Dr. LU Jie welcome you
!
RESUME
Name:
LU Jie | Gender: Male
| Birth
Date: Oct. 21, 1970
Nationality: China
Education
History ( Cum laude )
Bachelor,
Chemical Engineering, Tianjin
University, China, 1987.9 -- 1991.7
Master,
Chemical Engineering (Reaction Engineering), Tianjin University, China, 1991.9 -- 1994.3
Ph.D,
Chemical Engineering (Industrial Crystallization), Tianjin University, China, 1994.3 -- 1997.3
Career
History
Post-doc,
Separation & Purification, South China University of Technology, China, 1997.4 -- 1999.4
Associate
Professor,
Chem. Eng. & Computation,
Shanghai University,
China, 1999.5 --
2001.8
Research
Fellow,
Crystallization, Chemical and
Process Engineering Center, National University of Singapore,
Singapore, 2001.8 -- 2002.9
Senior
Research Fellow,
Crystallization, Institute of
Chemical and Engineering Sciences,
Singapore, 2002.10 ---
Research
Activities
I. Pharmaceutical and biomolecular
crystallization
- Industrial
crystallization technology & systems engineering of pharmaceutical --
procaine benzylpenicillin, 1994.3 -- 1997.3, supervisor: Prof. Wang Jing-Kang,
Tianjin
University.
- Study
on the crystallization processes of food additives -- maltol and ethyl maltol,
1997.8 -- 1998.7, South China University of Technology.
- The
effect of external magnetic field on the enantioselective crystallization for
synthetic amino acids, 1999.7 -- 2001.8, financially supported by Shanghai University.
- Mechanisms
and techniques for the controllable crystallization of biological
macromolecules, 2002.1 -- 2004.12, financed by National Natural Science Fund
of China (20106010), Shanghai University.
- Protein
crystallization, 2001.8 -- 2003.8, Chemical and
Process Engineering Center, National University of Singapore.
- Precipitation
and crystallization of low crystallinity organic compounds oligo-peptides,
On-going in-house project, 2004.2 - , Institute of Chemical and Engineering
Sciences, Singapore.
II. Molecular modeling
- Predicting
the habit of organic crystals grown from solutions -- effect of additives,
On-going in-house project, 2003.9 -- , Institute of Chemical and Engineering Sciences,
Singapore.
III. Novel separation & purification
technology
- Mechanism
of molecular distillation, 1997.5 -- 1999.4, South China University of
Technology.
- The
device and applications of vacuum thin-film evaporation, 1997.5 -- 1999.4,
South China University of Technology.
IV. Pharmaceutical industrial wastewater
treatment
- Pharmaceutical
wastewater disposal techniques and systematic engineering, co-worker, 1999.5
-- 2001.8, Shanghai University.
Main
Publications
(1) Lu
Jie and Wang
Jingkang (1996): Study on the
thermodynamics of precipitation. The 8th National Conference of Chemical
Engineering at Tianjin, P R China,
Oct 1996, 25-28.
(2) Lu
Jie and Wang
Jingkang (1996): Research on
reactive kinetics of reactive precipitation. The 8th National Conference of
Chemical Engineering at Tianjin, P R China,
Oct 1996, 1027-1030.
(3) Lu
Jie and Wang
Jingkang (1996): Progress of
pharmaceutical crystallization in China. National Pharmaceutical
Crystallization and Particular Technology Conference at Tianjin, P R China, May 1996, 53-64.
(4)
Lu
Jie and Li
Shaofen (1998): Solubility and mass
transfer coefficients of reacting species in liquid paraffin for methanol
synthesis. Natural Gas Chemical Industry, Vol. 23, No. 5, 56 - 58.
(5)
Lu
Jie and Wang
Jingkang (1998): Advances in
reactive crystallization. Proceedings of International Symposium on Industrial
Crystallization at Tianjin, P R China,
Sep 1998, 143-1-8.
(6) Lu
Jie and Wang
Jingkang (1999): Recent progress in
reactive precipitation. Chemical Engineering, Vol. 27, No. 3, 24-28.
