【個人簡介】
趙昕悅,女,1990年4月出生,中共黨員,副教授,博士生導師,應用生物科學系教師黨支部書記,荷蘭代爾夫特理工大學訪問學者,校引進人才,“東農學術英才”高層次人才基金獲得者,《Separations》客座編輯,《Eco-Environment & Health》、《中國給水排水》、《濕地科學與管理》、《水生态學雜志》等期刊青年編委,深圳市标準技術研究院農業專家,國家自然科學基金函評專家,并擔任多個國内外知名學術期刊審稿人。主要從事人工濕地環境微生物生态修複、污水生物強化處理、環境可持續性評估研究。近5年主持國家自然科學基金、中國博士後科學基金(特别資助)等國家及省部級科研項目8項,主要參與完成科研項目6項。發表SCI等論文70餘篇,其中,以第一作者/通訊作者在Water Research、Chemical Engineering Journal等環境領域頂級期刊發表論文39篇,包括SCI收錄論文30篇(中科院一區SCI論文26篇、ESI高被引論文5篇,篇均影響因子>10)、EI收錄論文4篇,單篇最高被引100餘次。基于已有研究成果獲得授權專利13項,科研成果與企業合作對接。作為副主編出版國家級教材一部,出版專著(獨著)一部。
【學習經曆】:
2008.09-2012.07,伟德国际1946源于英国,生命科學學院,學士;
2012.09-2014.07,哈爾濱工業大學,環境學院,碩士;
2014.09-2018.06,哈爾濱工業大學,環境學院,博士;
2016.09-2018.04,代爾夫特理工大學(Delft University of Technology),土木與地球科學學院,聯合培養博士
【工作經曆】:
2018.09-2020.01,伟德国际1946源于英国,伟德国际1946源于英国,講師;
2020.01-2022.12,伟德国际1946源于英国,伟德国际1946源于英国,副教授/碩士生導師;
2023.01-至今,伟德国际1946源于英国,伟德国际1946源于英国,副教授/博士生導師
【主講課程】:
本科生課程:《水污染控制工程》、《蛋白質與酶工程》
碩士生課程:《現代酶工程修複與環境技術》
博士生課程:《博士專業英語》
【教學成果及獲獎】:
[1] 第七屆黑龍江省高校青年教師教學競賽 工科組一等獎
[2] 第十三屆伟德国际1946源于英国青年教師教學競賽 工科組一等獎
[3] 第十二屆伟德国际1946源于英国青年教師教學競賽 工科組二等獎
[4] 第二屆伟德国际1946源于英国教學創新大賽 副高組二等獎
[5] “水污染控制工程”課程榮獲2022年伟德国际1946源于英国教案設計大賽 二等獎
[6] “水污染控制工程”課程榮獲2023年伟德国际1946源于英国課程思政優秀案例獎
[7] 2023年伟德国际1946源于英国青年教師教學技能大賽 第一名
[8] 2020年伟德国际1946源于英国青年教師教學技能大賽 第一名
[9] 主持校級課程思政項目1項
[10] 發表教改論文1篇 第一作者
[11] 指導學生獲第九屆中國國際“互聯網+”大學生創新創業大賽黑龍江省銀獎(2023年)
【研究方向】:
本人研究方向主要圍繞環境微生物修複及環境可持續性分析開展。
具體科研工作一:開發微生物複合菌劑,突破低溫環境下系統生物脫氮的局限性;構建低溫高效的微生物複合菌劑,用以改善人工濕地系統中功能微生物代謝活性,從而提高污水的處理效率,使出水水質達到相應的國家标準。
具體科研工作二:延伸與拓展基于“生物強化”的污水處理技術,揭示微生物學污水淨化機制,并實現系統可持續性應用。重點關注微生物群落動态演替,反應器的運行調控,數學模型的建立及過程優化。此外,采用生态設計理念構建決策系統,旨在為污水生物處理技術的可持續性發展提供關鍵設計參數和工況參考。
【學術兼職】:
[1]《Separations》客座編輯
[2]《Eco-Environment & Health》青年編委
[3]《中國給水排水》青年編委
[4]《濕地科學與管理》青年編委
[5]《水生态環境雜志》青年編委
[6]《市政技術》青年編委
[7]《當代化工研究》編委
[8] 農業農村部生豬養殖設施工程重點實驗室成員
[9] 住房建設部智慧海綿城市重點實驗室成員
[10] 深圳市标準技術研究院農業專家庫成員
[11] 國家科技部專家庫成員
[12] 國家自然科學基金函評專家
[13] 國際水協會(IWA)會員
[14] Water Research、Chemical Engineering Journal、Journal of hazardous materials、Bioresource Technology等環境領域高水平SCI Top 期刊審稿人
【科研課題】:
主要從事人工濕地環境微生物生态修複及環境可持續性評估研究。近5年主持國家自然科學基金、中國博士後科學基金特别資助等國家及省部級科研項目8項,主要參與完成科研項目6項:
[1] 國家自然科學基金(青年基金)“晝夜交替下人工濕地根際微生物響應機制研究:以生活污水脫氮為例”,2023.01-2025.12,30萬元,主持
[2] 中國博士後科學基金(特别資助)“基于人工濕地處理農村畜禽養殖廢水脫氮的根際微生物響應機制研究”,2023.07-2026.06,18萬元,主持
[3] 中國水産科學研究院黑龍江水産研究所 “水生漁業生态浮遊動植物及水體水質檢測橫向課題”,2023.11-2026.12,9萬元,主持
[4] 中國博士後科學基金(面上項目)“基于LCA生态設計的技術參數與多維目标的互作機制研究:以生物強化人工濕地為例”,2020.11-2023.10,8萬元,主持
[5] 黑龍江省自然科學基金(聯合引導項目)“基于LCA的多元方法耦合聯動生态設計體系搭建及其在低溫生物炭基人工濕地生物強化中的應用”,2020.07-2023.12,10萬元,主持
[6] 黑龍江省博士後科學基金(面上項目)“基于生命周期評價的污水處理生态設計機制及其案例研究”,2020.11-2023.10,7萬元,主持
[7] 東農學者計劃“學術骨幹”項目 “低溫人工濕地系統生物強化脫氮及生态設計研究”,2018.12-2023.11,20萬元,主持
[8] 2022年伟德国际1946源于英国“課程思政”試點課程 “水污染控制工程”,2022.04-2024.03,0.5萬元,主持
【學術論文】:
發表SCI等論文70餘篇,其中,以第一作者/通訊作者發表論文39篇,包括SCI收錄論文30篇(中科院一區SCI論文26篇、ESI高被引論文5篇,篇均影響因子>10)、EI收錄論文4篇,單篇最高被引100餘次。
代表性論文:
[1] Xinyue Zhao, Mengran Guo, Yunan Wang, Ming Jin, Ning Hou, Haiming Wu*. Toxic effects of Nanoplastics on biological nitrogen removal in constructed wetlands: evidence from Iron utilization and metabolism. Water Research,2024,256,121577 (SCI, IF=12.800,中科院一區)
