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                  副教授
                  賀佳杰
                  發布人:發布時間:2016-05-23

                  姓名:賀佳杰    職稱:副教授

                  E-mailhjj@mail.hzau.edu.cn

                  /博士生導師:碩士生導師

                  教育與工作經歷

                  1996-2000 武漢大學,給水與排水工程,學士

                  2000-2003 武漢大學,環境工程,碩士

                  2004-2009 美國奧本大學(Auburn University),土木工程,博士

                  2010-2011美國Aqua-Aerobic Systems Inc.,工藝工程師


                  研究領域:

                  (1)污水處理工藝設計與優化,主要關注于研究基于工藝實時反饋信號的優化控制機制。


                  (2)環境系統數值模擬,主要專注于研究環境物質在多孔隙介質中的遷移轉化與歸趨。

                  近年社會服務

                  ? 湖北省村鎮污水建設

                  英山縣鄉鎮生活污水處理項目(可研-規劃)

                  麻城市鄉鎮污水處理廠PPP項目 (可研)

                  ? 湖北省枝江市海綿城市專項規劃

                  ? 湖北省隨州市海綿城市專項規劃

                  ? 廣東韶關大學城污水處理廠施工圖設計

                  ? 廣東韶關五里亭、小島片區污水管網輸送工程工藝施工圖設計

                  ? 廣東云浮市腰鼓縣污水廠工藝施工圖設計

                  ? 武漢市王家墩商務區綜合管廊專題研究

                  ? 武漢市黃鶴樓工業園區工業廠房垂直綠化應用技術研究

                  ? 武漢市黃鶴樓工業園濕地水生植物種植與應用研究

                  科研項目

                      教育部歸國留學人員基金

                      長江水利委員會開放式基金


                  公開發表SCI學術論文

                  1. He, J.*, Dougherty, M., AbdelGadir, A., 2013. Numerical assisted assessment of vadose-zone nitrogen transport under a soil moisture controlled wastewater SDI dispersal system in a Vertisol. Ecological Engineering. 53:228-234.

                  2.He, J.*,Dougherty, M., Arriaga, F., Fulton, J., Wood, C., Shaw, J., Lange, C. 2013. Short-term soil nutrient impact in a real-time drain field soil moisture–controlled SDI wastewater disposal system. Irrigation Science.31:59-67.

                  3. He, J.*, Dougherty, M., Arriaga, F.J., AbdelGadir, A.H., 2013. Impact of a real-time controlled wastewater subsurface drip disposal system on the selected chemical properties of a vertisol. Environmental Technology.34(10):1341-1347

                  4. Zhang, Q., He, J., Wang, H.Y., Ma, F., Yang, K., Wang, J.B. Microbial community changes during the start-up of an anaerobic/aerobic/anoxic type sequencing batch reactor. Environmental Technology. In press. 10.1080/09593330.2012.758669.

                  5. Zhang, Q.,He, J., Wang, H.Y., Yang, K., Ma, F. 2013. Laboratory observation on Bacillus cereus EBPR performance under anoxic and aerobic conditions. Fresenius Environmental Bulletin. 22(1): 81-85.

                  6. Zuo, X., Shi, W., Tian, Z., Yu, S., Wang, S., He, J., 2013. Desalination of water with a high degree of mineralization using SiO2/PVDF membranes. Desalination. 311, 150–155.

                  7. Zuo, X., Shi, W., Yu, S., He, J., 2012. Fundamental characteristics study of anion-exchange PVDF-SiO(2) membranes. Water Science and Technology. 66, 2343–2348.

                  8. He, J. *, Dougherty, M., Shaw, J., Fulton, J., Arriaga, F. 2011.Hydraulic management of a soil moisture controlled SDI wastewater dispersal system in an Alabama Black Belt soil. Journal of Environmental Management. 92(10): 2479-2485.

                  9. He, J. *, Dougherty, M., Martine, G., Zellmer, R. 2011. Assessing the Status of Onsite Wastewater Treatment Systems in the Alabama Black Belt Soil Area. Environment Engineering Science.28(10): 693-699.

                  10.Wang, H., He, J.*, Yang, K. 2011. Influence of water characteristics on partial nitrification in a sequencing batch reactor. Scientific Research and Essays. 6(11): 2325-2331

                  11.Wang, H., He, J., Yang, K. 2011 Aerobic Denitrification of a Pseudomonas sp. Isolated from a High Strength Ammonium Wastewater Treatment Facility. Scientific Research and Essays.6(6): 748-755.

                  12.Wang, H., He, J., Yang, K. 2010. Partial nitrification of non-ammonium-rich wastewater within biofilm filters under ambient temperature.Water Science and Technology.62(7):1518-1525.

                  13.He, J.*, Lange, C.R., Dougherty, M. 2009. Land Application of Paper Mill Lime Mud for Agronomic Benefit. Process Safety and Environmental Protection.87(6): 401-405.

                  14.He, J.*, Yang, K., Dougherty, M, Li, C., Wan, Y. 2009. Remove of Manganese from Surface Water with Oxidants in Supplement to Natural Manganese Sand in Sinopec Shanghai Ltd. Desalination and Water Treatment.11:245-257.

                  15.Yang, K., He, J.*, Dougherty, M, Yang, X., Li, L. 2009. Municipal Wastewater Treatment Through an Aerobic Biofilm SBR Integrated with a Submerged Filtration Bed. Water Science and Technology.59(5): 917-926.

                  16.Yang, K., Xue, Y., He, J., Yang, X. 2008. Case Study: Reducing Manganese (Mn++) Level in Surface Water with Natural Manganese-Coated Sand in Sinopec Shanghai Ltd.Journal of Water Supply:Researchand Technology.-AQUA.57(3): 185-194.

                     歡迎愿意從事工程類研究課題的同學報考!



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