(7) Lu
Jie and Wang Jingkang (1999): Study on reactive crystallization (I) laser
detection technology. Chemical Industry and Engineering, Vol. 16, No. 1, 1-5.
(8) Lu
Jie and Wang Jingkang (1999): Study on reactive crystallization (II) secondary
processes and mechanism. Chemical Industry and Engineering, Vol. 16, No. 1,
58-63.
(9) Lu
Jie and Wang Jingkang (1999): Crystallization thermodynamics of
benzylpenicillium. Journal of Chemical Engineering of Chinese Universities, Vol.
13, No. 3, 189-193.
(10)
Lu
Jie and Wang Jingkang (1999): Precipitating reaction kinetics of semi-synthetic
penicillin. Journal of Chemical Engineering of Chinese Universities, Vol. 13,
No. 4, 335-339.
(11)
Lu
Jie and Wang Jingkang (1999): Crystallization kinetics of benzylpenicillium.
Journal of Chemical Engineering of Chinese Universities, Vol. 13, No. 5, 403-407.
(12)
Lu
Jie and Wang Jingkang (1999): Effects of operational parameters on crystal sizes
of benzylpenicillium. Journal of Chemical Engineering of Chinese Universities, Vol. 13, No. 6, 554-557.
(13)
Jie
Lu
and J.
Wang (1999): Effect of operational
parameters on precipitate size -- mixing and precipitation. The 49th Canadian
Chemical Engineering Conference, Saskatoon, Saskatchewan,
Canada, October
1999, 74.
(14)
Lu
Jie and Wang
Jingkang (1999): Study on the
agglomeration and breakage of particles in the precipitation process by
population balance model. Journal of Chemical Industry and Engineering, Vol. 50
( 3), 303 - 308.
(15)
Lu Jie and Wang Jingkang (1999): Study on the solution particle crystallization
of antibiotics (I): basic thermodynamic diagram. Chinese Journal of Antibiotics,
Vol. 24, No.5, 365 - 367.
(16)
Lu Jie and Wang Jingkang (1999): Study on the solution
particle cystallization of antibiotics (II): all kinds of kinetics. Chinese
Journal of Antibiotics, Vol. 24, No.6, 408 - 409, 414.
(17)
Lu
Jie and Wang Jingkang (2000): Study on the solution particle crystallization of
antibiotics (III): optimization of crystallization schedule. Chinese Journal of
Antibiotics, Vol. 25, No.1, 16-17, 55.
(18)
Lu
Jie and Wang
Jingkang (2000): Reactive
precipitation of procaine. Chinese Journal of Chemical Engineering, Vol. 8, No.
1, 68-73.
(19)
Lu Jie and Xu
Gaotian (2001): Advances in the
pharmaceutical waste water treatment. Industrial Water Treatment, No.10, 1-5.
(20) Lu
Jie and Xu
Gaotian (2001): Application of
UNITANK system in treatment of soap wastewater. Industrial Water Wastewater,
No.2, 25-27.
(21)
Lu
Jie, Xu Gaotian and Zhang Guoying (2001): Unitank + biological contact oxidation
technology for the industrial wastewater, Environmental Science and Technology,
No.5, 23-25.
(22)
Lu Jie, Zhang
Ling, Xu Gaotian and Zhang Guoying (2001): The treatment and control of
VOCs. Environmental Science and Technology, No 6. 1-3.
(23)
Lu Jie and Zhang Ling
(2001): Vacuum film evaporation and its application in the treatment of VOCs.
Science & Technology in Chemical Industry, Vol.9, No.6, 51-54.
(24)
Lu
Jie and Wang Jingkang (2001): Precipitation and crystallization of proteins.
Chemical Engineering, Vol. 29, No. 6, 52-56.
(25)
Lu Jie (2001): Chemical synthesis and resolution by preferential and fractional
crystallization of d-glutamic acids and its derivative. 1st Symposium on
Challenges in Novel Separation & Purification, National University of
Singapore, Singapore, Oct 2001, B24-27.
