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Chinese Journal of Environmental Engineering
1673-9108
2014 Issue 3
Effect of fine sediment on wastewater treatment biochemical system and its fate characteristics
Ji Fangying;He Xiaoling;He Li;Zhou Weiwei;Key Laboratory of Three Gorges Reservoir Region’s Eco-Environment;Ministry of Education;Chongqing University;
..............page:801-806
Characteristics of microbial community in anaerobic produced water treatment system
Mu Jian;Kuang Li;Gao Yingxin;Zhang Dandan;PetroChina Company Limited;Environmental Monitoring and Evaluation Center Daqing Oilfield Co. Ltd.;State Key Laboratory of Environmental Aquatic Chemistry;Research Center for Eco-Environmental Sciences Chinese Academy of Sciences;Tangshan Grait Technology Co. Ltd.;
..............page:807-814
Photocatalytic degradation of paraquat in water with titanate nanotubes
Teng Honghui;Zhang Ying;Ning Junbo;Ren Baixiang;Shi Shuyun;Zhao Lingzi;College of Environmental Science and Engineering;Jilin Normal University;
..............page:815-820
Case analysis of grass swale-perforted pipe system in treating road runoff
Li Haiyan;Wei Peng;Jia Zhaoyang;Yue Jinglin;School of Environment and Energy Engineering;Beijing University of Civil Engineering and Architecture;Beijing Nuclear Sida Engineering Design Consulting Co. Ltd.;
..............page:821-826
Degradation of dimethyl phthalate solution catalyzed by Fe3+ immobilized activated carbon in the presence of H2O2
Li Zhangliang;Huang Jianhui;Xiao Shangzhong;Guo Hailing;Key Laboratory of Ecological Environment and Information Atlas;Fujian Provincial University;College of Environmental and Biological Engineering;Putian University;
..............page:827-833
Law of iron release in water supply network with multiple water resources
Huang Tinglin;Dai Xuefeng;Wang Xumian;Shang Xiuzhu;Han Hongda;He Wenjie;School of Environmental and Municipal Engineering;Xi’an University of Architecture and Technology;Tianjin Waterworks Group Co. Ltd.;
..............page:834-838
Effect of salts in model EPS solution on membrane fouling
Li Fang;Wu Liang;Yang Bo;Tian Qing;Yang Linming;Huang Lichao;Fu Lele;College of Environmental Science and Engineering;Donghua University;Shanghai Zhongye Technical and Engineering Co. Ltd.;
..............page:839-844
Formation and controlling of N2O during short-cut biological nitrogen removal process using pulsed-feeding SBR
Gong Youkui;Peng Yongzhen;Yang Qing;Shijiazhuang Institute of Railway Technology;Colege of Environ mental and Energy Engineering;Beijing University of Technology;
..............page:845-850
Start-up and performance of UASB reactor treating streptomycin wastewater
Liu Chun;Li Minyuan;Zhao Ruiying;Yang Jingliang;Cui Qian;Wang Yue;School of Environmental Science and Engineering;Hebei University of Science and Technology;Jincheng Anthracite Jinshi Chemical Industry Investment Group Ltd. Co.;
..............page:851-856
Mechanism of fluorine removal and regeneration of porous analcitite balls
Chen Fangming;Li Haibo;Huang Jiangying;Lu Qi;School of Resources and Environment;Hubei University;Engineering Research Center of Nano-Geo Materials of Ministry of Education;China University of Geosciences;
..............page:857-863
Pretreatment of coalbed methane fracturing wastewater by Fe /C micro-electrolysis method combined with Fenton reagent
Sun Yue;Feng Qiyan;Li Xiangdong;School of Environment & Spatial Informatics;China University of Mining and Technology;Jiangsu Key Laboratory of Resources and Environmental Information Engineering;
..............page:864-868
Process parameters optimization and dominant microflora of printing and dyeing wastewater treatment by aged refuse bioreactor
