代表性成果(近五年) 一、期刊论文(限10篇,*代表通信作者,) 1)Duan Zihao, Zhu Yangchun, Xia Hui,Huang Kui*, Peng Lansheng,2024. A novel strategy for eliminating antibiotic resistance genes during fertilization of dewatered sludge by earthworms: Vermicomposting practice using Chinese herbal residues derived from Lianhua Qingwen as a bulking material.Journal of Environmental Management, 349, 119444. 2)Wei Fengyi, Xia Hui, Huang Kui*,2024. Exogenous mobile genetic elements and their associated integrons drive the enrichment of antibiotic-resistant genes in the river of a valley basin city (Lanzhou, China).Environmental Science and Pollution Research, 31(2), 3195-3206. 3)Xie Jiachen., Xia Hui, Guan Mengxin,Huang Kui*, Chen Jin,2023. Accelerating the humification mechanism of dissolved organic matter using biochar during vermicomposting of dewatered sludge.Waste Management, 159, 102-113. 4)Gratien Twagirayezua,Kui Huang*, Chunlei Sang,et al.,2022. Performance and mechanisms of biochar for promoting the removal efficiency of organic solids in the vermi-wetland during the recycling of excess sludge,Journal of Cleaner Production, 360, 132172 5)Nie cailong, Yang Jing, Sang Chunlei, Xia Yu,Huang Kui*,2022. Reduction performance of microplastics and their behavior in a vermi-wetland during the recycling of excess sludge: a quantitative assessment for fluorescent polymethyl methacrylate,Science of the Total Environment, 832, 155005 6)Huang Kui*, Guan Mengxin, Chen Jin, et al.,2022. Biochars modify the degradation pathways of dewatered sludge by regulating active microorganisms during gut digestion of earthworms.Science of the total environment, 828, 154496. 7)Huang Kui*, Zhang Yingying, Xu Junjie, et al.,2022. Feasibility of vermicomposting combined with room drying for enhancing the stabilization efficiency of dewatered sludge.Waste Management, 143, 116-124. 8)Huang Kui*Sang Chunlei, Guan, Mengxin, et al.,2021. Performance and stratified microbial community of vermi-filter affected byAcorus calamusand Epipremnum aureumduring recycling of concentrated excess sludge. Chemosphere, 280, 130609. 9)Huang Kui*, Chen Jingyang, Guan Mengxin, et al.,2020. Effects of biochars on the fate of antibiotics and their resistance genes during vermicomposting of dewatered sludge.Journal of Hazardous Materials,397, 122767. 10)Huang Kui*, Xia Hui, Zhang Yingying, et al.,2020. Elimination of antibiotic resistance genes and human pathogenic bacteria by earthworms during vermicomposting of dewatered sludge by metagenomic analysis.Bioresource Technology, 297: 122451 二、学术专著 1)Huang Kui, Sartaj Bhat, Cui Guangyu, 2022. Fate of biological contaminants during recycling of organic wastes,Elsevier Book, ISBN: 9780323959988,第一主编 2)Huang Kui, Sartaj Bhat, Fusheng Li, 2023.Earthworm Technology in Organic Waste Management: Recent Trends and Advances,Elsevier Book, ISBN: 9780443160516, 第一主编 3)Huang Kui, Sartaj Bhat, 2024. Occurrence and Behavior of Emerging Contaminants in Organic Wastes and Their Control Strategies,Elsevier Book, ISBN: 9780443135859,第一主编 三、专利 1)一种平流式蚯蚓污泥堆肥反应器,ZL201721347952,2018/8/17 2)一种景观型污泥生态处理装置,201821871532,2018/11/14 3)一种渗滤液回流式垃圾生态床,201820532246,2018/11/06 4)一种景观型厨余垃圾生态处理器,201810515596,2018/05/25(国家发明) 5)一种蚯蚓堆肥协同干化的快速污泥肥料化方法,201910738102,2019/08/12(国家发明) 6)一种生态循环型懒人鱼缸,201921016123,2019/07/05 7)一种污泥造粒装置,202020170178,2020/02/14 8)一种装配式多生物协同脱泥装置,202020170257,2020/02/14 9)一种蚯蚓堆肥和太阳能干化整合车间,202010239020X. 2020/3/30(国家发明) 10)一种多生物协同的污泥零排放一体化处理设备, ZL 2022 1 0062759.7, 2024/01/26(国家发明) 四、学术会议 1)2021/8/16-18,第三届西北水环境青年学者论坛,(口头汇报),兰州交通大学,最佳汇报奖 2)2021/6/16-18,The 2ndSolid waste treatment recycling and management,(口头汇报),西北农林大学,最佳汇报奖 3) 2020/10/16-10/18, The 1st international symposium of water environment in the cold and arid area(口头汇报),兰州交通大学 4)2019/12/11-16,The 10th Forum on Studies of Environmental and Public Health Issues(口头汇报),日本岐阜大学. 5)2019/11/22-24,国家自然科学基金第七届环境工程论坛(口头汇报),桂林 6)2019/08/22-24,中国环境科学年会(口头汇报),西安 7)2018/12/19-20,Lecture of Basin Water Environmental Leaders(特邀报告),日本岐阜大学. 8)2018/6/24-29,1st International Earthworm Congress(口头报告),上海交通大学. |