成卓韦（1982-）
博士，副教授，硕士生导师。
联系电话：**/
Tel number: 86-**/86-
E-mail：zwcheng@zjut.edu.cn
研究领域（方向）/Research field (direction)：
主要从事废气生物净化和高级氧化技术领域的研究，包括典型气态污染物降解菌的筛选与代谢途径研究、复合功能菌剂制备及其应用、化学氧化-生物净化耦合工艺研发等。
Research in the field of biopurification and advanced oxidation for waste gas:
(1)Selection of degrading microorganisms for the typical gaseous pollutants and analysis of their metabolic pathways;
(2)Preparation and application of composite functional microbial agent
(3)Developmentand mechanism exploration for chemical oxidation and biological purification couplingtechnology

主要科研项目/Main research projects：
1. 臭氧辅助紫外-生物净化疏水性VOCs的强化机理研究(**)，2012-2015，国家自然科学基金青年基金，主持；
1. The enhancing mechanism of ozone-assisted UV coupling with biopurification for the hydrophobic VOCs (No. **), 2012-2015, National Science Fund for Youths, Preside;
2. 光催化-生物净化处理混合VOCs 的协同效应及机理研究（2012M510155），2011-2013，中国博士后基金，主持；
2. The synergistic effect and mechanism of photocatalytic biological purification treatment of mixed VOCs (2012M510155), 2011-2013, China Postdoctoral Fund, Preside;
3.“真菌-细菌”复合菌剂在制药工业混合废气中的生物强化效应研究（2016C33247），2016-2018，浙江省科技厅公益技术社会发展项目，主持；
3. The bio-augmentation effect of a composite microbial agent including fungi and bacteria in the treatment for mixed gases from the pharmaceutical industry (2016C33247), 2016-2018, Public Projects of Zhejiang Province, Preside;
4. 复合菌剂的高效代谢网络构建及在医药行业废气治理中的应用（2013A028），2013-2015，浙江省环保厅项目，主持；
4. The construction of the metabolic network for composite microbial agent and its application in the treatment of waste gas from pharmaceutical industry (2013A028), 2013-2015, Project of Environmental Protection Department, Zhejiang Province, Preside;
5. 制药工业含氯含硫废气生物净化技术及示范（2012AA063102），863计划课题，2012-2015，研究骨干；
5. Research on the biopurification of waste gas containing chlorohydrocarbons and sulfide compounds in pharmaceutical industry (2012AA063102), National High-tech R&D Program (863 Program), 2012-2015,Major Researchers;
6. 典型多组分VOCs高效生物净化技术研究（2011DFA92660），国家国际科技合作项目，2012-2015，研究骨干；
6. High-efficiency biofiltration technology treating typical muti-component waste gas (2011DFA92660), National International Science and Technology Cooperation Project, 2012-2015, Major Researchers;
7. α-蒎烯的生物降解机理及代谢流调控（**），国家自然科学基金面上项目，2012-2015, 研究骨干；
7. The biodegradation mechanism and metabolic flow regulation of alpha-pinene (**), National Science Fund of China, 2012-2015, Major Researchers;
8. UV-生物净化二氯甲烷废气的耦合机理研究（**），国家自然科学基金面上项目，2010-2012, 研究骨干；
8. The coupling mechanism of UV-biological purification for dichloromethane (**), National Science Fund of China, 2010-2012, Major Researchers;

