Current Professional Societies
1.Chinese Expert Team Leader of Water Technology for World Skills Competition (2019,03- );
2.Co-Editor-in-Chief of Journal of Chemical Engineering Research Updates(2019,03- );
3.Editor of Technology of Water Treatment, China (2013.09- );
4.Member of a Council for Beijing Membrane Society.
Research Areas
1.The Prediction of Membrane Flux;
2.The Optimization of Membrane Filtration Process;
3.The Preparation of Anti-fouling Membrane
4.The Membrane Fouling Mechanism and Membrane Cleaning.
Honors
Outstanding Contribution As Expert For Water Technology in 2019 ( WorldSkills international );
Teaching Excellence Award Of Beijing University Of Technology in 2010;
The Second Prize For Teaching Achievement Of Beijing University Of Technology in 2008.
Publications
Book
1.Zhan Wang, Shulan Ji, Principle of chemical engineering, Beijing: Chinese City Press.1998.
2.Zhan Wang, Foundation of Membrane Separation Technology, Beijing: ChemicalIndustry Press, 2000, 2006 (2nd edition.).
3.Meng Wang,Zhan Wang,Zhengxiong Li, Membrane material and its preparation, Beijing: Chemical Industry Press, 2004.
4.Yang Zhang,Zhan Wang, ShulanJi, Oxygen - enrichmene membrane and its industrial application, Beijing: Chemical Industry Press, 2005.
5.Zhan Wang, Principle of chemical engineering with 800 examples, Beijing: Defense Industry Press.2005, 2007 (2nd ed.).
The Review Paper
1.Zhan Wang*, Wenjuan Wu, Xinmiao Zhang, Dezhong Liu, Research Progress Of Flux Prediction Models Of Microfiltration Membrane, Journal Of Chemical Industry And Engineering (China) 2005, 56(6)：972-980.
2.Zhang Xinmiao,Wang Zhan*, Liu Mei, Recent Development On Flux Prediction Model On Dead-end microfiltration,Journal Of Beijing University Of Technology(China)2005, 31(2):179-185.
3.Dezhong Liu,Zhan Wang*, Research Progress Of Specific Resistance During Microfiltration Process, Membrane Science And Technology (China). 2005,25(5): 63-68.
4.Mei Liu,Zhan Wang*，EPS Extraction, Chemical Analyses And Its Effect On Membrane Fouling，Technology Of Water Research(China).2007, 33(10): 7-13.
5.Jinmiao Yao,Zhan Wang*, LiangYanli, Progresses In The Critical Flux During The Microfiltration And Ultrafiltration Membrane Process, Membrane Science And Technology (China). 2008, 28(2):69-72.
6.Yanjie Cui, Mei Liu,Zhan Wang*, Jinmiao Yao, Jinshu Chu, Yanli Liang,Research Progresses Of Flux Prediction Models Of Ultrafiltration, Membrane Science And Technology (China) 2008, 28(6):93-98.
7.Wang Xi,Zhan Wang*,Yang Wentao, Xi Xuejie, Shi Longyue, Dong Wenyue, Zhang Qian, Zhou Yuenan, Shortage Of Water Resources In China And Counter Measures, Nvironmental Engineering,2014(7)1-5.
8.Zhou Yuenan,Wang Zhan, Zhao Xiaochuan，Zhang Ximing，Gao Kui，Cheng Lina，Liu Liping, Simply Review On Quantitative Detection Methods In Determination Of Protein Contents, Food Research And Development, 2014(7)1-5.
Research Paper
Membrane Flux Prediction
1. Ван Чжань,МарцулевичН.А.ФлисюкО.М.Обоценке
2. относительной проницаемостиосадкапри разделении
3. суспензии на мембранах[J], ЖПХ (Россия), 1992, 65(9): 2155 -2158.
4. Zhan Wang,N. A. Martsulevich, O. M. Flisyuk.Evaluation of the relative permeability of precipitate in the separation of suspension on membrane[J], J.Appli Chem.(Russia)65 (1992):
5. 2155-2158.
6. Марцулевич Н. А.,Ван Чжань, Флисюк О. М.
7. Гидродинамические характеристики мембранного аппарата кассетного типа[J]. ЖПХ(Россия), 1992, 65 (5) : 1135-1138.
8. N.A.Martsulevich，Zhan Wang,O.M.Flisyuk.Hydrodynamiccharacteristicsofmembranecartridgeapparatus[J],J.Appli.Chem. (Russia), 1992,65 (5): 1135-1138.
9. Марцулевич Н. А.,Ван Чжань, Флисюк.О. М.. Нестационарные
10. режимы мембранной фильтрации[J], ЖПХ(Россия), 1993,66 (6) : 1259-1263.
11. N.A.Martsulevich,ZhanWang,O.M.Flisyuk.Nonstationary regimes of membrane filtration[J], J. Appli. Chem. ( Russia),1993,66 (6) :1259-1263.
12. Чесноков Ю. Г. , Марцулевич Н.А.,Ван Чжань. Пульсационное движение жидкости в плоском канале со проницаемыми стенками[J], ЖПХ (Россия), 1993,66 (12):2744-2751.
13. Y. G. Chesnokov, N. A. Martsulevich,Zhan Wang. Pulsatory movement of liquid in a flat channel with permeable walls[J], J. Appli. Chem.( Russia)，1993，66 (12) :2744-2751.