(26)
Lu
Jie, et al (2002): Current status and future -- protein crystallization. 2nd
Symposium on Challenges in Novel Separation & Purification, Tsinghua University,
China, May 2002.
(27) Xiu-Juan
Wang, Jie Lu and Chi-Bun Ching
(2002): Aspects of enantioselective crystallization for chiral drugs and
intermediates. 15th International Symposium on Industrial Crystallization,
Italy, Sept 2002.
(28)
Xiu-Juan Wang, Jie Lu, et al (2002):
Aspects of enantioselective crystallization for chiral drugs and intermediates.
Chemical Engineering Transactions, Vol. 1, 1059-1064.
(29)
Jie Lu, Xiu-Juan Wang and Chi-Bun
Ching (2002): Batch crystallization of soluble proteins. Prog. Crystal Growth and Charact.
of Materials, 45(3), 201-217.
(30)
Jie Lu, Xiu-Juan Wang and Chi-Bun
Ching (2003): Effect of additives on the crystallization of lysozyme and
chymotrypsinogen A. Crystal Growth & Design, Vol. 3, No. 1, 83-87.
(31)
Jie
Lu,
et al (2003): Agglomeration, breakage and crystallization kinetics of reactive
crystallization process. AIChE Symp. Ser., Vol. 99, No. 312,
1-7.
(32)
Jie Lu, et al (2003): Study on
aggregation and L-L phase separation in lysozyme crystallization via DSC. AIChE
Symp. Ser., Vol. 99, No. 309, 1-6.
(33)
Rui-Jiang Li, Jie Lu, et al (2003):
Effect of glycerol on the solution structure, phase diagram and crystal habit of
lysozyme. 53rd Canadian Chemical Engineering Conference, Hamilton, Ontario, Canada, Oct 26-29, No.722.
(34)
Jie
Lu,
Pui-shan Chow and Keith Carpenter (2003): Phase transitions in lysozyme
solutions characterized by differential scanning calorimetry. Progress in
Crystal Growth
and Characterization of Materials, 105-129.
(35)
Jie
Lu,
Keith Carpenter, Rui-Jiang Li, Xiu-Juan Wang and Chi-Bun Ching (2004):
Cloud-point temperature and liquid-liquid phase separation of concentrated
lysozyme solution. Biophysical Chemistry, 109, 105-112.
(36)
Rui-Jiang
Li, Jie Bu, Chee-Wee Quah, Jie Lu
(2004): Study the reaction kinetics of PAMAM dendrimer propagation on silica gel
by FT-IR spectroscopy and multivariate curve resolution with alternating least
squares. 9th Chemometrics in Analytical Chemistry, Sep 20 ~ 23, Lisbon,
Portugal.
(37)
Jie Lu, et al (2004): Solid state
characterization of freeze-dried protein-excipient mixtures. 10th Congress of
Asian Pacific Confederation of Chemical Engineering (APCChE), Oct 17-21,
Kitakyushu,
Japan, No.
622.
(38)
Jie Lu, et al (2005): Precipitation
and crystallization -- cases of oligo-peptides. 16th International Symposium on
Industrial Crystallization, Dresden, Germany, Sep 11-14, No.
113a.
(39)
Jie
Lu
(2005): Investigation on the solid state characters of freeze-dried
protein-excipient mixtures. Progress in Crystal Growth and Characterization of
Materials, in press.
(40)
Jie
Lu
(2005): Agglomeration, breakage, population balance and crystallization kinetics
of reactive precipitation process, Chemical Engineering Communications, in
press.
Other
Professional Activities
(1) Member, ACS , 1999 - present;
(2) Reviewer of the following
journals:
J. Chem. Eng. Ch. Univ. [ China ]; J. Chem. Ind. Eng. [ China ]; Ch. J. Chem. Eng. [ China ];
Pharmaceut. Res. [ USA
]; Ind. & Eng. Chem. Res. [ USA
]; Biotechnol. Bioeng. [USA]
Contact
[email protected]
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