彭赵旭

郑州大学水利与交通学院副教授/硕导
研究方向：丝状菌膨胀控制好氧颗粒污泥
办公地点：

个人简介

彭赵旭，男，郑州大学水利与交通学院副教授/硕导，黑龙江哈尔滨人，哈尔滨工业大学市政工程博士，荷兰TU Delft访问学者。从事低碳高效污水处理技术、脱氮除磷及其资源化利用等方面的研发，主要研究内容为丝状菌膨胀控制、好氧颗粒污泥等。

主持国家重大水专项子任务、河南省科技攻关、校企联合项目，参与国家自然科学基金等项目10余项，以第一（或通讯）作者发表SCI、EI及中文核心期刊论文80余篇。授权发明专利10余项。

学术兼职

中原绿丰环保有限公司 - 科技副总

教学课程

本科生教学课程：

  • 给水工程（48学时）
  • 环境保护与可持续发展（32学时）
  • 专业英语（24学时）

研究生教学课程：

  • 水污染防治新技术（32学时）
  • 高等水化学（32学时）

科研项目

[1] 主持国家重大水专项子任务，清潩河流域水环境质量整体提升与功能恢复关键技术集成研究与综合示范（52110604），2015.01-2019.12；
[2] 主持河南省教育厅基金，基于菌群调控策略的低溶解氧丝状菌活性污泥微膨胀低能耗方法的研究（17A560029），2016.07-2018.12；
[3] 主持河南省科技攻关，部分好氧颗粒污泥节能脱氮除磷工艺的基础研究（222102320426），2022.01-2025.05；
[4] 主持校企联合项目，污水处理厂活性污泥膨胀抑制剂的研发（250777A-n），2025,10-今
[5] 主持校企联合项目，强化脱氮除磷微载体的研发（250836A-n），2025,11-今。