14. Zhan Wang*, shulanJi, Xiaomeng Lv, Yiyuan Gao, N.A.Martsulevich,Calculation Of Plated UF device On The Stable Condition, Technology Of Water Research (China) , 22(6) , 328-332(1996)
15. Zhan Wang*,LiyangTan, ZengZhang, QiyanXi,О.М.Флисюк, Calculation of plated UF device on the instable condition. Journal of Beijing University of Technology (China) 24(1) 123-128 (1998)
16. Wang Zhan*, Wang Shumei, Zhang Xinmiao, Ma Min, JieFeiyue, Liu Shuxiu , Qian Ying, Experimental study of permeation flux prediction of hollow fiber microfiltration membrane device under static state operation, Membrane Science and Technology (China). 2002，22(5): 29-31.
17. Zhan Wang*, Xinmiao Zhang, Wenjuan Wu, Influence of operative conditions on permeation flux during dead - end microfiltration, Membrane Science and Technology (China), 2006，26(1): 26-30
18. Zhan Wang*，Dezhong Liu, Wenjuan Wu,Mei Liu. Study of dead-end microfiltratio flux variety law[J], Desalination, 201(2006): 175-184
19. Zhan Wang*, Jinshu Chu, Xinmiao Zhang. The study of cake
20. model during stirred dead-end microfiltration [J], Desalination, 217 (2007): 127-138
21. Jinshu Chu,Zhan Wang*, Yanjie Cui, Jinmiao Yao, Influence of Operating Conditions on Flux in Stirring Dead-end Microfiltration, Technology of water research (China). 2007,33(5):71-74.
22. Jinmiao Yao,Zhan Wang*, Guangmin Sun, Deming Cheng, Jinshu Chu, Hu Zhang, Zhaohui LI, A study on predicting specific resistance for yeast suspensions in dead-end microfiltration, Journal of Chemical Industry and Engineering (China)2008，9(6):1430-1435.
23. Zhan Wang*, Yanjie Cui, Wenjuan Wu, ShulanJi, Jinmiao Yao,
24. Zhang Hu, Xinqi Zhao. The convective model of flux prediction in hollow-fiber module for steady-state cross-flow microfiltration system[J], Desalination238 (2009) 192-209
25. Zhan Wang*, Jin-shu Chu, Wen-juan Wu, Jin-miao Yao. Study of
26. unsteady state flux prediction in crossflowmicrofiltration[J], Desalination, 238 (2009) 290-301
27. Zhan Wang*, Xuejie Xi, Jinmiao Yao, Yin Song, Shan shan Zhao, XiuyanWang, Liying Yang, Wenjuan Li, Kun An, Jing Zhang, Jinshu Chu, Predicting the flux of BSA solutions in the dead-end microfiltration, Journal of Beijing University of Technology (China), 2010,36(2):235-267.
28. Xuejie Xi, Yanjie Cui,Zhan Wang*, Jianhua Qian, Jing Wang, Liying Yang, Shanshan Zhao. Study of dead-end microfiltration features in sequencing batch reactor (SBR) by optimized neural networks[J], Desalination, 272 (2011) 27–35
29. Xuejie Xi,Zhan Wang*, Jing Zhang, Yuenan Zhou, Na Chen,
30. Longyue Shi, Dong Wenyue, Lina Cheng, Wentao Yang. Prediction of impacts of fabrication conditions on the filtration performance of homemade VC-co-VAc-OH microfiltration membrane by Support Vector Machine (SVM) [J], Desalination and Water Treatment, 51 (2013) 3970–3978
31. Zhan Wang*, Liying Yang, Yawen Lyu, Martculevich Nikolai
32. Aleksandrov, Qian Zhang, Dezhong Liu, and Xining Zhang. Study of Dead-End Microfiltration Flux Variety Law, Part II: Choice of Favorable Model Parameter[J], Separation Science and Technology, 49(2014): 2657–2667
33. Kui Gao，Xuejie Xi，Zhan Wang*. Use of Support Vector Machine
34. model to predict membrane permeate flux[J]，Desalination and Water Treatment，2015, 57 (36) :1-12
35. Yuenan Zhou, Zhongya Zhu,Zhan Wang*,Ximing Zhang, Kui Gao,
36. Liping Liu and Lina Cheng. The prediction and recovery of the flux of PVDF membrane during dead-end microfiltration[J], Journal of Chemical Technology and Biotechnology, 2016 ,91 (4) :1082-1092
37. Zhongya Zhu,Zhan Wang*, Hao Wang, Yadong Kong, Kui Gao,
38. Yanling Li. Cake properties as a function of time and location in microfiltration of activated sludge suspension from
39. membrane bioreactors (MBRs) [J]，Chemical Engineering Journal 302 (2016) 97–110
40. Hou Lei, Song Peng,Wang Zhan*. A precise combined complete
41. blocking and cake filtration model for describing the flux variation in membrane filtration process with BSA solution[J],
42. Journal of Membrane Science，2017.11.15，542：186~194
43. Wei Yao,Wang Zhan*, Peng Song，The cake layer formation in the early stage of filtration in
44. MBR: Mechanism and Model[J]，Journal of Membrane Science，2018,559: 75–86
45. Zhan Wang*, Xinpei Du, Hu Zhang, Xu Wang, Peng Song, Khaliunaa Natsagdorj, Bushra
46. Khan & Rooha Khurram. The application of error function for normalized flux prediction in dead-end microfiltration (MF) process. Separation science and technology. 2020(In press)
47. 25.Zhan Wang*, Zhou Wang, Lei Hou, Yu Ma, Xu Wang & Wei Ya. A corrected cake resistance expression by considering the deposition property of different feed suspensions/solutions.
48. Separation science and technology. 2020(In press)
49. Yangyang Guo,Wang Zhan*, Yu Ma, Ping Li, Ge Hu. A new composite model of the
50. membrane cleaning for predicting the fouling resistance in the hydraulic cleaning process. Journal of Membrane Science，2020, 602：1-17
Optimizations of Membrane Filtration Process
1. Zhan Wang* , Jun Lin, Shulan Ji, Zhongxin Guo, Yiyuan Gao, The largest theoretical length of plate thin channel filter device at the lower pressure and its influence factor , Membrane Science and Technology (China).1999，19(1): 53-56.
