1.地方政府重大科技攻关项目.高硬、高浊、高氨煤化工废水预处理关键技术及成套装备研发.（在研）.

2.企业技术研发项目.现有采用臭氧活性炭工艺水厂防控微生物泄漏的策略研究.项目负责人.（在研）

3.企业技术研发项目.小型污水源头处理装备及资源化技术开发.（在研）.

4. 企业委托项目. 市政污泥处理处置与资源化技术.项目负责人（在研）.

5. 企业合作课题.化工废水排水特性与后续废水处理设施达标排放的相关性.项目负责人（在研）.

6.  上海市地方标准课题：城镇供水厂泥渣处理处置技术规范.

1. Haolian Xu, Zhenzhen Tang, Donghai Yang, Xiaohu Dai,Hongbin Chen . Enhanced growth and auto-flocculation of Scenedesmus quadricaudain anaerobic digestate using high light intensity and nanosilica: Abiomineralization-inspired strategy. Water Research. 235 (2023) 119893.

2. Yanqiong Wang, Hongwu Wang, Jianfeng Zhu , HongbinChen. Review on enhanced hydrolysis acidification strategies for pre-treatmentof refractory wastewater or VFAs production: Mechanisms and application. Journalof Cleaner Production. Volume 410, 15 July 2023,137252.

3. Ren, X., Li, J., Zhou, Z., Zhang, Y., Wang, Z., Zhang,D., Tang, X., Chen, H., Impact of invertebrates on water quality safety andtheir sheltering effect on bacteria in water supply systems, EnvironmentalPollution (2023), doi:  https://doi.org/10.1016/j.env pol.2023. 121750.

4. Yanqiong Wang, Hongwu Wang, Hongbin Chen. Responseof aerobic activated sludge to edible oil exposure: Extracellular polymericsubstance (EPS) characteristics and microbial community. Journalof Environmental Management . 335 (2023) 117571.

5. Haolian Xu, Zhenzhen Tang, Zixuan Liang, HongbinChen, Xiaohu Dai. Neglected methane production and toxicity risk inlow-frequency ultrasound for controlling harmful algal blooms. Environmental Research. 232(2023):116422.

 6. 黄伟平，郎俊曜，范志强，裘琳芳，冯秋洁，陈洪斌（2023）.中低温改性聚氨酯填料移动床生物膜反应器深度脱氮研究. 水处理技术. V.49, n3, p83-88.

7.耿瑞,陈涛钦,陈洪斌. 环氧丙烷高盐皂化废水处理技术评述.化工环保.2023.40(1):1-8 

8. 盛德洋;朱洁;安东璇;胡维杰;陈洪斌（2023）. 基于碳减排的污水厂污泥处理处置全流程最佳技术路线分析.净水技术. v.42;No.257(01) 75-82168.

9. Taoqin Chen, Longqian Xu, Sheng Wei, Xianchun Tang,Hongbin Chen*(2022). Enhanced ammonia-rich solution production and electrodeseparation using magnetic nickel-loaded carbon black in flow-electrodeelectrochemical deionization (FEED). Desalination.544:116152. https://doi.org/10.1016/j.desal.2022.116152.

10. Bai-Hong An, Da-Mao Xu, Rui Geng, Yan Cheng, Rui-BoQian, Xian-Chun Tang, ZhiQiang Fan, Hong-Bin Chen*. The treatment effects ofvarious target pollutant in real coal gasification gray water by coupling pulseelectrocoagulation with chemical precipitation methods. Chemosphere (2022). https://doi.org/10.1016/j.chemosphere.2022.136898.

11. Wang, YQ; Wang, HW; Jin, H; Zhou, XQ; Chen, HB(2022). Application ofFenton sludge coupled hydrolysis acidification in pretreatment of wastewatercontaining PVA: Performance and mechanisms. Journal of Environmental Management.Vol.304. Article Num. 114305; DOI:10.1016/j.jenvman. 2021.114305

12. Haixin Jiang, Yexuan Wen, Ruibo Qian, Shiting Liu,Xianchun Tang, Weiping Huang, Hongbin Chen(2022). Novel insights into aerobicduration control-based partial nitritation in source-separated blackwatertreatment: growth type, inoculation source, and comammox threat. Journal ofEnvironmental Management. 324:116319.

13. Yexuan Wen, Haixin Jiang, Ruibo Qian, Shiting Liu, Xianchun Tang,Weiping Huang, Hongbin Chen. Micro-aerated fermentation enhances acetateproduction from high-rate activated sludge to supply carbon source forheterotrophic denitratation. Chemical Engineering Journal 446 (2022) 136894.

14.YanqiongWang, HongwuWang,Hui Jin and Hongbin Chen（2022）. Performance and mechanismsof enhanced hydrolysis acidification by adding different iron scraps: Microbialcharacteristics and fate of iron scraps. Frontier in Microbiology. https://doi.org/10.3389/fmicb.2022.980396.

