刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
研究方向: 宏观或微小尺度 （气）-液-固流化床，气-液鼓泡塔以及吸附分离器等在化工及环境等过程工业具有广泛应用。由于多相流动的复杂性，其设计放大和优化控制等问题仍然没有很好解决。开展该类装置系统的理论分析，实验，建模及数值模拟研究，对于实现其科学设计，优化操作及有效控制，最终实现其高效运行，减排及环境保护等，具有重要意义。
针对化工、炼油、冶金、能源、环境、医药等过程工业中存在的沸腾蒸发等相变换热及非相变换热过程设备的结垢问题，引入现代微纳表面工程技术，通过改变换热表面的润湿性，降低与污垢颗粒的黏附力等，开展在线高效防结垢换热过程及装备系统的研究，以实现工业换热过程的节能降耗和连续化生产运行。
同时，也开展颗粒流态化技术强化沸腾传热，易结垢钙离子的离子交换与吸附分离技术，化学添加剂等物理和化学方法防垢技术的研究。
概括而言，主要研究方向有：
1-多相化学反应工程及高效多相反应器；
2-微型多相流化床反应器；
3-不结垢流化床蒸发浓缩技术及设备；
4-微纳米材料涂层强化沸腾传热及防垢；
5-天然植物有效成分或卤水元素的高效提取分离材料;
6-移民火星后的物质转化与能源供应技术研究等。

实验室链接

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刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
研究方向: 宏观或微小尺度 （气）-液-固流化床，气-液鼓泡塔以及吸附分离器等在化工及环境等过程工业具有广泛应用。由于多相流动的复杂性，其设计放大和优化控制等问题仍然没有很好解决。开展该类装置系统的理论分析，实验，建模及数值模拟研究，对于实现其科学设计，优化操作及有效控制，最终实现其高效运行，减排及环境保护等，具有重要意义。
针对化工、炼油、冶金、能源、环境、医药等过程工业中存在的沸腾蒸发等相变换热及非相变换热过程设备的结垢问题，引入现代微纳表面工程技术，通过改变换热表面的润湿性，降低与污垢颗粒的黏附力等，开展在线高效防结垢换热过程及装备系统的研究，以实现工业换热过程的节能降耗和连续化生产运行。
同时，也开展颗粒流态化技术强化沸腾传热，易结垢钙离子的离子交换与吸附分离技术，化学添加剂等物理和化学方法防垢技术的研究。
概括而言，主要研究方向有：
1-多相化学反应工程及高效多相反应器；
2-微型多相流化床反应器；
3-不结垢流化床蒸发浓缩技术及设备；
4-微纳米材料涂层强化沸腾传热及防垢；
5-天然植物有效成分或卤水元素的高效提取分离材料;
6-移民火星后的物质转化与能源供应技术研究等。

实验室链接

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刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
讲授课程: 本科生：1-《化工流体流动与传热》；
2-《化工传质与分离过程》；
3-《化学工程学科的历史及前沿故事》。
研究生：1-《多相流态化及传热》

实验室链接

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刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
学术兼职: 中国颗粒学会第一届青年理事（2008-2012）；
中国颗粒学会第五届理事会理事（2012-2015）；
中国颗粒学会第六届理事会理事（2015-2018）；
中国颗粒学会第七届理事会理事（2018-）；
中国化工学会过程模拟与仿真专业委员会首届委员（2018-）；
中国化工学会高级会员（2010-）；
中国药学会高级会员（2010-）。



实验室链接

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刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
学术成就: 主要在多相化学反应工程及传热过程强化及节能等领域取得了一定的研究成果，发表科研论文100余篇，涉及:
1. 多相化学反应器：气-液两相鼓泡塔、液-固两相流化床、气-液-固三相流化床等，多相流动及传递过程的实验及测试研究，数值模拟和理论建模等;
2. 化工传热过程强化：颗粒流态化技术强化沸腾蒸发过程；微纳米材料涂层表面强化传热和防腐防垢等;
3. 其他诸如可再生能源等交叉学科领域。