代表性论文/Representative papers：
[1] Cheng ZW, Lu LC, Kennes C, Yu JM, Chen JM. Treatment of gaseous toluene in three bio?lters inoculated with fungi/bacteria: Microbial analysis, performance and starvation response.Journal of Hazardous Materials, 2016,303:83-93.(IF=4.529)
[2] Yu JM, Liu W, Cheng ZW*, Jiang YF, Cai WJ, Chen JM. Dichloromethane removal and microbial variations in a combinationof UV pretreatment and biotrickling filtration.Journal of Hazardous Materials, 2014, 268:14-22.(IF=4.529)
[3] Cheng ZW, Feng L, Chen JM, Yu JM, Jiang YF. Photocatalytic conversion of gaseous ethylbenzeneon lanthanum-doped titanium dioxide nanotubes. Journal of Hazardous Materials, 2013,254-255:354-363.(IF=4.529)
[4] Cheng ZW, Zhang LL, Chen JM, Yu JM, Gao ZL, Jiang YF. Treatment of gaseous alpha-pinene by a combined system containing photooxidation and aerobic biotrickling filtration. Journal of Hazardous Materials, 2011, 192(3): 1650-1658.(IF=4.529)
[5] Zhu RY, Kennes C, Cheng ZW*, Lu LC, Yu JM, Chen JM. Styrene removal in a biotrickling filter and a combined UV–biotrickling filter: Steady- and transient-state performance and microbial analysis. Chemical Engineering Journal, 2015, 275: 168-178.(IF=4.321)
[6] Cheng ZW, Sun PF, Jiang YF, Yu JM, Chen JM. Ozone-assisted UV254 nm photodegradation of gaseous ethylbenzene andchlorobenzene: Effects of process parameters, degradation pathways,
and kinetic analysis. Chemical Engineering Journal, 2013, 228: 1003-1010.(IF=4.321)
[7] Cheng ZW, Zhang LL, Xi JY,Chen JM, Hu HY, Jiang YF. Recovery of biological removal of gaseous alpha-pinene in long-term vapor-phase bioreactors by UV photodegradation. Chemical Engineering Journal, 2011, 175(15): 316-323.(IF=4.321)
[8]Cheng ZW,Sun PF, Lu LC, Chen JM, Jiang LY, Yu JM.The interaction mechanism and characteristic evaluation of ethylbenzene/chlorobenzene binary mixtures treated by ozone-assisted UV254nm photodegradation. Separation and Purification Technology, 2014, 132: 62-69.(IF=3.091)
[9] Cheng ZW,Jiang YF, Zhang LL, Chen JM, Wei YY. Conversion characteristics and kinetic analysis of gaseous α-pinene by direct VUV-photodegradation in different reaction media. Separation and Purification Technology, 2011, 77(1): 26-32.(IF=3.091)
[10] 成卓韦,顾执奇, 朱润晔, 陈建孟. Ti基碳氮共掺杂TiO₂:制备、结构表征及光催化氯苯废气性能.化工学报, 2016.(EI收录)
[11]成卓韦,周灵俊, 於建明,陈建孟.镧掺杂TiO₂纳米管对α-蒎烯光催化性能及催化机理研究. 高校化学工程学报, 2015, 29(2): 320-327.(EI收录)
[12]成卓韦, 姜理英, 蒋轶锋, 梅瑜, 陈建孟, 於建明. 紫外光解强化生物滤塔去除疏水性α-蒎烯的传质及降解动力学分析. 中国科学: 化学, 2012, 42(1): 1-9. (EI收录)
[13] 成卓韦, 魏莹莹, 蒋轶锋, 陈建孟, 张丽丽. 真空紫外光解α-蒎烯的去除特性和产物分析.化工学报, 2010,61 (10):2679-2687. (EI收录)

出版的教材和专著/Published textbooks and Monographs：
王家德,成卓韦. 现代环境生物工程.北京：化学工业出版社，2014年５月(普通高等教育“十二五”规划教材)
Jiade Wang, Zhuowei Cheng. Modern environmental biological engineering. Beijing: Chemical Industry Press, May 2014.

主要科研成果/Main research achievement：
发明专利/Invention patent：
1.一种用于废气处理的螺旋形光反应器及废气处理工艺. ZL0.0
2.具有α-蒎烯降解能力的维罗纳假单胞菌ZW及其应用. ZL9.0
3.具有二氯甲烷降解能力的潘多拉菌及其应用. ZL0.2
4.去除生物滤塔内老化生物膜的方法. ZL2.8
5.一株具有邻二甲苯降解能力的动胶菌及其应用. ZL2.2
6.镧系元素掺杂纳米管TiO₂复合光催化剂的制备方法及其在VOCs治理中的应用. ZL6.2
7.一种高效固态复合菌剂的制备方法及其在VOCs生物净化中的应用. ZL4.1
1.A spiral reactor and its application in the treatment for waste gas, ZL0.0
2.The strain named Pseudomonas VeronaZW and its application in biodegradation of alpha-pinene, ZL9.0.
3. The strain named Pandorasp. and its application in biodegradation of dichloromethane, ZL0.2
4.Method for the removal of aging biological membrane in biological filter, ZL2.8
5.The strain namedZoogloea resiniphilaand its application in biodegradation of o-xylene, ZL2.2
6.Preparation method of La-doped nanotube TiO₂photocatalyst and its application in VOCs treatment, ZL6.2
7.Construction method of an efficient solid microbial agent and its application in biological purification for VOCs, ZL4.1