1)论文(发表论文80余篇,其中SCI、EI检索论文40余篇) [1] Wei Kang, Hongxiang Chai*, Ganlin Zhang, Songming Tan, Yuming Zhou, Xuebin Hu, Junhua Fang, Sai Zhang. A technology for the standpipe in flat roof of green building community. Agricultural Water Management, 2016, 174: 103-107(SCI检索,EI检索). [2] Wei Kang, Hongxiang Chai*, Shiwei Yang, Guojun Du, Jian Zhou, Qiang He. Influence of organic loading rate on integrated bioreactor treating hypersaline mustard wastewater. Biotechnology and Applied Biochemistry, 2016, 63(4): 590-594(SCI检索,EI检索). [3] Yu Xiang, Zhiyu Shao, Wei Kang, Boyu Zou, Hongxiang Chai*. Effect of Biofilm Density on Nitrous Oxide Emissions and Treatment Efficiency on Sequencing Batch Biofilm Reactor. Water Air and Soil Pollution, 2016, 227(9): 1-6(SCI检索,EI检索).Hongxiang Chai*, Gaijuan Hou. Start-up test on anaerobic sequencing batch biofilm reactor treating mustard tuber wastewater of the Three Gorges Reservoir in China. Desalination and Water Treatment, 2015, 53(13): 3449-3456(SCI检索). [4] Hong-Xiang Chai*, Wei Chen, Qiang He, Jian Zhou. Effects of volumetric load in an anaerobic sequencing batch biofilm treating industrial saline wastewater. Environmental Technology, 2015, 36(5): 648-653(SCI检索). [5] Hongxiang Chai*, Limin Li, Yinghua Wei, Jun Du, Jian Zhou, Qiang He. Effects of Microbe Concentration and Operation Conditions on Membrane Fouling in Treating Mustard Tuber Wastewater by Membrane Bioreactor. Asian Journal of Chemistry, 2014, 26(11): 3253-3255(SCI检索). [6] Hong-Xiang Chai*, Sui-Bing Shen, Xue-Bin Hu, Song-Ming Tan, Hong Wu. Effect of baffled water-holding garden system on disposal of rainwater for green building residential districts. Desalination and Water Treatment, 2014, 52 (13-15): 2717-2723(SCI检索). [7] Jian Zhou, Yi Han, Jianbing Zhang, Qiang He, Hongxiang Chai*. Seasonal performance of sequencing batch biofilm reactors and ecosystem sewage treatment hybrid processes in small towns of the three gorges reservoir area in China. Biotechnology & Biotechnological Equipment, 2013, 27 (6): 4276- 4283(SCI检索,EI检索). [8] HongXiang Chai*, Wei Kang. Influence of Biofilm Density on Anaerobic Sequencing Batch Biofilm Reactor Treating Mustard Tuber Wastewater. Applied Biochemistry and Biotechnology, 2012, 168(6): 1664–1671 (SCI检索,EI检索). [9] He Qiang, Kong, Xiang-Juan, Chai Hong-Xiang*, Fan Ming-Yu, Du Jun. Efficiency influence of exogenous betaine on anaerobic sequencing batch biofilm reactor treating high salinity mustard tuber wastewater. Environmental Technology, 2012, 33(15): 1695–1699 (SCI检索). [10] HongXiang Chai*, YingHua Wei, HaiYan Xu, Qiang He. Water conservation: construction and operation management technology system for green campus. Environmental Engineering and Management Journal, 2011, 10(7): 931-936 (SCI检索). 2)出版物及代表著作 [1]参编《排水工程》,中国建筑工业出版社,2010年. [2]参编《地震灾后生命线工程修复加固与重建技术手册》,中国建筑工业出版社,2008年. 3)标准和技术指南 [1] 2017年,参编中国建设工程标准化协会标准《建筑与小区低影响开发技术规程》T/CECS469-2017. [2] 2016年,参编国家标准《建筑与小区雨水控制及利用工程技术规范》GB50400-2016. [3] 2016年,参编中国质量检验协会团体标准《废水生物增强处理圆柱状有机生物载体》T/CAQI 20-2016. [4] 2016年,参编中国质量检验协会团体标准《污废水生物增强处理降流式反硝化深床滤池系统工程技术规范》T/CAQI 24-2016. [5] 2012年,参编《三峡库区榨菜废水污染治理技术导则》(渝环发〔2012〕40号) [6] 2011年,参编国家行业标准《村庄污水处理设施技术规程》(CJJ/T163-2011). [7] 2011年,参编《城镇污水处理厂污泥处理处置技术指南》(试行)(建科[2011]34号). [8] 2007年,参编《中国西部小城镇环境基础设施技术政策卷II:城镇污水》(建办科函[2008]692号). [9] 2014年,参审《海绵城市建设技术指南——低影响开发雨水系统构建》(试行)建城函[2014]275号. 4)发明专利(获权34件,其中第1发明人24件) [1] US 9764974B2,SYSTEM FOR REDUCING EMISSION OF NITROUS OXIDE DURING SEWAGE TREATMENT,第1发明人.(美国发明专利) [2] US9580897B2,SYSTEM AND METNOD FOR PURIFYING RAINFALL RUNOFF,第1发明人.(美国发明专利) [3] US9605417B2,SYSTEM AND METHOD FOR HARVESTING RAINWATER,第1发明人.(美国发明专利) [4] US9428411B2,REACTOR FOR SEWAGE TREATMENT,第1发明人.(美国发明专利) [5] US8973325B1,METHOD FOR ROOF DRAINAGE,第1发明人.(美国发明专利) [6] US8950123B1,RAINWATER HEAD,第1发明人.(美国发明专利) [7] US89328500B2,INTEGRATED SYSTEM FOR TREATING AND RECYCLING RAINWATER,第1发明人.(美国发明专利) [8] ZL201410335020.4,一种山地城市小区雨水处理回用系统-柴宏祥,第1发明人. [9] ZL201410183438.8,序批式人工湿地污水处理脱氮过程氧化亚氮减排控制系统,第1发明人. [10] ZL201310674390.6,一种用于处理榨菜废水强化生物除磷脱氮的膜生物反应器,第1发明人. [11] ZL201310189353.6,一种截污雨水口,第1发明人. [12] ZL201310082916.1,一种曝气生物滤池与人工湿地组合污水低碳处理反应器,第1发明人. [13] ZL201210489913.5,一种裙楼雨水收集利用系统,第1发明人. [14] ZL201210489868.3,一种道路雨水离线控制系统,第1发明人. [15] ZL201210437904.1,一种用于居民小区的花园式雨水处理回用一体化系统,第1发明人. [16] ZL201210130536.6,人工湿地污水处理氧化亚氮排放控制系统,第1发明人. [17] ZL201210130516.9,环形曝气生物滤池污水低碳处理反应器,第1发明人. [18] ZL201210090358.9,基于低影响开发思想的建筑平屋顶雨水立管安装结构及安装方法,第1发明人. [19] ZL201210025206.0,绿色建筑与小区雨水收集截污系统,第1发明人. [20] ZL201110365457.9,膜生物反应器与人工湿地组合处理小区污水回用系统,第1发明人. [21] ZL201110241466.7,一种城市生活小区雨水分流收集处理系统,第1发明人. [22] ZL201110157498.9,用于榨菜废水处理的复合膜生物反应器,第1发明人. [23] ZL201110131991.3,侧向流曝气生物滤池—侧向流人工湿地组合中水处理系统,第1发明人. [24] ZL201010158919.5,针对小区污水处理的物化处理+人工湿地组合处理系统,第1发明人. |