教研项目

[1] 河南省线上一流课程《大学化学》，主持，2022
[2] 河南省线下一流课程《环境保护与可持续发展》，参与，2021

论文和专著

【论文】

[1] Zhaoxu Peng*, Antonella L. Piaggio, Guilherme Lelis Giglio, Sara Toja Ortega, Mark C.M. van Loosdrecht, Merle K. de Kreuk. Interaction of non-biodegradable particles and granular sludge in Nereda®—from nanoparticles to microparticles. Water Research (2025).
[2] Zhaoxu Peng*; Yuemei Lin; Mark C. M. van Loosdrecht, Merle K. de Kreuk. Attachment performance between micro particles and different sized aerobic granular sludge - from outside to inside. Water Research (2025).
[3] Xinglin Cao, Boxuan Zhang, Baogui Wang, Aihua Gao, Ke Cheng, Zhaoxu Peng*. Improved nitrogen removal using modified sludge gasification slag: A waste-derived biofilm carrier. ACS ES&T Water (2026).
[4] Yang Zhou, Jie Zhang, QingQing Wang, Qingyuan Wang, Junhui Liu, Xiaotong Chen, Yingying Guo, Mingming Sun, Liyun Sun, Zhaoxu Peng*. Denitrification performance enhanced by optimizing external carbon addition in a full-scale anoxic tank. Bioprocess and Biosystems Engineering (2026).
[5] Xu Gao, Ke Cheng, Meiqi He, Qingyuan Wang, Xiaotong Chen, Yanwei Chen, Qingqing Wang, Yingying Guo, Yang Zhu, Sheng Lan, Zhaoxu Peng*. The influence of nano-iron on the granulation and nitrogen removal performances of activated sludge. Journal of Environmental Chemical Engineering (2026)
[6] Zhaoxu Peng*, Yingjian Zhang, Yanghui Xu, Guilherme Lelis Giglio, Merle k.de Kreuk. Fate of nanoparticles in aerobic granular sludge process: influences of sludge concentration, granule size and aeration/mixing intensity. Journal of Environmental Management (2025).
[7] Zhaoxu Peng, Jing Qin, Ying Zhao, Ying Li, Feiyue Hu, Zhixuan Bai, Haosen Yang, Baodan Jin, Jiantao Ji*, Comparison of the performances and mechanisms of anammox bacteria in-situ self-enrichment under heterotrophic and autotrophic conditions by inoculating ordinary activated sludge. Bioresource Technology 422 (2025) 132213.
[8] Yingjian Zhang, Guilherme Lelis Giglio, Jiyu Gu, Xuelong Zhang, Jinhui Wang, Liguo Wang, Fanchao Meng, Zhaoxu Peng*. Hydraulic reflow anaerobic anoxic oxic process - influences of sedimentation selection and reflow Ratios. Journal of Environmental Chemical Engineering (2025).
[9] Yu-He, Luji-Yu,Yanpeng-Wang, Ziyao-Hao, Tingmei-Li, Zehan-Huang, Zhaoxu-Peng*. The distribution of functional nitrogen cycle gene in river and their response to nitrogen concentrations. Journal of Environmental Chemical Engineering (2025).
[10] Yingjian Zhang, Wangcheng Zhang, Xuelong Zhang, Luji Yu, Guilherme Lelis Giglio, Zehan Huang, Zhaoxu Peng*. Effect of the on/off ratio of anaerobic mixing duration on granulation in an anaerobic oxic treatment process. Separation and Purification Technology (2025).
[11] Yingjian Zhang, Fanchao Meng, Zehan Huang, Minghui Liu, Xuegang Mu, Xuelong Zhang, Guilherme Lelis Giglio, Zhaoxu Peng*, The impact of organic loading rate on the cultivation and stability of aerobic granular sludge in continuous flow reactor. International Biodeterioration & Biodegradation (2025).
[12] Tianlong Jia, Jing Yu, Ao Sun, Yipeng Wu, Shuo Zhang, Zhaoxu Peng*. Semi-supervised learning-based identification of the attachment between sludge and microparticles in wastewater treatment. Journal of Environmental management (2025).
[13] Zhaoxu Peng*, Meiqi He, Yingjian Zhang, Likun Gu, Yan Wang, Liyun Sun, Lulu Cheng. Effect of PAC-embedded fillers coupled with electrochemical systems on nitrogen transfer pathways and removal. Environmental Science: Water Research & Technology (2025).
[14] Zhaoxu Peng*; Xuegang Mu; Tingmei Li; Yu He; Ziyao Hao; Luji Yu; Xiaoyan Lv. Differences in Ammonia Self-Purification between Simulated and Actual Rivers under Different Flow Velocities. Journal of Environmental Engineering (2025).
[15] Yingjian Zhang, Haotian Lu, Pengyu Fan, Wangcheng Zhang, Tingmei Li, Lulu Cheng, Zhaoxu Peng*, Unlocking carbon potential in corn cob: Evaluating acidic, alkaline, and ultrasonic pretreatments. Journal of Environmental Engineering (2025).
[16] Zhao-xu Peng, Yu-He, Lu-ji Yu, Zi-yao Hao, Ting-mei Li, Li-kun Gu, Li-Wang*. The influence of in-situ purification system on pathogen in the river fed by the drainage of sewage plant. Environmental Science and Pollution Research (2024).
[17] Tianlong Jia, Zhaoxu Peng*, Jing Yu, Antonella L. Piaggio, Shuo Zhang, Merle K. de Kreuk. Detecting the interaction between microparticles and biomass in biological wastewater treatment process with Deep Learning method. Science of the Total Environment (2024).
[18] Wangcheng Zhang, Yingjian Zhang, Luji Yu, Likun Gu, Jiantao Ji, Guangyi Zhang, Zhaoxu Peng *.The effect of nano-Fe3O4 addition on the nitrogen transfer pathways and biomass morphology in floc-granule coexistence system. Journal of Environmental Chemical Engineering (2024).
[19] Zhaoxu Peng*, Fanchao Meng, Ningqi Niu, Ziyao Hao. Luji Yu. Li Wang. Rural septic tank wastewater treatment based on enhanced microalgae growth in photosynthetic electrochemical system. Journal of Environmental Engineering (2024).
[20] Haotian Lu, Likun Gu, Zhigeng Guo, Pengyu Fan, Mengshuo Liu, Lutong Cui, Luji Yu*, Zhaoxu Peng*. The effect of carbon source produced by modified corncob fermentation on denitrification. Journal of Water Process Engineering (2024).
[21] Peng Zhaoxu*, Zhang Wangcheng, Lou Tianyu, Huang Zehan, Jiang Kun, Yu Luji, Ji Jiantao. The nitrogen removal characteristics of sludge floc and biofilm along the anaerobic anoxic oxic process. Journal of Water Process Engineering (2024).
[22] Zijian Wang, Xuwen Zhou, Hao Wang, Zehan Huang,, Jiantao Ji, Zhaoxu Peng*, Kun Jiang. XGBSEGA coupled energy saving method for wastewater treatment plants. Applied Water Science (2024).
[23] Zhaoxu Peng*, Ningqi Niu, Tingmei Li, Luji Yu, Likun Gu, Minghui Liu. Research on the Purification Performance of a Floating Island System Treating the Effluent of WWTP Under Different Seasons. Water, Air, & Soil Pollution volume 234,152 (2023). 
[24] Minghui Liu, Ju Wang, Zhaoxu Peng*. Effects of micro-bubble aeration on the pollutant removal and enery-efficient process in a floc-granule sludge coexistence system. Water Science & Technology (2023).
[25] Yongqing Niu, Hui Zhang, Sen Yang, Bingyan Liu, Ziyao Hao, Luji Yu, Zhaoxu Peng*. Nitrogen removal performance and microbial community of a novel combined electrochemical biofilter for treating a mixture of raw sewage and secondary effluent Journal of Water Process Engineering (2023).
[26] Zhaoxu Peng*, Minghui Liu, Tingmei Li, Wangcheng Zhang, Yanpeng Wang, Luji Yu, Jiantao Ji. A Novel Layered and Advanced Nitrogen Removal Filter with Gravel and Embedded Bio-Organic Carrier Based on Autotrophic and Heterotrophic Pathways. Water (2023).
[27] Zhaoxu Peng* , Fanchao Meng, Wangcheng Zhang, Jiaotao Ji, Zehan Huang, Likun Gu, Bingyan Liu. Evaluating the Effect of Nonaerobic Hydraulic Retention Time on Nutrients Removal in Nonaerobic and Aerobic SBR. J. Environ. Eng (2023).
[28] Zhaoxu Peng* , Yongqing Niu, Minghui Liu, Tingmei Li, Likun Gu, Luji Yu. Effect of flow fluctuation on the nitrogen removal performance of an advanced nitrogen removal filter. Journal of Water Process Engineering 50 (2022) 103338
[29] Tianyu Lou, Zhaoxu Peng*, Kun Jiang, Ningqi Niu, Ju Wang, Ao Liu. Nitrogen removal characteristics of biofilms in each area of a full-scale AAO oxidation ditch process. Chemosphere. 2022. 302: 134871-134879.
[30] Yue Zheng, Zhaoxu Peng*, Houbing Xia, Wangcheng Zhang. Prediction of sludge settleability through artificial neural networks with optimized input variables. Water and Environment Journal. 2022: 36(4): 694-703.
[31] Zhaoxu Peng*, Ju Wang, Ningqi Niu, Ao Liu, Yongqing Niu, Jing Qin, Minghui Liu, Ying Li. The effect of PO43--P concentration on sludge settleability and nutrients removal performance. Water Sci Technol (2022) 86 (5): 1108–1121
[32] Zhaoxu Peng*, Tianyu Lou, Kun Jiang, Ningqi Niu, Ju Wang, Ao Liu. Characteristics of nutrients removal under partial denitrification initiated by different initial nitrate concentration. Bioprocess and Biosystems Engineering. 2021, 44:2051-2059
[33] Zhaoxu Peng*, Kun Jiang, Tianyu Lou, Ningqi Niu, Ju Wang. Enhanced denitrification of secondary effluent using composite solid carbon source based on agricultural wastes and synthetic polymers. Water Science & Technology. 2021, 83(4):886-893
[34] Zhaoxu Peng*, Tianyu Lou, Kun Jiang, Ningqi Niu, Ju Wang, Lei Li. Nitrification characteristics of long-term idle aerobic activated sludge during domestication. Environmental Science and Pollution Research. 2021,28:23386-23394
[35] Han Wei, Li Ting-mei, Cheng Lu-lu, Liu Lu, Yu Lu-ji and Peng Zhao-xu*. Effect of adding microorganism and carbon source to substrate on nitrogen removal treating the drainage of WWTP. Water Science & Technology. (2019)
[36] Wei Han, Zhaoxu Peng*, Tingmei Li, Pengyu Fan, Luji Yu. Control of sludge settleability based on organic load and ammonia nitrogen load under low dissolved oxygen. Water Science & Technology. (2018)
[37] Zhaoxu Peng, Yongzhen Peng*, Zhenbo Yu, Xuliang Liu, Xiaoling Li, Randeng Wang. Control of sludge settleability and nitrogen removal under low dissolved oxygen condition. Frontiers of Environmental Science &. Engineering. (2012)
[38] Peng Zhaoxu, Peng Yongzhen*, Gui Lijuan, et al. Competition for Single Carbon Source Between Denitrification and Phosphorus Release in Sludge under Anoxic Condition. BIOTECHNOLOGY AND BIOENGINEERING. (2010).

