Professor

　　Meng Zhaofu，male，Ph D, Professor, doctoral supervisor, born in 1968 in Gaizhou, Liaoning Province. 

　　Contact: 

　　Postal address: College of Natural Resource and Environment, Northwest A&F University, Yangling, 712100, SHAANXI Province, P R China 

　　Tel: 0086-29-87080055 (College office) 

　　Email: zfmeng@gmail.com; 

　　zfmeng1996@nwsuaf.edu.cn

　　Education:

　　2006-2007, Visiting scholar in Environment and Chemistry laboratory, University of Provence, Marseille, France.

　　2000-2004, Doctorate degree, major of Soil Science, Northwest A&F University, Yangling, P R China.

　　1996-1999, Master degree, major of Environmental Engineering, Northwest A&F University, Yangling, P R China.

　　1985-1989, Bachelor degree, major of Analytical Chemistry, Northwest University, Xi’an, P R China.

　　Working experiences: 

　　As a teacher and researcher in College of Natural Resource and Environment, Northwest A&F University, Working in majors of Environmental Engineering and Environmental Science.A member of both Chinese Chemical Society and Chinese Agro-ecology Protection Association. 

　　2009.1-Present, Professor in Northwest A&F University. 

　　2003.1-2008.12, Associate Professor in Northwest A&F University 

　　1996.4-2002.12, Lecturer in Northwest Agricultural University.

　　1989.7-1996.4, Assistant engineer in Shaanxi Petrol and Chemicals Construction Co. Ltd. 

　　Research interests: 

　　1, Soil Remediation of Environment Pollution, Focused on simultaneously adsorption of heavy metals and organic pollutants in soil.

　　2, Adsorption materials for soil pollution remediation and water treatment.

　　3, Soil Environmental Chemistry, Focused on behavioral feature and variation trend of soil pollutants.

　　4, Treatment of industry and agriculture wastewater.

　　Recent research projects: 

　　1, Studies on an magnetic adsorptant with highly effective removal of both heavy metals and organic pollutants, Research and Development Plan in Shaanxi Province, 2017-2018.

　　2, Structure-Effect Mechanism and Simultaneous Adsorption of Organic and Heavy Metal Pollutants on Amphoteric-Combine-Modified-Clay, Funded by national natural science foundation of China (nsfc), 2013-2016

　　3, Key technology for prevention and treatment of organics pollution in underground water, Funded by Scientific research plan of Shaanxi province, 2013-2015 Recent publication:

　　Up to now, there are more than 130 research papers published, some recently selected papers (2014-2018) are listed as follows:

　　1. Liu W, Li W B, Meng Z F*, Bai D, Xie T, Ren S, Wang T, Hu X L. Adsorption of phenol on amphoteric-cationic modified yellow brown soil by adding montmorillonite. Acta Science Circumstantiae [J], 2018, 38(5):2017-2022

　　2. Liu W, Li W B, Meng Z F*, Hang C X, Wang T, Hu X L, Ren S. Adsorption of phenanthrene on amphoteric-cationic modified yellow-brown soil. Journal of Agro-Environment Science[J], 2018, 37(4):725-731.

　　3. Ren S, Meng Z F*, Wang T, Zhang Y, Tian K, Liu W, Yan D X. Comparison of amphoteric-cationic and amphoteric-anionic modified magnetic bentonites: characterization and sorption capacity of phenol. Environmental Science[J], 2018, 39(1):184-194.

　　4. Wang T, Meng Z F*, Xie T, Zhang Y, Ren S, Liu W, Li W B. Different models and mechanisms of BS-12+DAS modified bentonite adsorbing phenol and phenanthrene. Acta Pedologica Sinica[J], 2018, 55(3):683-694.

　　5. Wang T, Xie T, Ren S, Meng Z F*, Tian K, Zhang Y, Liu W, Li W B. Characterization of different adsorption mechanisms of phenol and phenanthrene with BS/DTAB modified bentonite. Journal of Agro-Environment Science[J], 2018, 37(8):1716-1723.