2. Zhan Wang* , Yawen Lv, Xuechun Liu, Shumei Wang, Shuxiu Liu, Study on hydrodynamics character when permeating soy by hollow fiber microfiltration membrane module, Membrane Science and Technology (China). 2002，22(1): 6-8
3. Jinhui Chen,Zhan Wang, Chongfang Ma, Baoying Chang, Yan Wang, Daoheng Lei, An Experiment Study on The Mechanism of Electro-magnetic Anti-fouling and Descaling Technology With Filtration to Enhance Heat Transfer, Journal of Engineering Thermophysics (China). 2002，23(5): 608-610.
4. Zhan Wang*, Shumei Wang, Xinmiao Zhang, Ying Qian, Experimental study on the pressure behavior in flat laminar membranous channels, Membrane Science and Technology (China). 2003，23(2): 62-64.
5. Zhan Wang*, Jinmiao Yao, Chong Zhou, Jinshu Chu. The Influence of various operating conditions on the permeation flux during dead-end microfiltration[J], Desalination 212(2007):209-218
6. Shao Ye, jinmiao Yao,Zhan Wang*, Xingchun Liu, Dezhong Liu, Hu Zhang, Zhaohui Li, Application of Linear multi-regression model for specific resistance study in the dead-end microfiltration, Journal of Beijing University of Technology (China) 2007, 33(11): 1193-1197
7. Wang Zhan*, Yao Jinmiao, Ye Xiao, Chu Jinshu, Cui Yanjie, Study on influence of operating conditions on ultraflltration polysaccharide of agaricusblazeimurril, Journal of Beijing University of Technology (China)2008,34(10):1105-1110
8. Zhan Wang*, Yanjie Cui, Jinmiao Yao Jinshu Chu Yanli Liang. The
9. influence of various operating conditions on specific cake resistance in the cross-flow microfiltration of yeast suspensions[J],Desalination and Water Treatment, 1(2009) 237-247
10. Zhan Wang*, Jinshu Chu, Yin Song, Yanjie Cui, Hu Zhang, Xinqi
11. Zhao, Zhaohui Li, Jinmiao Yao. Influence of operating conditions on the efficiency of domestic wastewater treatment in membrane bioreactors[J], Desalination, 245 (2009): 73-81
12. Wenyue Dong, Xu Wang, Xiao Ye,Zhan Wang*, Xining Zhang. Impact of operating conditions on the flux changing rate during dead-end microfiltration process[J], Desalination and Water Treatment, 51 (2013) 3878–3882.
13. Longyue Shi, Yu Ma, Yanjie Cui,Zhan Wang*, Wenyue Dong,
14. Jinshu Chu, Yawen Lyu, Yin Song. Study of supernatant of SBR in dead-end microfiltration[J], Desalination and Water Treatment, 51 (2013) 3840–3846.
15. Zhan Wang*, Ximing Zhang, Xu Wang, Yawen Lyu.Accumulated
16. impact of operating conditions on the specific cake resistance in dead-end microfiltration mode[J], Desalination and Water Treatment,2016.1.26，57(5)：1967~1976.
17. Zhu Zhongya, Dong Wenyue,Wang Zhan*, Ma Yu , Kong Yadong,
18. Yao Wei, Gao, Kui. The fouling behavior in microfiltration of activated sludge suspension from submerged membrane
19. bioreactors (SBR)—The boundary flux and sub boundary fouling rate index[J]. Journal of the Taiwan Institute of Chemical Engineers 2016 , 67 :11-19
20. Kui Gao, Xuejie Xi,Zhan Wang*, Yu Ma*, Sha Chen, Xiao Ye,Yili
21. Li. Use of Support Vector Machine model to predict membrane permeate flux[J], Desalination and Water Treatment, 2015, 57 (36) :1-12
22. Wang hao,Wang zhanMa yu, Analysis of the influence factors of cake mass deposition by Entropy method in the crossflow microfiltration. Membrane Science and Technology(China) 2016,36：91~96
23. Khan Bushra, Liu Mei, Natsagdorj Khaliunaa, Rooha Khurram andZhan Wang*Impact of Operational Condition on the Membrane Permeate Flux and Quality of Domestic Wastewater Treatment using Hollow Fiber Membrane Module in Cross-Flow Mode. Journal of Chemical Engineering Research Updates, 2018, 5, 1-9
24. Zhou Wang, Yadong Kong, Qian Zhang,Zhan Wang*, Natsagdorj Khaliunaa, Rooha Khurram, Yuenan Zhou, Tungalagtamir Bold and Khan Bushra2Protein Adsorption Behavior on the Surface of the Microfiltration Membrane Based on a Quartz Crystal Microbalance (QCM) . Journal of Chemical Engineering Research Updates, 2018, 5, 10-19
The Membrane Preparation
1. Zhan Wang*, Yawen Lv, Shumei Wang, Ni Yin, Shuxiu Liu, Ying
2. Qian, Study on the preparation and characteristics of PVDF/ CA blend ultrafiltration membrane[J], Membrane Science and Technology(China) 2002,22(6)：4-8
3. Meng Wang,Zhan Wang*, Shumei Wang, Shusen Wang, Study on silicon、molecular sieve membranes used for enriching oxygen, Membrane Science and Technology (China) 2002，22(3)：39-42
4. Shumei Wang,Zhan Wang*, Xinmiao Zhang, Shuxiu Liu, Wenjuan Wu, Dezhong Liu, Study of the preparation of PVDF/ PMMA/ CA blend membrane and its properties, Membrane Science and Technology (China) 2005，25(3)：63-67.
