( 田键,申盛伟,叶斌,等. 铜尾矿资源化利用与处置新工艺. 矿产综合利用,2016( 3) : 5) [3] Zhu B B,Tian J,Zhu Y C,et al. Current situation and prospect of comprehensive utilization of copper mine tailings. World Build Mater,2015,36( 5) : 84 ( 朱兵兵,田键,朱艳超,等. 铜尾矿综合利用现状与展望. 建材世界,2015,36( 5) : 84) [4] Lan Z Q,Lan Z Y. The progress of comprehensive utilization of copper tailings resource. Conserv Utiliz Miner Resour,2015( 5) : 51 ( 兰志强,蓝卓越. 铜尾矿资源综合利用研究进展. 矿产保护 与利用,2015( 5) : 51) [5] Liu S H,Li Q L,Song J W. Study on the grinding kinetics of cop￾per tailing powder. Powder Technol,2018,330: 105 [6] Yin S H,Wang L M,Wu A X,et al. Copper recycle from sulfide tailings using combined leaching of ammonia solution and alkaline bacteria. J Clean Prod,2018,189: 746 [7] Zhang H Q,Li Q Y,Wen J,et al. Utilization status and prospect of copper tailings resources. Mod Min,2017( 1) : 127 ( 张宏泉,李琦缘,文进,等. 铜尾矿资源的利用现状及展望. 现代矿业,2017( 1) : 127) [8] Lv C C,Wang Y L,Qian P,et al. Separation of chalcopyrite and pyrite from a copper tailing by ammonium humate. Chin J Chem Eng,2018,26( 9) : 1814 [9] Yang X F,Ma Y. Experimental study on copper tailings in Yun￾nan for recovery iron and reduction sulfur. Min Metall,2011,20 ( 4) : 42 ( 杨晓峰,马颖. 云南某选铜尾矿提铁降硫试验研究. 矿冶, 2011,20( 4) : 42) [10] Wang Y,Tian J,Zhu Y C. Research on development and exploi￾tation of copper mine tailing. Environ Eng,2015,33( Suppl 1) : 623 ( 汪洋,田键,朱艳超. 铜尾矿开发利用现状分析. 环境工 程,2015,33( 增刊 1) : 623) [11] Zhang L N,Zhang L,Wang M Y,et al. Treatment and resource￾ful disposal of copper slag. Multipurpose Utiliz Miner Resour, 2005( 5) : 22 ( 张林楠,张力,王明玉,等. 铜渣的处理与资源化. 矿产综 合利用,2005( 5) : 22) [12] Huang X Y,Ni W,Cui W H,et al. Preparation of autoclaved aerated concrete using copper tailings and blast furnace slag. Constr Build Mater,2012,27( 1) : 1 [13] Zhu L P,Ni W,Chen W,et al. Hydration process and strength development of autoclaved products using skarn-type copper tail￾ings. Chin J Eng,2015,37( 3) : 359 ( 祝丽萍,倪文,陈伟,等. 矽卡岩型铜尾矿蒸压制品水化过 程及其强度发展. 工程科学学报,2015,37( 3) : 359) [14] Fang Y H,Gu Y M,Kang Q B,et al. Utilization of copper tail￾ing for autoclaved sand-lime brick. Constr Build Mater,2011,25 ( 2) : 867 [15] Li Y X,Zhang D G,Zhang B S,et al. Industrial experiment study on comprehensive utilization of copper tailings. China Re￾sour Comprehens Utiliz,2014,32( 7) : 15 ( 李耀星,张登高,张邦胜,等. 选铜尾矿综合利用工业试验 研究. 中国资源综合利用,2014,32( 7) : 15) [16] Geng C,Wang H J,Hu W T,et al. Recovery of iron and copper from copper tailings by coal-based direct reduction and magnetic separation. J Iron Steel Res Int,2017,24( 10) : 991 [17] Dong J C,Wei Y G,Lu C,et al. Influence of calcium chloride addition on coal-based reduction roasting of low-nickel garnierite ore. Mater Trans,2017,58( 8) : 1161 · 747 ·
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