　　6. Xie T, Meng Z F*, Lu H Y, Liu W, Li W B, Bai D, Tian K. Studies on Cr(VI) and Cd2+ adsorption on BD-12+DAS complex modified bentonite. Acta Science Circumstantiae[J], 2018, 38(7):2833-2841.

　　7. Bai D, Meng Z F*, Liu W, Ren S, Xie T. Stability of BS-CTMAB complex modified bentonite. Acta Science Circumstantiae[J], 2017, 37(11):4305-4313.

　　8. Liu W, Meng Z F*, Ren S, Li W B. Application of amphoteric-cationic combined modification on phenol adsorption of yellow brown soil. Environmental Science[J], 2017, 38(7):3036-3044.

　　9. Liu W, Zhang Y, Meng Z F*, Li W B, Ren S. Effect of amphoteric-anionic surfactant combined modification on Cd2+ adsorption of yellow brown soil. China Environmental Science[J], 2017, 37(12): 4620-4629.

　　10. Ren S, Meng Z F*, Liu W, Li W B, Deng J. Characterization and adsorption performance of phenol on amphoteric modified magnetic bentonites. Journal of Agro-Environment Science[J], 2017, 36(1):108-115.

　　11. Ren S, Meng Z F*, Ma L L, Li W B, Liu W, Bai D. Complex modification of amphoteric modified bentonite with Tween20 and its structure characteristics. Journal of Functional Materials[J], 2017, 48(4):04159-04163.

　　12. Wang T, Meng Z F*, Ren S, Zhang Y, Liu W, Li W B, Tian K. Differences between phenol and phenanthrene adsorption on BS-12/DTAB combined modified bentonite. Acta Scientiae Circumstantiae[J], 2017, 37(10):3951-3958.

　　13. Xie T, Li W B, Meng Z F*, Lu H Y, Ren S, Sambath Y. Studies on Cr(Ⅵ)and Cd2+ adsorption onto bentonite modified by a BS-12+DTAB complex. Journal of Agro-Environment Science[J], 2017, 36(9):1778-1786.

　　14. Li W B, Meng Z F*, Chen H Y, Liu Z, Yu L, Xu S E, Liu W. Integrated health risk assessment near a smelter based on soil Cd(II) pollution. Fresenius Environmental Bulletin [J], 2016, 25(10): 4351-4361.

　　15. Li W, Meng Z F*, Liu Z, Chen H, Wu Q, Xu S. Chromium (VI) Adsorption Characteristics of Bentonite Under Different Modification Patterns. Polish Journal of Environmental Studies [J], 2016, 25(3): 1075-1083.

　　16. Li W, Meng Z F*, Wu Q, Bai D, Xu S, Yu L. Modification mechanism of amphoteric modifier BS-12 on two different clays. Fresenius Environmental Bulletin [J], 2016, 25(10): 3993-4003.

　　17. Li W B, Liu Z, Meng Z F*, Ren S, Xu S E, Zhang Y, Wang M Y. Composite modification mechanism of cationic modifier to amphoteric modified kaolin and its effects on surface characteristics. International Journal of Environmental Science and Technology [J], 2016, 13(11): 2639-2648.

　　18. Li W B, Liu W, Meng Z F*, Ren S, Fu Q, Xu S E. Thermodynamics and surface characteristics of DTAB and BS-12 co-modified bentonites. Journal of Agro-Environment Science[J], 2016, 35(10):1937-1944.

　　19. Li W B, Meng Z F*, Liu Z, Wu Q, Xu S E, Zhu J. Enhanced absorption of Cr(VI) on Lou soil by amphoteric and amphoteric-cationic modified bentonite. Acta Science Circumstantiae[J], 2016, 36(10):3810-3817.

