一、研究方向

以“上书架”和“上货架”为科研之“道”，秉持“发现问题-分析问题-解决问题”的小组文化理念，聚焦城市固体废弃物的绿色处理及其资源化处置的研究，具体表现在以下3方面：

1、剩余污泥脱水过程机理探究及过程优化；

2、污泥体系流变动力学表征；

3、污泥高值化&资源化处置；

二、个人履历

教育经历：

1.西藏大学，化学与环境科学专业，2009.09-20013.06，学士学位；

2.中国科学技术大学，环境工程专业(保送硕博连读)，2013.09-2018.06博士学位；

工作经历：

1.澳门新葡游戏网登录入口，2018.07-2023.12，资环学院废水资源化中心博士后

2.澳门新葡游戏网登录入口，2019.12-2023.05，资源与环境学院讲师

3. 澳门新葡游戏网登录入口，2023.06-至今，资源与环境学院副教授

三、近5年代表性论著（论文、专利、著作、教材、软著等）

1.Wang,H.F.,Gao,Y.Y.,Zeng,Y.P.,Chen,X.X.,He,Z.Y.,&Zeng,R.J.(2025).Overcoming deep-dewatering challenges in food waste digestate with polyethylene oxide as an innovative conditioning agent. Water Research, 269, 122831.

2.Gao,Y.Y.,Zeng,Y.P.,Chen,X.X.,He,Z.Y.,Zeng,R.J.,&Wang,H.F*.(2025).Skeletal Structure-Based Conditioning for Improved Deep-Dewatering Efficiency of High-Salinity Food Waste Digestate. ACS ES&T Engineering.

3.Zhang,H.,Liu,W.H.,Gao,Y.Y.,Sun,P.,Zeng,Y.P.,Ma,L.L.,...&Wang,H.F*.(2024).A novel approach for sludge deep-dewatering via flowing-out enhancement but not relying on cell lysis and bound water release. Water Research, 257, 121743.

4.Liu,W.H.,Zhang,H.,Sun,P.,Zeng,Y.P.,Gao,Y.Y.,Wang,H.F*.,&Zeng,R.J.(2024). Yield stress Measurement of municipal sludge: A comprehensive evaluation of testing methods and concentration effects using a rotational rheometer. Environmental Research, 250, 118554.

5.Liu,W.H.,Gao,Y.Y.,Zeng,Y.P.,Zhang,H.,Sun,P.,Wang,H.F*.,&Zeng,R.J.(2024).Comprehensive analysis of the relationship between yield stress and dewatering performance in sludge conditioning: Insights from various treatment methods. Chemosphere, 365, 143377.

6.Zhang,H.,Liu,W.H.,Liu,C.X.,Sun,P.,Zeng,Y.P.,Gao,Y.Y.,...Wang,H.F*.,&Zeng,R.J.(2023).Enhancing waste management and nutrient recovery: preparation of adsorption-type sludge-biochar value-added fertilizer from sewage sludge and Pistia stratiotes. Journal of Cleaner Production, 429, 139642.

7.Liu,W.H.,Zhang,H.,Zhang,Y.L.,Sun,P.,Zeng,Y.P.,Gao,Y.Y.,...Wang,H.F*.,&Zeng,R.J.(2023).Beyond filterability: Understanding the complexities of sludge dewatering through typical coagulation and advanced oxidation. Journal of Cleaner Production, 429, 139520.

8.Xiao,X., Zhang,Y.L.,Zhou,Z.A.,Wu, F.,Wang, H.F.*, &Zong,X. (2022). Response of sediment microbial communities to different levels of PAC contamination and exposure time. Science of The Total Environment, 160683.

9.Zhang,H.,Qi, H.Y.,Zhang,Y. L.,Ran, D.D.,Wu, L.Q.,Wang, H. F*., & Zeng, R. J. (2022). Effects of sewage sludge pretreatment methods on its use in agricultural applications. Journal of Hazardous Materials, 428, 128213.

10.WangHF,Qi H Y,Du K, et al.(2022).Reinterpretation of the mechanism of coagulation and its effects in waste activated sludge treatment. Separation and Purification Technology, 291: 120958.

11.Wang HF,Qi H Y,Lian ZH,et al.(2022).A unified operating procedure is crucial to evaluate sludge dewaterability, taking the setup of refrigerated storage time as an example. Journal of Environmental Management, 307: 114528.

12.Wang HF.,Bai,Y.N.,Zhang,W.,Wang,H.J.; Zeng RJ*. (2021) Supplementary In-Depth Analysis of the Waste Activated Sludge Dewatering Process Using a Rheological Analysis. ACS ES&T Engineering. 1, 289−297

13.Wang HF,Hu H,Wang HJ,Bai YN,Shen XF, Zhang W, Zeng RJ*. (2020) Comprehensive investigation of the relationship between organic content and waste activated sludge dewaterability. Journal of Hazardous Materials. 394, 122547

四、承担课程

1.参与研究生课程《农业面源污染》、《现代环境化学》等；

2.主讲本科生课程《环保设备基础》，参与本科生课程《水污染控制工程》等

五、课题及项目

1.国家博士后基金面一等资助（12万），2018.8-2020.6，主持；

2.国家自然科学基金青年项目（24万）,2021-2023，主持；

3.福建省自然科学基金青创项目（6万），2021-2023，主持；

4. 福建省生态产业绿色技术重点实验室开放积极（2万），2024-2025，主持；

5. 拉萨市重点科技计划项目-科技重大专项子课题 （28万），2025-2027，主持；

6. 福建海峡环保集团技术开发（合作）项目（9.8万），2023-2025，主持