5. Shuwei Wang,Zhan Wang*, Yang Zhang, Wenjuan Wu, Dezhong Liu, Xinmiao Zhang.Experimental study on the control of pore sizes of porous membrane by chemical Methods[J],Desalination, 177(2005): 7-13
6. Yang Zhang,Zhan Wang*, Shulan Ji, Shizhong Yao, Zhenping Qin, Research on the connection between prepare conditions of the polysulphone base membrane and capability of the PDMS-polysulphone composite membrane. Chemical Research and Application (China) 2006, 18(6):653-658
7. Chong Zhou,Zhan Wang*, Jinmiao Yao, Ye Liu, Optimization of preparing PVDF/ CA blend microfiltration membrane by linear multi-regressio, Journal of Chemical Industry and Engineering (China) 2007, 58(7): 1840-1845
8. Chong Zhou,Zhan Wang*, Yang Zhang, Jinmiao Yao, Preparation of PVDF/ CA blend microfiltration membrane, Membrane science and Technology (China)2007, 27(5): 31-35.
9. Yang Zhang,Zhan Wang*, Shulan Ji, Shizhong Yao, YuelanPeng, Zhengping Qin, Han Zhang, Preparation of PDMS-PS oxygen-enrichmene membrane and observation of structure of the support membrane, Membrane Science and Technology (China) 2007，27(3)
10. Chong Zhou,Zhan Wang*, Yanli Liang, Jinmiao Yao.Study on the
11. control of pore sizes of membranes using chemical methods. Part II. Optimization factors for preparation of membranes[J], Desalination, 225 (2008): 123-138
12. Yanli Liang ,Zhan Wang*, Xiao Ye, Wenjuan Li, Xuejie Xi, Liying
13. Yang, Xiuyan Wang, Jing Zhang , Ye Liu, Zhiqi Cai.Study on the control of pore sizes of membranes using chemical methods PartⅢ. The performance of carbonates and bicarbonates in the membrane-making process by the chemical reaction[J], Desalination, 267 (2011) 42–48
14. Li Wenjuan, Ye Xiao,Wang Zhan*, Zhang Jing. The preparation
15. and performance characteristics of polyvinyl chloride-co-vinyl acetate modified membranes[J], Energy Procardia, 5 (2011) 1158–1162
16. Jing Zhang, Wenjuan Li,Zhan Wang*, Xiao Ye, Longyue Shi,
17. Wentao Yang , and Sha Chen. Study on preparation and performance of modified polyvinyl chloride-co- vinyl acetate microfiltration membranes[J], Separation Science and Technology, 47: 1464–1471, 2012
18. Zhang Jing,Zhan Wang*, Xiao Ye, Wenjuan Li.The preparation
19. and performance characteristics of polyvinyl chloride-co-vinyl acetate (VC-co-VAc-OH) modified membranes on the non-woven fabrics[J],Applied Mechanics and Materials, 562-564(2012)3-6
20. Wenjuan Li, Jing Zhang, Ye Xiao，Zhan Wang*, Longyue Shi，
21. Wentao Yang, Lina Cheng, Na Chen.Study on preparation and performance characteristics of polyvinyl chloride-co-vinyl acetate modified membranes on the non-woven fabrics[J], Desalination and Water Treatment, 51 (2013) 3960–3969
22. Wentao Yang,Zhan Wang*, Yuenan Zhou, Xiao Ye, Longyue Shi,
23. Lina Cheng, Na Chen, Wenyue Dong, Qian Zhang, Ximing Zhang.Study on the control of pore sizes of membranes using chemical methods Part IV. The role of organic acids[J], Desalination 324 (2013) 57–64
24. Jing Zhang,Zhan Wang*, Wenjuan Li. The effects of pretreatment
25. condition of non-woven fabrics on the PVC-co-PVAc-OH membrane performances[J]. Desalination and Water Treatment, 40-42(2014）7507--7519
26. Wentao Yang,Zhan Wang*, Yuenan Zhou, Lina Cheng, Qian
27. Zhang, Ximing Zhang.Preparation of porous membrane by combined use of thermally and chemical reaction
28. introduced nonsolvent induced phase separations[J]. Desalination and Water Treatment, 53 ( 2015) 2059-2069.
29. Qianhua Zhou,Zhan Wang*, Haijun Shen, Zhongya Zhu, Liping
30. Liu, Libin Yang and Lina Cheng. Morphology and performance of PVDF TIPS microfiltration hollow fiber membranes prepared from PVDF / DBP/ DOP systems for industrial application[J]. Journal of Chemical Technology and Biotechnology, 2016 , 91 (6) :1697-1708
31. Liping Liu，Zhan Wang*, Zongkui Zhao，Yujuan Zhao, Fan Li, Chen
32. Liu.PVDF/PAN/SiO2polymer electrolyte membrane prepared by combination of phase inversion and chemical reaction method for lithium ion batteries [J]. Journal of Solid State Electrochemistr, 2016 , 20 (3) :699-712.
33. Zhao Shuang，Wang Zhan*. A loose nano-filtration membrane
34. prepared by coating HPAN UF membrane with modified PEI for dye reuse and desalination[J], Journal of Membrane Science，2017.2.15，524：214~224
35. Yang Libin，Zhang Jinglong,Wang Zhan*. Zeolite imidazolate
36. framework hybrid anofiltration (NF) with enhanced permselectivity for dye removal[J]，Journal of Membrane membranes Science，2017.6.15，532：76~86.
