馬保中檢視原始碼討論檢視歷史
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馬保中，男，北京科技大學科技大學冶金與生態工程學院教授。
人物簡歷
2020.07-今，北京科技大學，教授
2019.08-2020.05，加拿大不列顛哥倫比亞大學（UBC），訪問學者
2017.07-2020.06，北京科技大學，副教授
2008.07-2017.06，北京礦冶研究總院，助理工程師、工程師、高級工程師
2014.09-2017.05，昆明理工大學，博士
2005.09-2008.06，中國科學院過程工程研究所，碩士
2001.09-2005.06，中南大學，本科
本科課程
冶金單元設計與操作
研究生課程
科研方向
多元金屬原生資源材料化冶金
有色冶煉過程產物高效處置
退役電池二次資源清潔回收
學術成就
國家重點研發計劃項目首席，中國有色金屬學會節能減排專委會、礦冶過程界面化學專委會專家委員，中國再生資源產業技術創新戰略聯盟專委會專家委員。從事多元複雜金屬原生資源/二次資源綜合利用、清潔回收及冶金新材料製備方面的基礎研究和工程轉化工作。發明了鎳鈷共伴生礦綜合利用、複雜鋰銣銫資源協同提取、高鋁煤矸石/粉煤灰高效處置、廢舊雜銅高值再生回用、工業廢酸選擇性脫氟氯、退役太陽能電池組分清潔回收等多項原創技術。以核心成員建成有年處理30萬噸礦石規模的鎳鐵礦選擇性還原焙燒－氨浸示範工程、年處理10萬噸礦石規模的褐鐵型紅土鎳礦非常規介質溫和提取示範工程等，在建年處理180萬噸紅土鎳礦硝酸加壓浸出技術示範工程，取得顯著經濟、社會和環境效益。
先後主持國家重點研發計劃項目/課題，國家自然科學基金重點/面上/青年項目，北京市自然科學基金面上項目等20餘項；作為骨幹參與國家自然基金重點項目、國家重點研發、國家863計劃、國家科技支撐等科研項目50餘項。以第一或通訊作者發表論文100餘篇，其中SCI論文80餘篇（總IF>470），中科院一區35篇，二區36篇，被引2000餘次；獲授權專利70餘件，其中國際專利5件；出版國家級重點專著1部（100.4萬字）；獲省部級一等獎4項，省部級二等獎3項，省部級三等獎3項。擔任《中國有色金屬學報（中英文版）》、《礦物冶金與材料學報（英文版）》、《有色金屬科學與工程》等10餘個期刊青年編委，國內外20多個期刊審稿專家，多家企業技術顧問等。在國內外學術會議上做大會特邀/口頭報告20餘次。指導博/碩士生50餘名，畢業20餘名。
專著
[1] 王成彥，馬保中. 《紅土鎳礦冶煉》，冶金工業出版社，2020.
論文
[1] Ding Zhao, Baozhong Ma*, Chengyan Wang*, Yuqing Zhang, Shuyang Shi, Yongqiang Chen. Investigation of the thermal behavior of Mg(NO3)2·6H2O and its application for the regeneration of HNO3 and MgO. Chemical Engineering Journal , 2022, 433, 133804. (SCI, IF="16.744," 中科院一區).
[2] Jun Chen, Wenjuan Zhang, Baozhong Ma*, Jianyong Che, Liu Xia, Peicheng Wen, Chengyan Wang. Recovering metals from flue dust produced in secondary copper smelting through a novel process combining low temperature roasting, water leaching and mechanochemical reduction. Journal of Hazardous Materials, 2022, 430, 128497. (SCI, IF="14.224," 中科院一區)
[3] Shuang Shao, Baozhong Ma*, Yongqiang Chen, Wenjuan Zhang, Chengyan Wang*. Behavior and mechanism of fluoride removal from aqueous solutions by using synthesized CaSO4·2H2O nanorods. Chemical Engineering Journal , 2021, 426, 131364. (SCI, IF="13.273," 中科院一區).
