1992-1996，中南工业大学，本科
1996-1999，中南工业大学，硕士
1999-2003，中南大学，博士

2004-2005，粉末冶金国家重点实验室，博士后 2005-2008，日本，佐贺大学，访问研究员 2008-今，北京科技大学，讲师、副教授

近几年承担和开展的科研项目情况:
1）大蒜废弃物治理重金属污染工程化技术；2）“血铅”地区饮水中微量铅的快捷深度净化新技术；3）生物质吸附材料高效净化含氟砷饮用水技术；4）农田土壤重金属淋洗法成套新工艺；5）畜禽粪便重金属脱除及高效安全资源化利用；6）三七、地龙中药材中超标铅镉砷的安全脱除技术；7）电镀废水资源化及“零危废”排放成套新技术；8）鞣革污泥物性稳定化及铬循环绿色处理新工艺；9）废弃印刷电路板中回收金和银等贵金属；10）多晶硅线切割废料Si/SiC分离及Si提纯；11）单分

[1] Suning Liu, Kai Huang*, Hongmin Zhu. Source of boron and phosphorus impurities in the silicon wiresawing slurry and their removal by acid leaching. Separation and Purification Technology, 172(1) 2017:113-118.
[2] Chen Zhuodi, Huang Kai*, Jiang Bo, et al. Flotation behaviour of Ti2CO from simulated carbon-thermal reduced titanium ores by oleic acid. Mineral Processing & Extractive Metallurgy Imm Transactions, 126(3)2017: 1-6.
[3] Suning Liu, Kai Huang*, Hongmin Zhu. Removal of Fe, B and P impurities by enhanced separation technique from silicon-rich powder of the multi-wire sawing slurry. Chemical Engineering Journal,299(1)2016:276-281.
[4] Gu jiteng, Huang Kai*, Fang Keming, et al. Characterization of the interior structure of synthetic diamond particles. Journal of Crystal Growth, 451(1)2016: 165-169.
[5] Gu Jiteng, Huang Kai*. Role of cobalt of polycrystalline diamond compact (PDC) in drilling process. Diamond and Related Materials, 66,2016:98-101.
[6] Wu Jinyu, Huang Kai*. Precipitation of flaky moolooite and its thermal decomposition. International Journal of Minerals Metallurgy and Materials, 23 (8)2016:976-980.
[7] Li Jichao, Huang Kai*, Zhu Hongmin. Phase separation of a microsized powder mixture of Si and SiC by Cu–Si alloying. Chemical Engineering Science, 127(4)2015: 25-30.
[8] Kai Huang*, Yifan Xiu, Hongmin Zhu. Removal of hexavalent chromium from aqueous solution by crosslinked mangosteen peel biosorbent. International Journal of Environmental Science and Technology, 12(8)2015:1-8.
[9] Kai Huang*, Yifan Xiu, Hongmin Zhu. Removal of heavy metal ions from aqueous solution by chemically modified mangosteen pericarp. Desalination and Water Treatment, 52(37-39),2014: 7108-7116.
[10] Kai Huang*, Yifan Xiu, Hongmin Zhu. Selective removal of Cr(VI) from aqueous solution by adsorption on mangosteen peel. Environment Science and Pollution Research, 20(9)2013: 5930-5938.
[11] Kai Huang*, Hongmin Zhu. Removal of Pb(II) from aqueous solution by adsorption on chemically modified muskmelon peel. Environment Science and Pollution Research, 20(7)2013: 4424-4434.
[12] 刘苏宁，黄凯*，朱鸿民. 多晶硅线切割废料中硅粉的回收提纯技术进展.有色金属工程，7（1）2017：9-13.
[13] 黄凯,修祎帆,郭占成等. 高磷铁矿脱磷技术现状及磷资源化提取新方法. 钢铁，51（10）2016：1-5.
[14] 黄凯，刘俊友，黄瑛等. 电镀废水无渣化净化处理新技术. 金属世界，5，2015：77-80.

1. 一种利用生物质耦合氧化镁脱除地下水中氟的方法, ZL201510275250.0
2. 一种耦合吸附处理高含氟地下水的方法,ZL201510276445.7
3. 利用废杂铜循环强化提取高纯铜粉的工艺,ZL201510137094.1
4. 一种具有随角异色效果的纳米厚片状草酸铜粉末制备方法,ZL201510166846.7
5. 一种利用大蒜废弃物提取盐酸介质溶液中贵金属的方法,ZL201410283699.7
6. 一种利用大蒜废弃物脱除水中氯离子的方法,ZL201410264357.0
7. 一种利用大蒜废弃物从电子垃圾溶浸液中提取黄金的方法, ZL201210019531.6
8. 一种利用大蒜废弃物吸附清除废水中重金属及染料的方法,ZL201210019530.1
9. 低品位矿有价金属浸出-生物吸附-电积湿法冶金工艺,ZL201410265556.3
10. 一种生物吸附溶液中重金属离子制备光催化材料的方法,ZL201410281889.5
11. 生物吸附溶液中有价金属离子制备超细粉体材料的方法,ZL201410283723.7
12. 一种球磨酸浸-生物吸附回收高磷铁矿中磷资源的方法,ZL201410265113.4
13. 逆Irving-Williams顺序生物吸附材料的制备方法,ZL201310347373.1
14. 微孔膜过滤法回收单晶和 多晶硅线切割废料中硅粉的方法,ZL201210162413.0
15. 一种利用山竹渣选择性吸附提取黄金的方法,ZL201210020025.9
16. 一种利用山竹渣吸附清除废液中重金属及六价铬的方法,ZL201210019777.3
17. 一种珠光色泽草酸锌和氧化锌粉末制备方法,ZL201110045892.3