郭倩，女，1994年08月出生，湖北工程学院土木学院讲师，工学博士。
主要研究方向：光(电)催化；高级氧化技术，水污染处理。
教育经历：
2019.09-2024.04 获湖南大学 环境科学与工程专业博士学位；
2016.09-2019.07 获湖南大学 环境工程专业硕士学位；
2012.09-2016.06 获武汉科技大学 环境工程专业学士学位；
主要科研项目：
[1] 国家自然科学基金面上项目,水体中腐殖质与Cr(VI)复合污染物的相互作用机制及其电化学协同去除机理研究。（编号51779091，参与，已结题）
[2] 湖南省重点研发项目，挥发性有机氯废水高效电化学处理技术。（编号2018SK2025，参与，已结题）
主要学术成果：
[1] Qian Guo, Chao Lei, Wenqian Chen, and BinbinHuang*. Wireless Photoelectrochemical Strategy Driven by Nanobipolar Electrodes for Water Remediation. ACS ES&T Water, 2023, 3(8), 2437-2448. (两年IF= 5.3).
[2] Qian Guo, Chao Lei, Wenqian Chen, Jinhya Zhang, BinbinHuang*. Electric-Field-Driven Nanoparticles ProduceDual-Functional Bipolar Electrode and Nanoelectrolytic Cells for Water Remediation. Cell Reports Physical Science. 2021, 2.1. (Cell高水平子刊IF= 8.9).
[3] Hanshuang Yin, Qian Guo, Chao Lei, Wenqian Chen, Binbin Huang* Electrochemical-driven carbocatalysis as highly efficient advanced oxidation processes for simultaneous removal of humic acid and Cr(VI). Chemical Engineering Journal. 2020, 396, 125156. (IF= 15.1, 一区TOP期刊).
[4] Ge Zhenting, Wang Xuxu, Xiaojia Lei, Wenqian Chen, Qian Guo, Chao Lei, Yi-Ge Zhou, Chunhua Feng, and Huang Binbin*. Electric-field-enhanced carbon nanotubes dual-functional bipolar electrodes for permanganate activation. Environmental science & technology, 58(2024): 11843. (IF= 11.4, 一区TOP期刊，环境领域顶刊).
[5] Xiaojia Lei, Chao Lei, Wenqian Chen, Qian Guo, BinbinHuang*. Photoelectrochemically driven nanoparticulate semiconductors as nanobipolar electrodes for advanced water remediation. Cell Reports Physical Science(SCI 2022 IF= 8.9). 2022, 3.11. (Cell高水平子刊IF= 8.9).
[6] Huang, Binbin, Qi, Chaoyuan, Yang, Zhan, Guo, Qian, Chen, Wenqian, Zeng, Guangming, Lei, Chao. Pd/Fe3O4 nanocatalysts for highly effective and simultaneous removal of humic acids and Cr (VI) by electro-Fenton with H2O2 in situ electro-generated on the catalyst surface. Journal of catalysis, 2017, 352, 337-350. （IF= 7.3，一区TOP期刊)
[7] Jingya Zhang, Chao Lei, Wenqian Chen, Qianqian Xie, Qian Guo, Binbin Huang. Electrochemical-driven nanoparticulate catalysis for highly efficient dechlorination of chlorinated environmental pollutant. Journal of catalysis,2021, 395, 362-374. （IF= 7.3，一区TOP期刊)