37. Yang Libin，Wang Zhan*, Zhang Jinglong.Highly permeable
38. zeolite imidazolate framework composite membranes fabricated via a chelation-assisted interfacial reaction[J]，Journal of Materials Chemistry A，2017.8.7，5(29)：15342~15355.
39. Yang Libin，Liu Liping，Wang Zhan*. Preparation of PVDF/GO-
40. SiO2 hybrid microfiltration membrane towards enhanced perm-selectivity and anti-fouling property[J]，Journal of the Taiwan Institute of Chemical Engineers，2017.9，78：500~509
41. Shuang Zhao，Peng Song,Wang Zhan*. The PEGylation of plant
42. polyphenols/polypeptide-mediated loose nanofiltration membrane for textile wastewater treatment and antibacterial application[J]，Journal of the Taiwan Institute of Chemical Engineers .
43. Libin Yang，Wang Zhan*. TIPS-co-NIPS method to prepare PES
44. substrate with enhanced permeability for TFC-FO membrane[J], Journal of the Taiwan Institute of Chemical Engineers, 2017, 80:137-148.
45. Songbai Liu,Zhan Wang⁎, Min Ban, Peng Song, Xufeng Song, Bushra Khan. Chelation–assisted in situ self-assembly route to prepare the loose PAN–based nanocomposite membrane for dye desalination.Journal of Membrane Scienc 2018, 566：168–180.
46. Songbai Liu,Wang Zhan*, Peng Song, Free radical graft
47. copolymerization strategy to prepare catechin modified chitosan loose nanofiltration (NF) membrane for dye desalination[J], ACS Sustainable Chemistry & Engineering.2018, 6 (3)：4253–4263.
48. Ping Li,Wang Zhan*, Libin Yang, Shuang Zhao, Peng Song, Bushra Khan，A novel loose-NF
49. membrane based on the phosphorylation and cross-linking of polyethyleneimine layer on porous PAN UF membranes[J]，Journal of Membrane membranes Science，2018，555：56~68
50. 29.Shuang Zhao, Hongtai Zhu,Zhan Wang, Peng Song, Min Ban, Xufeng Song. A Loose hybrid nanofiltration membrane fabricated via chelating-assisted insitu growth of Co/Ni LDHs for dye wastewater treatment. Chemical Engineering Journal , 2018
51. 30. Shuang Zhao Hongtai Zhu, Hang Wang, Pietro Rassu,Zhan Wang⁎, Peng Song, Dewei R. Free-standing graphene oxide membrane with tunable channels for efficient water pollution
52. control, Journal of Hazardous Materials, 366 (2019) 659–668.
53. 31 .Jinglong Zhang, Libin Yang,Zhan Wang∗, Shigang Yang, Ping Li, Peng Song, Min Ban. A highly permeable loose nano fi ltration membrane prepared via layer assembled in-situ
54. mineralization. Journal of Membrane Science 587 (2019) 11715.
55. 32. Zhenfu Gao, Songbai Liu,Zhan Wang⁎, Shaocheng Y. Composite NF membranes with antibacterial activity prepared by electrostatic self-assembly for dye recycle. Journal of the Taiwan
56. Institute of Chemical Engineer. 106(2020)34–50.
Membrane Fouling and Membrane Cleaning
1. Wenjuan Wu,Zhan Wang*, Jinmiao Yao, ShulanJi, Dezhong Liu，Membrane Fouling and Resistance Analysis of Hollow Fiber Microfiltration Process，Techniques and Equipment for Environmental Pollution Control (China). 2006, 7(10): 30-35
2. Mei Liu,Zhan Wang*, Chong Zhou, Ting Wang，Fouling Mechanism of Flat Sheet Membranes in Waste Water Reuse，Techniques and Equipment for Environmental Pollution Control(China). 2006，7(8): 124-132
3. Zhan Wang*, Yin Song, Mei Liu, Jinmiao Yao, Yuanyuan Wang,
4. Zhang Hu, Li Zhaohui. Experimental study of filterability behavior of model extracellular polymeric substances solutions in dead-end membrane filtration[J], Desalination, 2009, 249:1380–1384.
5. Zhan Wang*, Shanshan Zhao, Feng Liu, Liying Yang, Yin Song,
6. Xiuyan Wang, Xuejie Xi. Influence of operating conditions on cleaning efficiency in sequencing batch reactor (SBR) activated sludge process — water rinsing introduced membrane filtration process[J],Desalination, 2010, 259:235–242.
7. Liying Yang,Zhan Wang*, Yongjun Sun, Zhang Hu, Shanshan Zhao, Xiuyan Wang, Wenjuan
8. Li, Xuejie Xi, Jing Zhang, Zheng Pe. Influence of various operating conditions on cleaning efficiency in sequencing batch reactor (SBR) activated sludge process. Part II: Backwash and water rinsing introduced membrane filtration process[J], Desalination, 272 (2011) 76–84.