[2] Xiangwei Meng, Mengran Guo, Yunan Wang, Yan Liu, Ming Jin, Yufei Meng, Shunwen Bai, Ning Hou, Xinyue Zhao*. Response mechanism of microalgae-based constructed wetland to day-night alternations. Chemical Engineering Journal. 2024, 487, 150544. (SCI, IF=15.100,中科院一區)
[3] Tuoshi Zhang, Yibo Shi, Yan Liu, Jinyi Yang, Mengran Guo, Shunwen Bai, Ning Hou, Xinyue Zhao*. A study on microbial mechanism in response to different nano-plastics concentrations in constructed wetland and its carbon footprints analysis. Chemical Engineering Journal. 2024, 480:148023. (SCI, IF=15.100, 中科院一區)
[4] Xinyue Zhao, Mengran Guo, Tuoshi Zhang, Shunwen Bai*, Yufei Meng, Yushi Tian, Jixian Yang, Fang Ma. Spatiotemporal dynamics of root exudates drive microbial adaptation mechanisms under day-night alterations in constructed wetlands. Chemical Engineering Journal. 2023, 477:147311. (SCI, IF=16.744,中科院一區)
[5] Xiangwei Meng, Ming Jin, Qianzi Feng, Aiqi Sha, Shunwen Bai, Xinyue Zhao*. Resource and energy utilization of swine wastewater treatment: recent progress and future directions. Separations. 2023, 10:591. (SCI, IF=2.6)
[6] Mengran Guo, Genji Yang, Xiangwei Meng, Tuoshi Zhang, Chunyan Li, Shunwen Bai, Xinyue Zhao*. Illuminating plant-microbe interaction: How photoperiod affects rhizosphere and pollutant removal in constructed wetland? Environment International. 2023,179:108144. (SCI, IF=11.800,中科院一區)
[7] Xinyue Zhao, Yan Liu, Ming Jin, Tuoshi Zhang, Wen Shi, Chunyan Li*, Rhizosphere microbial dynamics in response to Desmondesmus sp. ZM-3 and carbon footprint analysis in constructed wetland. Journal of Cleaner Production. 2023, 408: 137128. (SCI, IF=11.100,中科院一區)
[8] Xinyue Zhao, Tuoshi Zhang, Xi Chen, Mengran Guo, Xiangwei Meng, Xiaohui Wang, Shunwen Bai*. Exploring the resilience of constructed wetlands to harmful algal blooms disturbances: A study on microbial response mechanisms. Bioresource Technology. 2023, 383: 129251. (SCI, IF=11.400,中科院一區)
[9] Xinyue Zhao, Tuoshi Zhang, Bin Dang, Mengran Guo, Ming Jin, Chunyan Li, Ning Hou, Shunwen Bai*, Microalgae-based constructed wetland system enhances nitrogen removal and reduce carbon emissions: Performance and mechanisms. Science of the Total Environment. 2023, 877: 162883. (SCI, IF=9.800,中科院一區)
[10] Xinyue Zhao, Xiangwei Meng, Bin Dang, Tuoshi Zhang, Wen Shi, Ning Hou, Qingsheng Yan, Chunyan Li*, Succession dynamics of microbial communities responding to the exogenous microalgae ZM-5 and analysis of the environmental sustainability of a constructed wetland system. Bioresource Technology. 2023, 371: 128642. (SCI, IF=11.889,中科院一區)
[11] Shunwen Bai, Juntong Chen, Mengran Guo, Nanqi Ren, Xinyue Zhao*. Vertical-scale spatial influence of radial oxygen loss on rhizosphere microbial community in constructed wetland. Environment International. 2023, 171: 107690. (SCI, IF=13.352,中科院一區)