15. Ren, XL; Wang, Q; Chen, HB; Dai, XH; He, QB.Removal effect and mechanism of typical pharmaceuticals and personal careproducts by AAO-MBR and UV/Chlorine in black water. JOURNAL OF CLEANER PRODUCTION.346(2022): 131104.

16.Wang, YQ; Wang, HW; Wang, L; Cai, BQ; Chen, HB(2022). Removal of high-concentration 4-Chlorophenol (4-CP) in wastewater usingcarbon-based heterogeneous catalytic oxidation: Performance and mechanism. JOURNAL OF CLEANER PRODUCTION.346(2022):131176.

17. Kilingo, FM; Bernard, Z; Chen, HB(2022). Study of domestic wastewatertreatment using Moringa oleifera coagulant coupled with vertical flowconstructed wetland in Kibera Slum, Kenya. ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH. 29 (24) , pp.36589-36607. DOI:10.1007/s11356-022-18692-3

18. 钱瑞波; 江海鑫;刘世婷;文叶轩;黄伟平;唐贤春; 陈洪斌. 基于曝气方式控制的碳捕获预处理黑水部分亚硝化工艺. 环境工程学报. 2022.16(4): 1353-1362.

19. 范志强,窦茵,陈洪斌. 生物活性炭砂垫层对饮用水生物安全性控制的研究与应用. 净水技术.2022,41(02):16-23.

20. Chen, TQ; Xu, LQ; Wei, S; Fan, ZQ; Qian, RB; Ren, XL; Zhou, G; Yang, HQ; Wu, JY; Chen, HB. Ammonia-rich solution production from coal gasification gray water usingChemical-free Flow-Electrode capacitive deionization coupled with a monovalentcation exchange membrane. Chemical Engineering Journal. Volume 433,Part 3. ArticleNumber:133780; DOI:10.1016/j.cej.2021.133780.

21. Chen, TQ; Li, JZ;Xu, LQ; Zhang, D;Wang, Z; Chen, HB. Deactivation of Caenorhabditis elegans nematodesin drinking water by PMS/UV-C: efficiency and mechanisms. Envrion. Sci.andPollution Research. 2021 .28(41): 58606-58616. DOI:10.1007/s11356-021-14312-8

22. Xueli Ren, Hongbin Chen*(2021). Effect of residual chlorine onthe interaction between bacterial growth and assimilable organic carbon andbiodegradable organic carbon in reclaimed water. Science of the TotalEnvironment. 752(2021):141223.

23. Xueli Ren, Mengjia Zhang, HongwuWang, Xiaohu Dai, Hongbin Chen*(2021). Removal of personal care products ingreywater using membrane bioreactor and constructed wetland methods. Science ofthe Total Environment.797(2021):148773.

24. 刘爽,王铮,武珉辉;沈雪;于建伟;陈洪斌. 采用金泽原水的水厂工艺集成优化关键技术研究成果. 净水技术. 2021,40(04).

25. Lijie Zhou, Hongwu Wang, Zhiqiang Zhang, JianZhang, Hongbin Chen etc(2021). Novel perspective for urban water resourcemanagement: 5R generation. Front. Environ. Sci. Eng. 2021,15(1): 16 https://doi.org/10.1007/s11783-020-1308-z

26. Xueli Ren, Hongbin Chen ⁎ (2021).  Effect of residual chlorine on theinteraction between bacterial growth and assimilable organic carbon andbiodegradable organic carbon in reclaimed water. Science of the Total Environment.752 (2021) 141223.

27. Xianchun Tang, Yexuan Wen, Yi He, Haixin Jiang,Xiaohu Dai ,Xuejun Bi, Martin Wagner and Hongbin Chen（2020）.Full-scale semi-centralized wastewater treatment facilities for resourcerecovery: operation, problems and resolutions. Water science and technology.80: 303-314.

28. Haixin Jiang, Yexuan Wen, Qi Wang, YiHe, Hongbin Chen*. Partial nitritation with aerobic duration control ofcarbon-captured blackwater : process operation and model-based evaluation [J]. ChemicalEngineering Journal, 2020, 401: 126060.

29. Zhiling Wu; Xianchun Tang; Hongbin Chen(2021).Seasonal and treatment-process variations in invertebrates in drinking watertreatment plants. Frontier of Environmental Science & Engineering. 15（4）: 62 . DOI:10.1007/s11783-020-1354-6。ISSN: 2095-2201

30. 张易峰, 陈洪斌, 李坤. 净水厂生物活性炭泄漏的调控技术述评.水处理技术.2021.47（1）:1-6.

31  Xueli Ren; Yanyan Zhang; Hongbin Chen(2019). Graywater treatment technologies and reuse of reclaimed water for toilet flushing. Environmental Science and Pollution Research. 78(10): 2193-2203

32. Haixin Jiang, Xianchun Tang, Yexuan Wen, Yi He, Hongbin Chen. Carbon capture for blackwater: Chemical enhanced high-rate activated sludge process [J]. Water Science and Technology. 80 (2019), 1494-1504.