一些科技相关的奖励主要有：

2005年度天津市科学技术发明三等奖（排名第一）“中药浸取液三相流化床蒸发浓缩技术及装置”；
2010年度中国石油和化学工业优秀出版物奖（教材奖）一等奖（学校排名第一）；
2011年度IChemE革新者奖提名；
2017年度中国化工学会会刊优秀审稿人；
2019年度中国化工学会会刊优秀审稿人。



实验室链接

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刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
科研项目: 1-国家自然科学基金面上项目：微型气液固三相流态化基础研究；
2-国家自然科学基金重大研究计划项目重点支持项目（参加）：气-液两相反应器介尺度流动结构与颗粒传质过程的关联与调控；
3-国家自然科学基金委员会与俄罗斯基础研究基金会合作交流项目: 不同涂层表面上的池沸腾多尺度传热传质特性；
4-国家重点研发项目：深部地热增产技术中研究，研究多相流动及传热传质预测技术；
5-企业合作项目：巴斯夫（上海）高效蒸发浓缩技术用于废水治理研究；
6-多相复杂系统国家重点实验室开放基金：气液固流化床多相流动及传质特性研究；
7-中华人民共和国行业标准《城镇地热供热工程技术规程》修订项目等。


实验室链接

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刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
论著专利: [1] Dong Tingting, Liu Mingyan, Li Xiangnan, Zahid Saima. Catalytic oxidation of crotonaldehyde to crotonic acid in a gas-liquid-solid mini-fluidized bed, Powder Technology, 2019, 352: 32–41.
[2] Wang Xiaoyun, Liu Mingyan. Photocatalytic enhancement mechanism of direct Z-scheme heterojunction O-g-C3N4@Fe-TiO2 under visible-light irradiation, Applied Surface Science, 2019, 485: 353–360.
[3] Lv Y., Liu M. Y., Hui L. F., Pavlenko A.N., Surtaev A. S., Serdyukov V. S. Heat transfer and fouling rate at boiling on superhydrophobic surface with TiO2 nanotube-array structure, Journal of Engineering Thermophysics, 2019, 28(2): 163-176.
[4] Wu Qiang, Liu Mingyan, Wang Xiong. A novel chitosan based adsorbent for boron separation, Separation and Purification Technology, 2019, 211: 162 - 169.
[5] Ma Yongli, Liu Mingyan, Zhang Yuan. Axial meso-scale modeling of gas-liquid-solid fluidized beds, Chemical Engineering Science, 2019, 196:188–201.
[6] Lv Yan, Liu Mingyan. Corrosion and fouling behaviours of copper-based superhydrophobic coating, Surface Engineering, 2019, 35: 542–549.
[7] Li Xiangnan, Liu Mingyan, Li Yanjun, Hydrodynamic differences of liquid-solid micro-fluidized beds investigated from bed expansion，Particuology, 2018, 38:103–112.
[8] Yang Zhongguo, Liu Mingyan, Wang Xiaoyun. Experiment study and modeling of novel mini-bubble column photocatalytic reactor with multiple micro-bubbles, Chemical Engineering & Processing: Process Intensification, 2018, 124: 269–281.
[9] Li, Yanjun; Liu, Mingyan; Li, Xiangnan. Flow regimes in gas-liquid-solid mini-fluidized beds with single gas orifice, Powder Technology, 2018, 333: 293–303.
[10] Li, Xiangnan; Liu, Mingyan; Ma, Yongli; Dong, Tingting; Yao, Dong. Experiments and meso-scale modeling of phase holdups and bubble behavior in gas-liquid-solid mini-fluidized beds, Chemical Engineering Science, 2018, 192: 725–738.
[11] Wang Xiaoyun, Liu, Mingyan, Yang Zhongguo. Coupled model based on radiation transfer and reaction kinetics of gas–liquid–solid photocatalytic mini-fluidized bed, Chemical Engineering Research and Design, 2018, 134: 172–185.
[12] Ma Yongli, Liu Mingyan, Zhang Yuan. An improved meso-scale flow model of gas-liquid-solid fluidized beds. Chemical Engineering Science, 2018, 179: 243-256.
[13] Song Junchao, Liu Mingyan, Sun Xiuxiu, Wang Jiansheng, Zhu Jialing. Antifouling and anticorrosion behaviors of modified heat transfer surfaces with coatings in simulated hot-dry-rock geothermal water, Applied Thermal Engineering, 2018, 132: 740–759.
[14] Lv Yan, Liu Mingyan, Xu Yangshuhan. Corrosion and fouling behaviors on modified stainless steel surfaces in simulated oilfield geothermal water, Protection of Metals and Physical Chemistry of Surfaces, 2018, 54: 526–535.
[15] Li Xiangnan, Liu Mingyan, Li Yanjun. Bed expansion and multi-bubble behavior of gas-liquid-solid micro-fluidized beds in sub-millimeter capillary, Chemical Engineering Journal, 2017, 328:1122-1138.
[16] Li Xinju, Guan Xiaoping, Zhou Rongtao, Yang Ning, Liu Mingyan. CFD simulation of gas dispersion in a stirred tank of dual Rushton turbines, International Journal of Chemical Reactor Engineering. 2017, 15:**(13).
[17] Zhou Lina, Yin Qiuxiang, Guo Zhiqiang, Lu Haijiao, Liu Mingyan, Chen Wei, Hou Baohong. Measurement and correlation of solubility of ciclesonide in seven pure organic solvents, J. Chem. Thermodynamics, 2017,105:133-131.