[4] Yingwei Lv, Yubo Liu, Baozhong Ma*, Chengyan Wang, Yongqiang Chen. Preferential extraction of rubidium from high concentration impurity solution by solvent extraction and preparation of high-purity rubidium salts. Desalination, 2022, 545, 116162. (SCI, IF="11.211," 中科院一區)
[5] Yingwei Lv, Baozhong Ma*, Yubo Liu, Chengyan Wang*, Wenjuan Zhang, Yongqiang Chen. Selective extraction of cesium from high concentration rubidium chloride leach liquor of lepidolite. Desalination , 2022, 530,115673. (SCI, IF="11.211," 中科院一區)
[6] Xiang Li, Baozhong Ma*, Die Hu, Qinqing Zhao, Yongqiang Chen, Chengyan Wang*. Efficient separation and purification of indium and gallium in spent copper indium gallium diselenide (CIGS). Journal of Cleaner Production . 2022, 339, 130658. (SCI, IF="11.072," 中科院一區)
[7] Die Hu, Baozhong Ma*, Xiang Li, Yingwei Lv, Yongqiang Chen, Chengyan Wang*. Innovative and sustainable separation and recovery of valuable metals in spent CIGS materials. Journal of Cleaner Production . 2022, 350, 131426. (SCI, IF="11.072," 中科院一區)
[8] Huiyao Hou, Shuang Shao, Baozhong Ma*, Xiang Li, Shuyang Shi, Yongqiang Chen*, Chengyan Wang. Sustainable process for valuable-metal recovery from circulating fluidized bed fly ash through nitric acid pressure leaching. Journal of Cleaner Production , 2022, 360, 132212. (SCI, IF="11.072," 中科院一區)
[9] Wei Liu, Baozhong Ma*, Ling Wang, Qinqing Zhao, Yi`an Zuo, Yongqiang Chen, Chengyan Wang*. Corrosion behavior of silica-alumina refractories for scrap brass smelter linings. Journal of Cleaner Production , 2022, 370, 133600. (SCI, IF="11.072," 中科院一區)
[10] Hui Yang, Baozhong Ma*, Yingwei Lv, Chengyan Wang*, Yong qiang Chen. Novel Technology for Synergistic Extraction of Li and Rb from a Complex Lithium Concentrate. ACS Sustainable Chemistry & Engineering , 2022, 10, 12030-12040. (SCI, IF="9.224," 中科院一區)
[11] Yubo Liu, Baozhong Ma*, Yingwei Lv, Chengyan Wang*, Yongqiang Chen. Selective recovery and efficient separation of lithium, rubidium, and cesium from lepidolite ores. Separation and Purification Technology , 2022, 288,120667. (SCI, IF="9.136," 中科院一區)
[12] Die Hu, Baozhong Ma*, Xiang Li, Yingwei Lv, Wenjuan Zhang, Yongqiang Chen, Chengyan Wang*. Efficient separation and recovery of gallium and indium in spent CIGS materials. Separation and Purification Technology , 2022, 282, 120087. (SCI, IF="9.136," 中科院一區)
[13] Weiwei Zhang, Baozhong Ma*, Jiancheng Yu, Chengyan Wang*, Yongqiang Chen. Crystallization and pyrolysis of nitric aicd pressure leaching solution of limonite laterite and separation of valuable metals. Separation and Purification Technology, 2022. (SCI, IF="9.136," 中科院一區)
[14] Shuang Shao, Baozhong Ma*, Chengyan Wang*, Yongqiang Chen. Thermal behavior and chemical reactivity of coal gangue during pyrolysis and combustion. Fuel , 2022, 331, 125927. (SCI, IF="8.035," 中科院一區)
[15] Baozhong Ma, Xiang Li, Weijiao Yang, Die Hu, Peng Xing, Bao Liu, Chengyan Wang*. Nonmolten state metalized reduction of saprolitic laterite ores: Effective extraction and process optimization of nickel and iron. Journal of Cleaner Production, 2020 , 256, 120415. (SCI, IF="9.297," 中科院一區).
[16] Bao Liu, Kexuan Lv, Yongqiang Chen, Baozhong Ma *, Chengyan Wang*. Energy efficient electrodeposition of metallic manganese in an anion-exchange membrane electrolysis reactor using Ti/IrO2-RuO2-SiO2 anode. Journal of Cleaner Production , 2020, 258, 120740. (SCI, IF="9.297," 中科院一區).
[17] Baozhong Ma, Xiang Li, Bao Liu, Peng Xing, Wenjuan Zhang, Chengyan Wang*, Yongqiang Chen. Effective Separation and recovery of valuable components from CIGS chamber waste via controlled phase transformation and selective leaching. ACS Sustainable Chemistry & Engineering, 2020, 8, 3026-3037. (SCI, IF="8.198," 中科院一區).
[18] Mengen Lei, Baozhong Ma*, Yongqiang Chen, Wei Liu, Bao Liu, Dongya Lv, WenJuan Zhang, Chengyan Wang *. Effective separation and beneficiation of iron and chromium from laterite sulfuric acid leach residue. ACS Sustainable Chemistry & Engineering, 2020, 8, 3959−3968. (SCI, IF="8.198," 中科院一區).
[19] Yingwei Lv, Peng Xing, Baozhong Ma*, Yubo Liu, Chengyan Wang*, Wenjuan Zhang, and Yongqiang Chen. Efficient extraction of lithium and rubidium from polylithionite via alkaline leaching combined with solvent extraction and precipitation. ACS Sustainable Chemistry & Engineering, 2020, 8, 14462-14470. (SCI, IF="8.198," 中科院一區).
[20] Bao Liu, Baozhong Ma *, Yongqiang Chen, Chengyan Wang. Corrosion mechanism of Ti/IrO2-RuO2-SiO2 anode for oxygen evolution in sulfuric acid solution. Corrosion Science , 2020, 170, 108662. (SCI, IF="6.479," 中科院一區).[1]