　　20. Li W B, Meng Z F*, Wu Q, Xu S E, Liu Z. Effect of adding compound adsorbent on phenanthrene and Cr(Ⅵ) absorption by Lou soil. Environmental Science[J], 2016, 37(11):4419-4427.

　　21. Li W B, Meng Z F*, Wu Q, Zhao Y F, Ren S, Yu L, Guo H, Zhou C Y. Surface characteristics and CrO2-4 adsorption of kaolin with different modification. Journal of Agro-Environment Science[J], 2016, 35(4):667-683.

　　22. Yu L, Meng Z F*, Li W B, Ren S, Wu Q, Liu W, Bai D. Mechanism of CTMAB modifying BS-12 modified bentonite. Acta Pedologica Sinica[J], 2016, 53(2):543-550.

　　23. Cui X B, Meng Z F*, Yang Y L, Li W B, Di X, Wu Q. Comparison of phenol adsorption on bentonite and kaolinite co-modified by BS-12 and Tween-80. Journal of Agro-Environment Science[J], 2015,34(10):1905-1913.

　　24. Di X, Meng Z F*, Yang S Y, Cui X B, Xiang W, Ren W L, Yang Y L, Li W B, Wu Q. Soil organic polluted matter phenol migration characteristics in modified loessial soil. Transactions of the Chinese Society of Agricultural Engineering[J], 2015, 31(11):249-255.

　　25. Li W B, Yang S Y, Meng Z F*, Cui X B, Liu W, Bai D. Secondary modification mechanisms of BS-12 modified bentonite with DTAB and phenanthrene adsorption by combinedly modified bentonite. Journal of Agro-Environment Science[J], 2015, 34(9):1722-1729.

　　26. Ren S, Ma L L, Meng Z F*, Zhao P P. Preliminary research on bentonite modified by BS-12 and β-cyclodextrin complex and its phenol adsorption properties. Journal of Northwest A&F University (Natural Science Edition) [J], 2015, 43(3):1-6. 

　　27. Wang N, Li L, Yan X W, Ding L Q, Meng Z F*, Li Z Q, Gong N, Liu Y P, Yang Y L. UV-Fenton oxidation degradation of organic fluorine wastewater. Chinese Journal of Environmental Engineering[J], 2015, 9(11):5487-5492.

　　28. LI Bin, MENG Zhao-fu*, WANG Jian-tao, MA Lin-li, XU Shao-e, YANG Shu-ying. Adsorption of Phenol on Amphoteric-Cationic Modified Bentonites, Journal of Agro-Environment Science, 33(6), pp1131-1138, 2014

　　29. MA Lin-li, MENG Zhao-fu*, YANG Shu-ying, YANG Ya-ti, WANG Jian-tao, LI Bin.Cd2+ Adsorption of BS-Tween20 Compounded Modified Bentonite, Acta Pedologica Sinica, 51(6), pp1309-1316, 2014

　　30. WANG Jian-tao, MENG Zhao-fu*, YANG Ya-ti, YANG Shu-ying, LI Bin, MA Lin-li, XU Shao-e. Effect of SDS on the Adsorption of Cd2+ onto Amphoteric Modified Bentonites, Environmental Science, 35(7), pp2596-2603, 2014

　　31. Lu C, Shi Y-L, Zhou Z, Liu N-N, Meng* Z-F, Cai Y-Q. Perfluorinated compounds in blood of textile workers and barbers, Chinese Chemical Letters, 25(8), pp1145-1148, 2014

　　32. XU Shao-e, HAO Jun-liang, MENG Zhao-fu*, WANG Yao, LI Lu, PENG Ge, BAI Zhao, YANG Shu-ying, LI Bin, LI Zhong-qiang. Spatial Distribution Characteristics of Total Concentrations and Forms of Lead and Cadmium in Farmland Soil Nearby a Smelter in Baoji, Agricultural Research In The Arid Areas, 32(4), pp202-207, 2014