9. Xiuyan Wang,Zhan Wang*, Yuenan Zhou, Xuejie Xi, Wenjuan Li, Liying Yang, Xuyan Wang.
10. Study of the contribution of the main pollutants in the oilfield polymer-flooding wastewater to the critical flux[J], Desalination, 2011(273) 375-385
11. Xiuyan Wang, Sha Chen, Wenyue Dong,Zhan Wang*, Liying Yang,
12. Xuejie Xi, Qian Zhang, and Longyue Shi. Contribution of main pollutants in oilfield polymer-flooding wastewater to the total membrane fouling resistance[J], Separation Science and Technology,47(2012): 1617–1627
13. Mei Liu,Zhan Wang*, Longyue Shi, Yin Song, Wenyue Dong,
14. Yuenan Zhou,Jing Zhang, Liying Yang, Qian Zhang. The influence of operating conditions on the filtration behavior of actual extracellular polymeric substances (EPS) using dead-end membrane filtration cell[J], Desalination andWater Treatment,44 (2012) 52–59
15. Yuenan Zhou,Zhan Wang*, Qian Zhang, Xuejie Xi, Jing Zhang, Wentao Yang. Equilibrium and thermodynamic studies on adsorption of BSA using PVDF microfiltration membrane[J], Desalination,307 (2012) 61–67
16. Zhan Wang*, Qian Zhang, Yu Ma, Liying Yang, Yawen Lyu,
17. Shanshan Zhao. Influence of various operating conditions on cleaning efficiency in sequencing batch reactor (SBR) activated sludge process. Part III: Chemical cleaning[J]. Desalination, 325 (2013) 122–131
18. Zhou YuenanZhan Wang*, Zhao Guobin, Zhao Xiaochuan，Study on Fouling Mechanism of PVDF Membrane under Dead-end Microfiltration of BSA，Food Research and Development, 06（2015）：19-21
19. Zhan Wang*, Ximing Zhang, Zhongya Zhu, Yadong Kong, Kui Gao,
20. Wei Yao. Influence of various operating conditions on cleaning efficiencyin sequencing batch reactor (SBR) activated sludge process. Part V: Chemical cleaning model[J]，Journal of the Taiwan Institute of Chemical Engineers，2016.6.01，63：52-60.
21. Kong Yadong ,Wang Zhan*, Ma Yu*, Hou Lei, Yao Wei. Theory
22. investigation on the variation of fouling resistance during water rinsing process of the membrane fouled with sodium alginate[J]，Journal of the Taiwan Institute of Chemical Engineers，2016.7.12，66：230-238.
23. Kong Yadong, Ma Yu, Wang Hao，Khan Bushra,Wang Zhan*.
24. Prediction of the instantaneous fouling resistance of sodium alginate during water rinsing[J]，Chemical Engineering Research & Design，2017，122：121-131.
25. Lei Hou，Kui Gao，Ping Li，Ximing Zhang，Wang Zhan*. A kinetic
26. model for calculating total membrane fouling resistance in chemical cleaning process[J], Chemical engineering research and design，2017,128:59-72.
27. Zhan Wang*, Yanling Li, Peng Song, Xu Wang*. NaCl cleaning of
28. 0.1 μm polyvinylidene fluoride (PVDF) membrane fouled with humic acid (HA) [J], Chemical engineering research and design，2018,132: 325-337.
29. Shuang Zhao，Longyue Shi，Yu Ma，Zhan Wang*. The selection of model binary/ternary
30. mixtures for actual EPS solution extracted from the activated sludge in intermittent-aeration membrane bioreactor[J]，Water Science and Technology, 2018 , 77 (4) :1015-1026.
31. Huijia Luo, Yong Cui, Hongyu Zhang , CaifengLi,Zhan Wang∗, Peng Song. Analyzing and
32. verifying the association of spiral-wound reverse osmosis membrane fouling with different secondary effluents: full-scale experiments. Science of the Total Environment 711 (2020) 135-150.
Mass Transfer
Dong Wenyue, N. A. Martculevich,Wang Zhan. Mass transfer coefficient for cross-flow micro-and ultrafiltration[J], Bulletin of the Saint Petersburg State Institute of Technology (Technical University), 2013, 19 (45) : 118 - 121.
Others
1. Yang Hong-jun，Wang Zhan* and Guo Jianping. Preparation and performance analysis of a new type of concrete admixture system. Chinese Journal of Analysis Laboratory. 2015(10) 1195－1199
2. Xue Hui,Wang Zhan*, Zhang Hu. The engineering design of reinforced composite biological purification bed for the treatment of village sewage, Technology of Water Research (China).2016
3. Huang Xinwang，Zhang Jiukui, Ke Runhui,Wang Zhan*, Yin Jianjun Determination of Sodium Dodecyl Benzene Sulfonate Residues in Flour Foods by Ultra Performance Liquid Chromatography-Tandem Mass Spectrometry，Journa l of Chinese Institute of Food Science and Technology，2017,17（12）：251-257
4. Cui He,Wang Zhan*，KeRunhui，Yin Jian-jun. Analysis of Trans Fatty Acids in Margarine，Food Research And Development, 2018,9：118-123.
5. Yan Wang, Wen-Jian Liu, Lei Yin, Heng Li, Zhen-Hua Chen, Dian-Xi Zhu, Xiu-Qing Song,
6. Zhen-Zhen Cheng, Peng Song,Zhan Wang* and Zhi-Gang Li. Design and synthesis of 4-(2,3-dihydro-1H-benzo[d]pyrrolo[1,2-a]imidazol-7-yl)-N-(5-(piperazin-1-ylmethyl)pyridine-2-yl)pyrimidin-2-amine as a highly potent and selective Cyclin-Dependent Kinases 4 and 6 Inhibitors and the discovery of structure-activity relationships, Bioorganic & Medicinal Chemistry Letters,2018,28,974-978.
Meeting/ congress Publication List
1. Zhan Wang*, Shulan Ji, Xiaomeng Lu, Yiyuan Gao, N.A. Martsulevich, Calculation Of plated UF Device On The Stable Condition. 2 th National Congress On Membranes And Membrane Processes, State Oceanic Administration, 1996.11，Beijing，China. p.132-135.
2. Liu Xuechun, Gao Yiyuan, Yao Shizhong, Liu Shuxiu, Qian Ying,Wang Zhan*, Experimental Study Of Permeation Fux Prediction Of Hollow Fiber Microfiltration Membrane Device Under Static State Operation, 3th National Congress On Membranes And Membrane Processes, Ministry Of Education, 1999.10，Beijing，China. p.468–475
3. Марцулевич Н. А.,Ван Чжань*.Mоделирование и расчет
4. оптимальных режимов мембранной фильтрации. ММТТ-2000, Санкт-петербург 2000. Россия. ст. 134-135.
