 |
Dr. BAO-GUO, WANG |
| Associate Professor | |
| Department Chemical Engineering, Tsinghua University | |
| Beijing, 100084, The People’s Republic of China | |
| Phone：+86-10-62788777 | |
| Fax： +86-10-62770304 | |
| E-mail：bgwang@tsinghua.edu.cn |
|
Dr. BAO-GUO, WANG |
| Associate Professor | |
| Department Chemical Engineering, Tsinghua University | |
| Beijing, 100084, The People’s Republic of China | |
| Phone：+86-10-62788777 | |
| Fax： +86-10-62770304 | |
| E-mail：bgwang@tsinghua.edu.cn |
|
PhD (Chem. System Eng.) The University of Tokyo, Japan, 2000.5 |
|
MSc. (Chem. Eng.) Tsinghua University, P. R. China, 1993.3 |
|
BSc. (Chem. Eng.) Tsinghua University, P. R. China, 1987.7 |
Honors
and Awards
Research
interests
Publications
Chinese
Version
Scholarship of
Japan government, 1996-1999
Prize of the
Society of Chemical Engineers, Japan, 1999.10
Prize of
scholar activity for graduate students in Tokyo University, 1999,11
Award of
Kobunn’s scholar fund, Japan, 1999.9
Volunteer prize from Beijing’s administration, P.R.C, 1988.8
1. Membrane physics and chemistry
2. Functional material design for organic mixture separation
3. Polymer solution phase behavior
4. Electrosorption and electrochemical process
A design methodology for functional materials can promote the development of modern separation methods, which are important parts of techniques for sustainable development society, with the nature of saving energy, low-cost and environmental protection. Membrane separation is one of the promising techniques. A model has been developed to calculate solvent permeation rate through the filling-type membrane, including rubbery and glassy polymeric filling-type membranes, without any adjustable parameters.
This membrane is composed of two materials: the porous substrate and the filling polymer, which fills the pores of the substrate. Thus, membrane solubility and the suppressing effect of membrane swelling can be independently controlled by choosing the filling polymer and porous substrate, respectively. When solvent solubility and diffusivity in the filling polymer and the swelling suppression effect of the substrate can be quantitatively estimated without any variable parameters, membrane materials and the mechanical strength of the substrate can be chosen simply by calculation. This constitutes the membrane design methodology. The same conceptual framework is expected to use in developing other functional polymer materials, and benefit for understanding membrane fouling mechanism in the future study.
Journal
papers
Conference presentations
1. Bao-Guo Wang; Takeo Yamaguchi; Shin-ichi Nakao Evidence of hydrogen bonding in chloroform and polyacrylates from NMR measurements, Tsinghua Science and Technology, 2002，7(1), 25~27.
2. Bao-Guo Wang; Takeo Yamaguchi; Shin-ichi Nakao Prediction of solvent solubility, diffusivity and permeability in glassy polymeric membranes. Polymer , 2001, Vol 42, 5225~5232.( SCI 413JN)
3. Bao-Guo Wang; Takeo Yamaguchi; Shin-ichi Nakao Prediction of the Solubility of Chloroform in Acrylate Polymer Mixtures with Inclusion of the Hydrogen-Bonding Effect. Journal of Physical Chemistry B , 2001, Vol .105(15), 3143~3149. (SCI 424WV)
4. Bao-Guo Wang; Takeo Yamaguchi; Shin-ichi Nakao Prediction of solubility for solvent/polymer mixture with UNIFAC-FV and GCLF-EOS model, Acta Chimica Sinica, 2001, Vol. 59(6), 961~967. （SCI 446KD）
5. Bao-Guo Wang; Yosuke Miyazaki; Takeo Yamaguchi; Shin-ichi Nakao Design of a vapor permeation membrane for VOC removal by the filling membrane concept. Journal of Membrane Science, 2000, Vol. 164, No.1-2, 25-35. (SCI 274JA)