[18] Xu Xiaoping, Liu Mingyan, Ma Yue, An Min. Nonlinear behaviors of vibration acceleration signals in a graphite tube with vapor-liquid-solid boiling flows，Powder Technology，2017, 316:315-328.
[19] Ma Yue, Liu Mingyan, An Min, Xu Xiaoping. Experimental investigation of collision behavior of fluidized solid particles on the wall of a graphite evaporator by vibration signal analysis, Powder Technology，2017,316:303-314.
[20] Xu Yangshuhan, Xu Yangshuhan, Liu Mingyan, Zhu Jialing, Li Haitao, Zhou Weidong. Novel methods of oil fouling inhibition on surface of plate heat exchanger in simulated oilfield geothermal water, International Journal of Heat and Mass Transfer, 2017, 113: 961–974.
[21] Xu Yangshuhan, Liu Mingyan, Corrosion behavior of polysiloxane-ferroferric oxide coating coated on carbon steel in NaCl solution and geothermal water, Geothermics, 2017,70:339-350.
[22] Xu Yangshuhan, Liu Mingyan, Li Haoran, Wali, Ahsan, Modified metal mesh with bipolar wettability for rapid and gravity-driven oil-water separation and oil collection, Surface & Coating Technology, 2017, 325: 661-672.
[23] Can Tang, Liu, Mingyan; Li, Yanjun. Experimental investigation of hydrodynamics of liquid–solid mini-fluidized beds. Particuology, 2016, 27:102-109.
[24] Li, Yanjun; Liu, Mingyan; Li, Xiangnan. Minimum fluidization velocity in gas-liquid-solid minifluidized beds. AIChE Journal,2016, 62:1940-1957.
[25] Li, Yanjun; Liu, Mingyan; Li, Xiangnan. Single bubble behavior in gas-liquid-solid mini-fluidized beds. Chemical Engineering Journal, 2016, 286: 497-507.
[26] Lin, Cheng; Liu, Mingyan; Yang, Zhongguo. Performance of a metal ion-doped titania-coated planar photocatalytic microreactor. Chemical Engineering and Technology, 2016, 39: 88-96.
[27] Yang, Zhongguo; Liu, Mingyan; Lin, Cheng. Photocatalytic activity and scale-up effect in liquid-solid mini-fluidized bed reactor. Chemical Engineering Journal, 2016, 291: 254-268.
[28] An, Min; Liu, Mingyan; Ma, Yue; Xu, Xiaoping. Multi-scale vibration behavior of a graphite tube with an internal vapor-liquid-solid boiling flow. Powder Technology, 2016, 291: 201-213.
[29] Xu, Xiaoping; Liu, Mingyan; Ma, Yue; An, Min. Effects of fluidized solid particles on vibration behaviors of a graphite tube evaporator with an internal vapor-liquid flow. Applied Thermal Engineering, 2016, 100: 1229-1244.
[30] Xu, Yangshuhan; Liu, Mingyan. Soiling and corrosion behaviors on fluorinated anodized TiO2surface infused by perfluoropolyether. Surface and Coatings Technology, 2016, 307: 332-344.
[31] Lina Zhou, Qiuxiang Yin, Zhiqiang Guo, Haijiao Lu, Mingyan Liu,Wei Chen, Baohong Hou. Measurement and correlation of solubility of ciclesonide in seven pure organic solvents，Journal of Chemical Thermodynamics，2017, 105:133–141.
[32] Lina Zhou, Qiuxiang Yin, Shichao Du, Hongxun Hao,Yanfeng Li, Mingyan Liu, Baohong Hou. Crystal structure, thermal crystal form transformation, desolvation process and desolvation kinetics of two novel solvates of ciclesonide, RSC Advances, 2016, 6, 51037–51045.
[33] Zhou, Weidong; Liu, Mingyan; Chen, Ning; Sun, Xiuxiu. Corrosion properties of sol–gel silica coatings on phosphated carbon steel in sodium chloride solution. Journal of Sol-Gel Science and Technology, 2015, 76: 358-371.
[34] Hui, Longfei; Liu, Mingyan; Cai, Yongwei; Lv, Yan. Fouling resistance on chemically etched hydrophobic surfaces in nucleate pool boiling. Chemical Engineering and Technology, 2015, 38(3): 416-422.
[35] Han Qiqi, Zhu Jiahua, Yang Ning, Liu Mingyan,Onset velocity of circulating fluidization regime and residence time distribution of particles: A CFD-DEM study，Particuology,2015,21: 187-195
[36] Song, Junchao; Liu, Mingyan; Zhang, Yang. Ion-exchange adsorption of calcium ions from water and geothermal water with modified zeolite A. AIChE Journal, 2015, 61(2): 640-654.
[37]Huashuai Wu, ShuliShu, NingYang, Guoping Lian, ShipingZhu, MingyanLiu. Modeling of power characteristics for multistage rotor–stator mixers of shear-thinning fluids, Chemical Engineering Science, 2014, 117:173–182.
[38] Yongwei Cai,Mingyan Liu, Longfei Hui, Observations and Mechanism of CaSO4 Fouling on Hydrophobic Surfaces, Industrial & Engineering Chemistry Research, 2014, 53(9): 3509?3527.