33.吴志玲,唐贤春,陈洪斌(2019). 微孔滤布过滤对氯接触池出水中无脊椎动物的截留研究.中国给水排水. v35,n9: 1-6

34. 贺艺, 江海鑫, 陈洪斌.基于生活污水源分离与资源化的分散式处理系统应用探讨.水处理技术.2019.45(2) :1-6

35. 唐贤春,贺艺,宋鹏,江海鑫,王正晓,戴晓虎,陈洪斌. 半集中式分质供排水和资源化系统的集成应用.环境工程学报.2019.13(7): 1612-1622.

36. 李进哲,陈洪斌. 供水系统无脊椎动物安全性风险评估与控制[J].给水排水.2019, v.55;No.465(12) 119-124.

37. 江海鑫,贺艺,戴晓虎,陈洪斌. 高负荷活性污泥法污水有机组分表征[J].环境工程学报.2020.14(6): 1471-1480.

38. 汪琪.张梦佳, 陈洪斌. 水环境中药物类PPCPs的赋存及处理技术进展.Reviewon Occurrence and Treatment Technology of PPCPs in Water Environment. 净水技术. 2020,v.39;No.215(01) 43-51.

39. 张梦佳,汪琪,陈洪斌. 水环境中个人护理品类微量污染物的赋存与去除技术进展. 四川环境. 2020. n1: 187-194. 1001-3644

40. 何嘉慧,陈洪斌. 企业用小型超纯水制备系统的最适工艺选择探讨.四川环境.2019.v38 n2: 157-162. 1001-3644

41. Wu Z.L. & Chen H.B. Comparison of invertebrate removal by traditional-BAC and pre-BAC treatment processes: Verification in a full-scale drinking water treatment plant. Water Science and Technology: Water Supply, 2018 .Vol.18(4):1261-1269

42.Zhiling Wu, Yong Cheng, Tonghui Chen, Xianchun Tang, Hongbin Chen*(2018).  Inactivation efficiency of sodium hypochlorite on rotifers and rotifer eggs. Desalination and Water Treatment. 1-8.

43. Jie ZHU, Xianchun Tang, Zhiling Wu, Hongbin CHEN(2018). Migration and control of invertebrates along the treatment processes in waterworks with advanced treatment. Journal of Environmental Engineering. J.Environ. Eng., 144(7): 0401-043

44 Hong Shen, Xianchun Tang, Nanxiang Wu, Hongbin Chen*(2018). Leakage of soluble microbial products from biological activated carbon filtration in drinking water treatment plants and its influence on health risks. Chemosphere. 202:226-236 (IF: 4.208).

45. Xueli Ren, Hongbin Chen, Yong Cheng, Luxue Wu, Haixin Jiang(2018). Full-scale practice of domestic wastewater source separation and collection in a semicentralized treatment system: A case study. Water Science and Technology.78 (10): 2193–2203.

46. Zhiling Wu, Jie Zhu, Xianchun Tang, Hongbin Chen*(2017).Synergistic effect with chlorination and sand filtration for the efficientelimination of invertebrate leakage in BAC filter. Desalination and Water Treatment. n.79:pp235-242.

47. WuZ.L., Tang X.C. & Chen, H.B(2017). Influence of the type of activatedcarbon on invertebrate leakage in biological activated carbon filter.Desalination and Water Treatment, Vol 94:40-46

48. Jie Zhu, Martin Wagner, Peter Cornel, Hongbin Chen, Xiaohu Dai(2018). Feasibility of on-site grey-water reuse for toilet flushing in China. Journal of Water Reuse and Desalination. 8(1)：1-13.

49. Hong Shen, Xin Chen & Hongbin Chen(2017). Influence on the generation of disinfection byproducts in a tannic acid solution by aluminumions. Environmental Technology. DOI: 10.1080/09593330.2016.1217939. 38(9):1100-1110. (IF=1.75).

50.陈同辉,陈伟华,陈洪斌1,*,戴晓虎等.悬浮填料用于黑水处理的生物硝化反硝化性能研究.水处理技术. 2017.43(2):107-111.

1. 项目“大型源水生物处理工程工艺研究与应用”荣获2004年度国家科技进步二等奖（第4完成人）.颁奖单位:国务院，颁奖日期：2005年2月

2. 科研项目荣获上海市科技进步一等奖（第6完成人）；颁奖单位:上海市人民政府；颁奖日期：2003年3月.

3. 项目“炼油污水的深度处理与回用技术研究”获得2003年度中国石油天然气集团公司技术创新二等奖（第1完成人）和中国石油天然气集团公司青年创新工作法大赛“百优项目”. 颁奖单位:中国石油天然气集团公司，颁奖日期：2003年9月。

4.荣获上海市2003年度“青年科技启明星”荣誉称号并获得项目支持.上海市科委

5. 2004年度 同济大学优秀青年教师和入选“上海市优秀青年教师后备人才”计划并获得项目资助.上海市教委.2005年

6.2002年度上海市优秀博士论文获得者.上海市教委.2003年7月