曾颜亮

作者: 时间:2024-07-11 点击数:


名:曾颜

别:

学位/职称:博士/高级实验师

电子邮箱:zengyl89@163.com

学科专业:冶金工程

讲授课程:冶金专业综合实验》等

研究方向:有色金属分离及高值化利用;稀贵二次资源绿色开发与循环利用

承担的科研项目:

[1]十四五重点研发计划子课题:高杂铜阳极泥氯化强化碲金浸出分离技术2023YFC2907902-130万元在研,主持

[2]中金岭南丹霞冶炼厂揭榜挂帅项目子课题:含镓锗难处理副产物镓锗高效提取研究;62万元在研,主持

[3]国家联合基金重点项目子课题:铜阳极泥中复合浸出剂选择性定向浸出AsSbBi调控机制及AsSbBi的高效分离理论(U1802251-140万元;主持,结题;

发表论文情况:

[1] Yan-liang Zeng, Jian-bo Zou, Chun-fa Liao, Fu-peng Liu, Xun Zhou. Selective Separation and recovery of Selenium from copper anode slime by compound leaching followed by sulfate roasting[J].Minerals Engineering, 2022,186.

[2] Yan-liang Zeng, Chun-fa Liao,* Fu-peng Liu, and Xun Zhou. Occurrence Behaviors of As/Sb/Bi in Copper Anode Slime and Their Separation by Compound Leaching Followed by Stepwise Precipitation[J].ACS Omega 2023, 8,11,10022-10029.

[3] Yan-liang Zeng, Chun-fa Liao,Zheng-xin Xu,Fu-peng Liu.The Mechanism of Selective Separation of Antimony from Chloride Leachate of Copper Anode Slime[J]. Revista de Chimie ,2022,73(1):99-113.

[4] Fei-xiong Chen, Fu-peng Liu, Song-lin Zhou, Jin-liang Wang, Yan-liang Zeng*, Chunfa Liao. Selective separation and recovery of selenium and mercury from hazardous acid sludge obtained from the acid-making process of copper smelting plants[J]. Hydrometallurgy,2023,221,1-10.

[5] Hong Zeng, Fu-peng Liu, Fei-xiong Chen, Chun-fa Liao, Yan-liang Zeng, Song-lin Zhou, and Xing-bang Wan. Green Capture of Silver by Bismuth from Decoppered Anode Slime with Low Energy Consumption[J].ACS Sustainable Chem. Eng. 2023,11,7,2897-2909.

[6] Hong Zeng, Fu-peng Liu, Song-lin Zhou, Chun-fa Liao, Fei-xiong Chen and Yan-liang Zeng. Leaching Behavior of 0the Main Metals from Copper Anode Slime during the Pretreatment Stage of the Kaldor Furnace Smelting Process[J].Processes,2022,10(12), 1-12.

[7] 曾颜亮,邹耕,廖春发,刘付朋.砷锑铋中和富集渣中铋浸出行为及动力学[J].有色金属工程2022,12(5):75-83.

[8] 曾颜亮,彭珊,廖春发,刘付朋.水浸分铜渣超声波外场强化碱浸分碲动力学研究[J].稀有金属与硬质合金, 2023,51(03):30-36.

[9] 曾颜亮,霍瑞浩,邹建柏,廖春发,刘付朋.铜阳极泥复合浸出渣选择性分离硒过程热力学分析[J].有色金属科学与工程,2023,14(1):1-7.

[10] 廖春发,肖杰,曾颜亮*,邹建柏,刘付朋.响应曲面法优化低砷锑铋铜阳极泥硫酸化焙烧蒸硒[J].矿冶,2022,31(2):59-7.

[11] 廖春发,彭珊,邹耕,曾颜亮.基于RSM超声波-微波协同氧化浸出铜阳极泥分铜渣中碲的研究[J].稀有金属与硬质合金,2020,48(2):10-8.

[12] 廖春发,邹建柏,徐振鑫,邹耕,周迅,曾颜亮.铜阳极泥定向脱除砷锑铋研究[J].中国有色冶金,2021,50(3):21-27.

[13] 杨臻昊,陈为亮,张栋,曾颜亮,廖春发.响应曲面法优化铜阳极泥选择性浸出砷锑工艺[J].有色金属工程,2020,10(9):41-49.

[14] 王凯徽,陈为亮,廖春发,张栋,张勇,李钦,曾颜亮.工艺参数对铜阳极泥硫酸化焙烧蒸硒的影响[J].有色金属工程,2022,12(10):72-79.

已授权专利:

[1] 曾颜亮,廖春发,王日,黄绍勇,姜平国,胡建辉,聂华平,焦芸芬.一种从铜阳极泥中浸出并梯级分离富集锑、铋、砷的方法[P].ZL201811193616.X,2021-02-12

[2] Liao Chunfa, Zeng Yanliang, Nie Huaping, Jiao Yunfen. Method for Efficiently Recovering Arsenic, Antimony and Bismuth from Copper Anode Slime in Steps[P].202107791210.1,2021-12-22

[3] 廖春发,谢岁,曾颜亮,邹耕,王旭,姜平国,焦芸芬. 从废铝基催化剂钠化焙烧水浸渣中回收AlCo的方法[P].ZL201910496566.02021-02-12

[4] 姜平国,刘金生,廖春发,邱廷省,曾颜亮.一种对铜渣焙烧改性回收铁的方法[P].ZL201811210340.12020-04-07

主要获奖:

[1] 铜阳极泥伴生稀贵金属协同绿色提取关键技术及产业化,2020年江西省科技进步一等奖,排名第7

[2] 铜阳极泥伴生稀贵金属高效资源化关键技术及产业化,2018年中国有色金属工业协会科技进步一等奖,排名第4

[3] 稀土废料(渣)高效绿色提取关键技术及应用,2020年中国稀土学会科学技术奖,排名第3

[4] 稀世——铜阳极泥绿色提取技术赋能乡村振兴,中国国际大学生创新大赛(2023)国赛银奖,排名第1




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Faculty of Materials Metallurgy and Chemistry