6. Bao-Guo Wang; Takeo Yamaguchi; Shin-ichi Nakao Effect of molecular association on solubility, diffusion and permeability in polymeric membranes. Journal of Polymer Science: Part B, Polymer Physics, 2000, Vol 38, 171-181. (SCI 263UM)
7. Bao-Guo Wang; Takeo Yamaguchi; Shin-ichi Nakao Solvent diffusion in amorphous glassy polymers. Journal of Polymer Science: Part B, Polymer Physics, 2000, Vol 38, 846-856. (SCI 285PE)
8. Bao-Guo Wang; Hong-liang Sun; Wei-Jun Jiang Study on the effect of additives on PAN hollow fiber ultrafiltration membranes. MoKexue Yu Jishu (Chinese), 1997, 17, 46.( CA129: 41954q)
9. Bao-Guo Wang; Wei-Jun Jiang Study on polyacrylonitrile hollow fiber ultrafiltration membranes. Shuichuli Jishu ( Chinese), 1995, 21, 11.( CA122: 267338j)
10. Bao-Guo Wang; Mao-Lin Liu; Wei-Jun Jiang Study on the PVDF micro-porous hollow fiber membranes. MoKexue Yu Jishu (Chinese), 1995, 15, 46.( CA123: 172484k)
11. Bao-Guo Wang; Wei-Jun Jiang Preparation of a pervaporation membrane. Shuichuli Jishu( Chinese), 1994, 20, 201.( CA122: 83153p)
12. Bao-Guo Wang; Wei-Jun Jiang Present status and development of the hollow fiber membranes. Huagong Jinzhan( Chinese), 1994, (2), 39.( CA122: 135877z)
13. Bao-Guo Wang; Wei-Jun Jiang Mathematical model for the application of hollow fiber membranes in pervaporation processes. Shuichuli Jishu( Chinese), 1993, 19, 324.( CA122: 58722r)
14. Bao-Guo Wang; Wei-Jun Jiang A hollow fiber composite membrane for pervaporation processes. Shuichuli Jishu ( Chinese), 1993, (2), 63.
15. Bao-Guo Wang; Wei-Jun Jiang Preparation and application of hollow fiber composite membrane in pervaporation. MoKexue Yu Jishu (Chinese), 1993, 13, 55.
16. Bao-Guo Wang; Wei-Jun Jiang A study of the hollow fiber composite membrane in pervaporation. Water treatment, 1993, 8, 287. ( CA 121:158960q)
1.
B. G. Wang, T. Yamaguchi, S. Nakao A model of
solvent diffusion in amorphous glassy polymers, 1999 annual meeting, AIChE, 1999, 10,31 Dallas,
TX
2.
B. G. Wang, T. Yamaguchi, S. Nakao
Design methodology of pervaporation and vapor permeation membranes using
filling-type rubbery and glassy polymer membrane, 1999 annual meeting, AIChE, 1999, 10,31 Dallas,
TX
3.
B.G. Wang,
T. Suzuki, T. Yamaguchi, S. Nakao A filling-type membrane design for VOC removal
from water and air, MRS-Japan
tenth conference, 1998.12.10, Kawasaki, Japan
4.
B.G. Wang,
T. Suzuki, T. Yamaguchi, S. Nakao Membrane design for organic mixture separation
based on thermodynamic and dynamic calculation, Society of Chemical Engineers, Japan,
Annual meeting 64th, Nagoya, 1999.3.25.
5.
B.G. Wang,
T. Suzuki, T. Yamaguchi, S. Nakao Prediction of solubility and permeability in
polymeric membranes, Society
of
synthesis fiber, Japan( annual meeting), Tiba, Japan, 1999.5.12..
6.
B.G. Wang,
T. Yamaguchi, S. Nakao Development of membrane design method for removing polar
organic compounds. Society
of Chemical Engineers, Japan(fall meeting), Kanazawa, 1999.9.26
7.
B.G.
Wang,
T. Yamaguchi, S. Nakao . Membrane design for VOC removal
from environments based on thermodynamic and dynamic calculation.
Japan polymer society, Symposium 48th, Niigata, 1999.10.6
8.
B.G. Wang,
T. Yamaguchi, S. Nakao Prediction of diffusion coefficient of organic solvent
through amorphous glassy polymer for membrane design
Society
of Membrane, Japan, Membrane symposium 99’, Kyoto, 1999.11.25
9.
B.G. Wang;
Wei-Jun Jiang Mechanism of forming a hollow fiber composite membrane for
pervaporation. The third China-Korea symposium on chemical engineering, Tian-Jin,
1995, 10