张裕卿，教授，
招收硕士和博士
研究生的专业:
化学工程
主要教育经历
2015,3- 2015,9
中国教育部
CSC
资助
,
任澳大利亚昆士兰大学工学院纳米功能材料研究中心（
The University of Queensland
，
School of Engineering, AIBN, ARC Centre of Excellence for Functional Nanomaterials)
高级研究学者。
2014,2
被澳大利亚科廷大学工学院化学工程系邀请为访问教授。
2012,4-2012, 10
英国皇家工程院资助
,
任英国爱丁堡大学工学院访问教授。
2007,9-2008,9
中国教育部
CSC
资助
,
在澳大利亚昆士兰大学工学院纳米功能材料研究中心（
The University of Queensland
，
School of Engineering, AIBN, ARC Centre of Excellence for Functional Nanomaterials)
做研究学者。
2000,8-2002,10
在天津大学化工学院生物化工专业做博士后研究工作。
1997,9-2000,8
在天津大学化工学院化学工程专业读博士，获工学博士学位。
1993,9-1996,3
在天津大学应用化学系应用化学专业读硕士，获工学硕士学位。
1982,9-1986,7
在天津大学应用化学系应用化学专业读本科，获工学学士学位。
Education:
Apr., 2014-
Senior visiting fellow of Chemical Engineering supported by CSC, ARC center of Excellence for Functional Nanomaterials Center, The University of Queensland, Australia
Feb., 2014
- Visiting Professor of Chemical Engineering, Curtin University,Australia
Apr., 2012
-
Oct. 2012-
Visiting Professor of Chemical Engineering supported by The Royal Academy of Engineering,
University of Edinburgh
,
United Kingdom
Sep., 2007- Sep., 2008
- Visiting fellow of Chemical Engineering supported by CSC, ARC center of Excellence forFunctionalNanomaterialsCenter, The University of Queensland,Australia
Oct., 2000- Oct., 2002
- Postdoctoral of Biochemical Engineering,Tianjin University,China.
Sep., 1997-Aug., 2000
-Ph. D. of Chemical Engineering.Tianjin University,China.
Sep., 1993-Mar., 1996
-Master of Engineering in Applied Chemistry, Department of Applied Chemistry,Tianjin University,China
Sep., 1982-Jul., 1986
-Bachelor of Engineering in Applied Chemistry, Department of Applied Chemistry,Tianjin University,China.
研究方向：
1.
具有净化和修复功能的化工新型材料，膜分离和吸附分离工程
,
膜分离和吸附分离设备
2.
化工传质与分离工程，化工催化反应工程，化工反应分离设备
3.
海水和工业废水处理，水体净化工程，环境工程
4.
流体流动能量转化，机电转化设备和流体发电设备
5.
生物医药及医药中间体
,
天然药物有效成分分离纯化和新型药物制剂，药物传输与释放系统
6.
生物催化工程，生物质可再生能源的转化及应用
7.
先进能源材料，化学与物理电源
Research interests:
(1)
Novel materials with purified and recovered function and engineering of water purification
(2)
Engineering of chemical mass transfer and separation; Engineering of membrane separation and adsorption separation
(3) Intermediate products of biological and chemical drug, extraction of active ingredients from natural drug and preparations of new pharmaceutical,
drug delivery and release system
4.
(4)
High selective membrane for drug separation and membrane transfer process
5.
(5)
Composite membrane doped by nanoparticles and its application
6.
(6)
Bio-catalytic engineering
7.
(7)
Transform and application of biomass renewable energy source , advanced materials for energy sources, chemical and physical batteries