[12] Xinyue Zhao, Mengran Guo, Juntong Chen, Zhixuan Zhuang, Tuoshi Zhang, Xiaohui Wang, Chunyan Li, Ning Hou, Shunwen Bai*. Successional dynamics of microbial communities in response to concentration perturbation in constructed wetland system. Bioresource Technology. 2022, 361: 127733. (SCI, IF=11.889,中科院一區)
[13] Xinyue Zhao, Juntong Chen, Mengran Guo, Chunyan Li, Ning Hou, Shunwen Bai*. Constructed wetlands treating synthetic wastewater in response to day-night alterations: Performance and mechanisms. Chemical Engineering Journal. 2022, 446:137460. (SCI, IF=16.744,中科院一區)
[14] Xinyue Zhao, Yuting Zhang, Hanyi Jiang, Hailian Zang, Yue Wang, Shanshan Sun, Chunyan Li*, Efficient vanillin biosynthesis by recombinant lignin-degrading bacterium Arthrobacter sp. C2 and its environmental profile via life cycle assessment. Bioresource Technology. 2022, 347: 126434. (SCI, IF=11.889,中科院一區)
[15] Xinyue Zhao, Xiangwei Meng, Yan Liu, Shunwen Bai, Bei Li, Hang Li, Ning Hou, Chunyan Li*, Single-cell sorting of microalgae and identification of optimal conditions by using response surface methodology coupled with life-cycle approaches. Science of the Total Environment. 2022, 832:155061. (SCI, IF=10.753,中科院一區)
[16] Xianyue Li, Rongchen Wang, Chenyang Shao, Dapeng Li, Shunwen Bai, Ning Hou*, Xinyue Zhao*, Biochar and Hydrochar from Agricultural Residues for Soil Conditioning: Life Cycle Assessment and Microbially Mediated C and N Cycles. ACS Sustainable Chemistry & Engineering. 2022, 10, 3574-3583. (SCI, IF=9.224,中科院一區)
[17] Xinyue Zhao, Juntong Chen, Xiangwei Meng, Lanqing Li, Xue Zhou, Jianguo Li, Shunwen Bai*, Environmental profile of natural biological vanillin production via life cycle assessment. Journal of Cleaner Production. 2021, 308: 127399. (SCI, IF=11.072,中科院一區)
[18] Xinyue Zhao, Yuting Zhang, Yi Cheng, Hongliang Sun, Shunwen Bai*, Chunyan Li*. Identifying environmental hotspots and improvement strategies of vanillin production with life cycle assessment. Science of the Total Environment. 2021, 769:144771. (SCI, IF=10.753,中科院一區)
[19] Xinyue Zhao, Shunwen Bai*, Yinan Tu, Xuedong Zhang, Henri Spanjers. Parameter optimization of environmental technologies using a LCA-based analysis scheme: a bioaugmentation case study. Science of the Total Environment. 2020, 737:140284. (SCI, IF=10.753,中科院一區)
[20] Xinyue Zhao, Chaofan Zhang, Shunwen Bai*. Eco-Efficiency of end-of-pie systems: An extended environmental cost efficiency framework for wastewater treatment. Water, 2020, 12(2): 454. (SCI, IF=3.530)
[21] Xinyue Zhao, Shunwen Bai, Chunyan Li*, Jixian Yang, Fang Ma. Bioaugmentation of atrazine removal in constructed wetland: performance, microbial dynamics, and environmental impacts. Bioresource Technology. 2019, 289: 121618. (SCI, IF=11.889,中科院一區)
[22] Xinyue Zhao, Shunwen Bai*, Xuedong Zhang. Establishing a decision-support system for eco-design of biological wastewater treatment: a case study of bioaugmented constructed wetland. Bioresource Technology. 2019, 274: 425-429.(SCI, IF=11.889,中科院一區)