【专著】

[1] 龚为进，彭赵旭，等. 水质工程学（下），中国水利水电出版社，2015
[2] 刘玥，闫怡新，彭赵旭，高爱华. 水处理高级氧化技术及工程应用. 郑州大学出版社，2014.

专利和软件著作权

【授权发明专利】

[1] 彭赵旭，杨森，刘明辉, 刘冰岩，王金辉. 基于好氧颗粒污泥的连续流污水处理装置, 中国，ZL 2022 2 3208166.1
[2] 彭赵旭，刘奥，任昆阳, 罗宗斌, 李廷梅, 于鲁冀. 一种基于新型填料的强化污水深度脱氮装置, 中国，ZL 2021 2 2837211.9
[3] 彭赵旭，贾妍，李磊, 鲁浩天. 一种基于电导率的水体藻类浓度监测装置，中国，ZL 2019 2 2065453.3
[4] 彭赵旭，于鲁冀，范鹏宇，李廷梅，韩微，一种可持续释放碳源的河道原位硝态氮削减装置，中国，ZL 2018 2 0977505.7
[5] 彭赵旭，田林青, 张亚方，一种同向流斜板沉淀池，中国，ZL 2016 2 1120845.5

荣誉和奖励

[1] 河南省本科优秀毕业设计，中原某城市污水处理厂的初步设计，2024年，排1
[2] 全国给排水优秀毕业设计（二等奖），中原某城市污水处理厂的初步设计——AAO+人工湿地，2022年，排1
[3] 河南省教学技能大赛（工科组三等奖），2020；
[4] 郑州大学优秀班主任，2020；
[5] 郑州大学三育人，2020；