5. Zhan Wang*, Dezhong Liu, Wenjuan Wu.The Flux Variety Studies
6. For Dead-end Microfiltration Systems. ICOM2005. The Membrane Society Of Korea. August 21-26, 2005 Seoul, Korea. p.1267-1268.
7. Mei Liu,Zhan Wang*, Chong Zhou, Ting Wang，Fouling Mechanism Of Flat Sheet Membranes In Waste Water Reuse. 2th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2005.9，Beijing，China. p.462-467.( Beijing Natural Science Foundation, 8052006)
8. Wenjuan Wu,Zhan Wang*, Chong Zhou, Mei Liu, Li Maozhen，The Study Of Impact Of Operating Condition On Permeate Flux In Crossflow Mode For Hollow Fiber Device，2th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2005.9，Beijing，China..p.305 – 311.( National Natural Science Foundation of China, 20276003)
9. Dezhong Liu,Zhan Wang*, Impacts Of Operating Condition On Cake Specific Resistance During Microfiltration Process. 2th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2005.9，Beijing，China. p.300 - 304.( National Natural Science Foundation of China, 20276003)
10. Yang Zhang,Zhan Wang*, ShulanJi, Shizhong Yao, Zhenping Qin, Research On The Connection Between Prepare Conditions Of The Polysulphone Base Membrane And Capability Of The PDMS-polysulphone Composite membrane. 2th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2005.9，Beijing，China. p.129 - 133。
11. Chong Zhou,Zhan Wang*, Yang Zhang, Preparation Of PVDF/ CA Blend Microfiltration Membrane，2 th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2005.9，Beijing，China. p.124-128.
12. Jinmiao Yao,Zhan Wang*, Deming Cheng, Jinshu Chu, Guangmin Sun, Hu Zhang, Zgao Xinqi, Zhaohui LI, A Study On Predicting Specific Resistance For Yeast Suspensions In Dead-end Microfiltration, 3th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2007.10，Beijing，China. p. 396 - 401.(Beijing Natural Science Foundation, ,20276003. National Natural Science Foundation Of China, 20276003).
13. Zhan Wang*, Yanjie Cui, Shanshan Zhao.The Influence Of Various Operating Conditions On The Specific Resistance Of The Membrane In SBR. WFC April 2008.Leipzig. Germany. p. 396 - 401.
14. Zhan Wang*, Shanshan Zhao, Liying Yang.Influence Of Various
15. Operating Conditions On Ccleaning Efficiency In SBR. Part 1. Hydraulic Cleaning Process. IWA Membrane TechnologyConference & Exhibition 2009. 9月1~3日p.68-69，
16. Liying Yang,Zhan Wang*, Xiuyan Wang, Wenjuan Li, The Study Of Zeta Potential After Chemical cleaning, 4th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2010.10，Beijing，China. p.609-613.
17. Xiuyan Wang,Zhan Wang*, Liying Yang, Wenjuan Li, Zhang jing, The Study Of Critical Flux For The Oilfield Polymer-flooding Wastewater. 4th China Congress On Membranes Science And Technology, China Membrane Industry Association, 2010.10，Beijing，China. p.541-546.
18. Wenjuan Li,Zhan Wang*, Zhang Jing , Xiuyan Wang, Liying Yang, The Study On Preparation And Performance Characteristics Of Polyvinyl Chloride-co-vinyl Acetate Modified Membranes. 4th China Congress On Membranes Science and Technology, China Membrane Industry Association, 2010.10，Beijing，China. p.332-335.Wenjuan Li, Xiao Ye,Zhan Wang*, Jing Zhang, Jingdi Chao.The Preparation And Performance Characteristics Of Polyvinyl Chloride-co-vinyl Acetate Modified Membranes. IACEED, January 2011年11月18日Tsinan，China.
19. Li Wenjuan, Zhang Jing,Wang Zhan*.Study On Preparation And
20. Performance Characteristics Of Polyvinyl Chloride-co-vinyl Acetate Modified Membranes On The Non-woven Fabrics. Desalination & Water Treatment, 2012 Qingdao International Desalination Conference, June 26–29, 2012, Qingdao, China. p. 396 - 401
21. Xuejie Xi,Zhan Wang*, Jing Zhang, Yuenan Zhou, Na Chen,
22. Longyue Shi, Dong Wenyue, Lina Cheng, Wentao Yang. Prediction Of Impacts Of Fabrication Conditions On The Filtration Performance Of Homemade VC-co-VAc-OH Microfiltration Membrane By Support Vector Machine (SVM), 2012 Qingdao International Desalination Conference,June 26–29, 2012, Qingdao, China.
23. Wenyue Dong, Zhang Xinmiao,Zhan Wang*, Chen Sha, Longyue
24. Shi, Wentao Yang. A Combined Intermediate Pore Blocking–Cake Filtration Model For Protein Fouling During Microfiltration. 2nd International Conference On Electric Technology And Civil Engineering, May 18-20, 2012 In Three Gorges, Hobei,China.p. 2904 -2907.
25. Wenjuan Wu; Xuejie Xi;Zhan Wang*. Study Of Dead-End
26. Microfiltration Features In Sequencing Batch Reactor (SBR) By Optimized Support Vector Machine And Artificial Neural Network 2012 Qingdao International Conference On Desalination And Water Reuse, 2012/6/26-2012/6/29, 2012/6/26.