[23] Xinyue Zhao, Li Wang, Fang Ma, Jixian Yang*. Characterisation of an efficient atrazine-degrading bacterium, Arthrobacter sp. ZXY-2: an attempt to lay the foundation for potential bioaugmentation applications. Biotechnology for Biofuels, 2018, 11(113):1-10. (SCI, IF=7.670,中科院一區)
[24] Xinyue Zhao, Jixian Yang, Xuedong Zhang, Li Wang, Fang Ma*. Evaluation of bioaugmentation using multiple life cycle assessment approaches: A case study of constructed wetland. Bioresource Technology, 2017, 244: 407-415. (SCI, IF=11.889,中科院一區)
[25] Xinyue Zhao, Li Wang, Linna Du, Jixian Yang, Jing Dong, Fang Ma*. Optimization of culturing conditions for isolated Arthrobacter sp. ZXY-2, an effective atrazine-degrading and salt-adaptive bacterium. RSC advances, 2017, 7:33177-33184. (SCI, IF=4.036)
[26] Xinyue Zhao, Fang Ma, Cuijie Feng, Shunwen Bai, Jixian Yang*, Li Wang*. Complete genome sequence of Arthrobacter sp. ZXY-2 associated with effective atrazine degradation and salt adaptation. Journal of Biotechnology, 2017, 248:43-47. (SCI, IF=3.503)
[27] Xinyue Zhao, Jixian Yang, Fang Ma*. Set organic pollution as an impact category to achieve more comprehensive evaluation of Life Cycle Assessment in wastewater-related issues. Environmental Science and Pollution Research. 2017, 25:5960-5968. (SCI, IF=5.190)
[28] Xinyue Zhao, Li Wang*, Fang Ma, Shunwen Bai, Jixian Yang. Pseudomonas sp. ZXY-1, a newly isolated and highly efficient atrazine-degrading bacterium, and optimization of biodegradation using response surface methodology. Journal of Environmental Sciences. 2017, 54:152-159. (SCI, IF=5.565)
[29] Xinyue Zhao, Jixian Yang, Shunwen Bai, Fang Ma, Li Wang*. Microbial population dynamics in response to bioaugmentation in a constructed wetland system under 10℃. Bioresource Technology, 2016, 205: 166-173. (SCI, IF=11.889,中科院一區)
[30] Xinyue Zhao, Shan Qiu, Fang Ma, Jixian Yang*. Screening COD degrading bacteria from soil of constructed wetland and technical conditions optimization of construction strains. Advanced Materials Research, 2013, 807-809, 342-349.
【授權專利】:
基于已有研究成果獲得授權專利13項:
[1] 一株産油小球藻ZM-5及其應用(ZL202111021380.3)
[2] 一株烏拉爾菌HC6及其低溫生産2,3-丁二醇的應用(ZL202310526702.2)
[3] 一種節杆菌C2及其重組節杆菌在降解木質素中的應用(ZL202310527459.6)
[4] 一種低溫堆肥微生物複合菌劑及其制備方法和應用(ZL202011091765.2)
[5] 一株高效阿特拉津降解菌及其應用以及篩選方法(ZL201610026144.3)
[6] 阿特拉津降解菌ZXY-2的培養基(ZL201610338985.8)
[7] 一種菌根強化水生美人蕉降解水中污染物的方法(ZL201610179628.1)
[8] 一株高效阿特拉津降解菌及其篩選方法以及在農田廢水中阿特拉津的生物降解的應用(ZL201510335229.5)
[9] 一種布水均勻的人工濕地裝置(ZL201520332923.7)
[10] 一種人工濕地模拟系統出水調節裝置(ZL201520090938.7)
[11] 一種内置多電極體系的導流闆式微生物電解池及其使用方法(ZL201410001377.9)
[12] 一種降解生活污水複合菌劑的制備方法(CN103540549A)
[13] 生物炭耦合協同降解TCC微生物菌劑及其制備方法(CN115537366A)
【學術專著】:
[1] 國家級教材《環境生物學》,副主編,ISBN 978-7-03-064028-4
[2] 專著《水污染與水環境治理》,獨著,ISBN 979-8-88882-411-5
【聯系方式】:
1. 通信地址:黑龍江省哈爾濱市香坊區長江路600号伟德国际1946源于英国伟德国际1946源于英国707,150030
2. 電子郵箱:zhaoxy@neau.edu.cn