实验室链接

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刘明言现任职称/职务：教授,博导
通讯地址：天津大学化工学院，北洋园校区52楼F237，300350
电子邮箱：myliu@tju.edu.cn
办公电话：
合作交流: 国际合作交流与访问单位：
[1]Institute of Chemical Process Fundamentals，Academy of Sciences of the Czech Republic.
[2]Oladele O. Bello，Clausthal University of Technology，Germany.
[3] Swiss Federal Institute of Technology-Lausanne, Switzerland.
[4] KLAREN BV Co. Ltd., Netherland.
[5]University of Toronto，Canada.
[6] University of Waterloo，Canada.
[7]University of Western Ontario, Canada.
[8]McMaster University，Canada.
[9] University of New South Wales, Australia.
[10]Edward Shanqing Zhang，Griffith University，Australia.
[11]Monash University，Australia.
[12]Yang Mengyan，Bath University，U.K.
[13]Yu Aibing，The University of New South Wales，Australia.
[14]University of Birmingham, UK.
[15]University of Oxford, UK.
[16]University of Cambridge, UK.
[17]Imperial College，UK.
[18]Pontificia Universidad Catolica de Valparaiso, Chile.
[19]Geothermal Power in Larderello (Tuscany), Italy.
[20]BESTEC Co. Ltd. (Landau, Barth), Germany.
[21] Siberian Branch, Russian Academy of Sciences,Russia















实验室链接