27. Wenyue Dong, Xu Wang, Xiao Ye,Zhan Wang*, Xining Zhang.
28. Impact Of Operating Conditions On The Flux Changing Rate during Dead-end Microfiltration Process.2012 Qingdao International Desalination Conference, June 26–29, 2012, Qingdao, China. p. 465
29. Longyue Shi, Yanjie Cui,Zhan Wang*, Wenyue Dong, Jinshu Chu,
30. Yin Song. Study of Supernatant Of SBR In Dead-end Microfiltration.2012 Qingdao International Desalination Conference, June 26–29, 2012, Qingdao, China.p. 470
31. Cheng Lina,Zhan Wang*. The Performance Of Different Kinds Of
32. Acids In The PVDF Microporousmembane-making Process By Chemical Reaction,2013 Qingdao International Conference On Desslination And Water Reuse,June 25-28,2013Qingdao, China.p. 189
33. Chen Na,Zhan Wang*. The Study On Formation Kinetics Of
34. Polyacylonitrile Membrane Via Chemical Reaction Introduced Phase Inversion Method,2013 Qingdao International Conference On Desslination And Water Reuse,June 25-28,2013Qingdao, China.p. 127.
35. Ximing Zhang,Zhan Wang*. Study On Cleaning Of PSU Membrane
36. Fouled By Ash And Oil,2013 Qingdao International Conference On Desslination And Water Reuse,June 25-28,2013Qingdao, China.p. 186.
37. Yuenan Zhou,Zhan Wang*. Study On Model Of Membrane Fouling:
38. Development And Application To Dead-end microfiltration Of The Activated Sludge Of SBR,2013 Qingdao International Conference On Desslination And Water Reuse,June 25-28,2013Qingdao, China.p. 207
39. Zhang Qian,Zhan Wang*. Study on Adsorption And Desorption
40. Kinetic Behaviors Of Extraacellular Polymeric Substances (EPS) On Gold Sensor Coated Surface Using QCM-D,2013 Qingdao International Conference on Desslination And Water Reuse, June 25-28, 2013 Qingdao, China.p. 185
41. N.A.Martsulevich,Ван Чжань(WangZhan). Моделирование
42. проточной микрофильтрации в мембранных аппарата,Материалы научной конф., посвященной 185-й годовщине СПбГТИ (ТУ), 2013,pp281-282, 2013/7
43. Ван Чжань(WangZhan), Марцулевич Н.А.，ОСАДКО
44. ОБРАЗОВАНИЕ ИЗАГРЯЗНЕНИЕ МЕМБРАН В УСЛОВИЯХ МИКРОФИЛЬТРАЦИИ，МАТЕРИАЛЫ научной конференции, посвященной 186-йгодовщине образования Санкт -Петербургского государственного т ехнологического института (технического университета), 2014,p151, 2014
45. Wang hao,Wang zhanMa yu, Analysis Of The Influence Factors Of Cake Mass deposition By Entropy Method In The Ccrossflow Microfiltration. 2015 China - Europe Symposium On Research And Application Of Membrane Technology，China Membrane Industry Association, Wei hai, China. p. 100-104
46. Yongjun Sun，Kexin Zhu，Khan Bushra, Lei Hou，Shuang Zhao，
47. Ping Li，Songbai Liu，Xinpei Du，Zhan Wang*. Experimental Study Of Fouling Behavior Of Main Substances (BSA, HA, SA) Of Dissolved Organic Matter (DOM) In Dead-end Membrane Filtration，The 2nd International Conference On Energy Engineering And Environmental Protection [EEEP 2017]，2017.12.15-2017.12.17.
48. Libin Yang，Jinglong Zhang，Peng Song，Wang Zhan*. Layer-by-
49. Layer Assembly For Preparation Of High-performance Forward Osmosis Membrane，The 2nd International Conference On Energy Engineering And Environmental Protection [EEEP 2017]，2017.12.15-2017.12.17).
Personal statement
Dr. Wang Zhan received his Bachelor’s degree in 1987 from East China institute of Chemical Industry, Shanghai, China. He was selected as a Preparer to Study Abroad during the post-graduate in Department of Chemical engineering in Tsinghua University in 1990, Beijing, China. He received his Ph.D. degree in 1995 from Russian St. Petersburg Technological University (scholarship by China scholarship council from 1991 to 1995), St. Petersburg, Russia. As a visiting research professor, he was worked one year (March 2009 to March 2010) at George Belfort Group in Rensselaer Polytechnic Institute, Troy, USA. He was promoted to a full professor in Beijing University of Technology of China in Dec. 2005. He also worked as Chinese Expert Team Leader of water technology for world skills competition in March 2019 and Co-Editor-in-Chief of Journal of Chemical Engineering Research Updates and editor of a series Chinese journals, such as Technology of Water Treatment September 2013, Membrane Science and Technology (September 2003 to September 2007). Dr. Wang has co-authored more than 70 papers in peer-reviewed international journals. More than 140 research papers were published in Journal of Materials Chemistry A, Desalination, Chemical Engineering Journal, Journal of Membrane Science, Science of the Total Environment, Journal of the Taiwan Institute of Chemical Engineers, J Chemical Technology and Biotechnology, Chemical Engineering Research and Design, Desalination and Water Treatment, Separation Science and Technology, Chinese journal and Russian journal as the first author or corresponding author. As the editor in chief of 3 academic works and 2 textbooks, membrane separation technology has been cited by more than 100 professional books and cited more than 1000 times by journal articles of home and abroad. He was also awarded The Excellent Textbook Award of Beijing in 2008., he was awarded the first prize and the third prize for Outstanding Teaching Achievement of Beijing University of technology in 2008 and 2003, respectively. In addition, he was awarded the Teaching Excellence Award of Beijing University of Technology in 2010, the second prize for teaching achievement of Beijing University of technology.