Sang Yimin;Liu Zhanmeng;Ao Yongbo;Department of Environmental Engineering;Beijing Institute of Petrochemical Technology;School of Civil Engineering and Architecture;East China Jiao Tong University;
..............page:869-874
Separation characteristic of acrylic tanning agents in tannery wastewater by membrane
Ma Hongrui;Zhao Ran;Lü Xiangfei;Zhao Xia;College of Resource & Environment;Shaanxi University of Science & Technology;College of Chemistry & Chemical Engineering;Shaanxi University of Science & Technology;
..............page:875-881
Growth characteristics of heterotrophic bacteria with nitrate as a sole nitrogen source
Guo Yu;Peng Dangcong;Zhang Xinyan;Yang Cui;Li Huijuan;Yu Lifang;School of Environmental & Municipal Engineering;Xi’an University of Architecture & Technology;
..............page:882-886
Removal efficiency of host-specific markers and enteric pathogenic bacteria by municipal wastewater treatment processes
Cheng Yanyan;Zhang Chongmiao;Wang Xiaochang;Zhou Yuantao;Key Lab of Northwest Water Resources;Environment and Ecology;Ministry of Education;School of Environmental and Municipal Engineering;Xi’an University of Architecture and Technology;Xi’an Capital Water Company Limited;
..............page:887-890
Characteristics of nitrogen and phosphorus dissolved from urban road-deposited sediment
Shang Limin;Wang Jianlong;Zhang Yajun;Key Laboratory of Urban Stormwater System and Water Environment;Ministry of Education;Beijing University of Civil Engineering and Architecture;
..............page:891-896
Sorption behavior and mechanism of perfluorooctanesulfonate( PFOS) on Chlorella and Chlorella residues
Luan Xuan;Zhou Qin;Bi Lei;Pan Gang;Zhu Guangwei;State Key Laboratory of Lake Science and Environment;Nanjing Institute of Geography and Limnology Chinese Academy of Sciences;Department of Environmental Nano-Materials;Research Center for Eco-Environmental Sciences Chinese Academy of Sciences;
..............page:897-902
Regeneration of lead-preloaded amino methylene phosphonic acid resin using hydrochloric acid
Zhang Xuelong;Zhang Weiming;Lü Lu;Pan Bingcai;State Key Laboratory of Pollution Control & Resource Reuse;School of the Environment;Nanjing University;
..............page:903-908
Adsorption behavior and mechanism of methylene blue onto biomass-based mesoporous acid activated carbons by microwave heating
Jia Jiaqi;Li Kunquan;Lu Kai;Chai Qiangfei;Jiangsu Key Laboratory for Intelligent Agricultural Equipment;College of Engineering;Nanjing Agricultural University;
..............page:909-916
Comparison of effects of different treatment technologies on degradation coefficient of river pollutants
Wang Yayu;Liu Chenggang;Huang Tianyin;Wu Wei;School of Environmental Science and Engineering;Suzhou University of Science and Technology;
..............page:917-923
Advanced treatment of raw water with high ammonia nitrogen by aeration-BAC filter
Yin Chao;Lu Shaoming;Li Dong;Li Xiaomei;College of Environment and Energy;South China University of Technology;
..............page:924-928
Formation of aerobic granular sludge by strengthening coagulation
Song Xuesong;Liu Yongjun;Liu Zhe;Xu Hongxia;School of Environmental and Municipal Engineering;Xi’an University of Architecture and Technology;
..............page:929-934
Degradation of methyl orange by iron carbon micro-electrolysis -Fe2+/K2S2O8
Huang Mengmeng;Mai Wenning;Li Haisong;College of Water Conservancy and Environmental Engineering;Zhengzhou University;School of Chemical Engineering and Energy;Zhengzhou University;
..............page:935-940
Preparation of Ce-PbO2/C and its application in removing Acid Red B from water
Yang Lijuan;Wei Jie;Hu Xiang;College of Chemical Engineering;Beijing University of Chemical Technology;
..............page:941-947
Recovery of zinc sulfide from acidic wastewater and zinc ash of hot galvanizing plants
Xu Yudong;Sun Yanru;Colledge of Environment and Resources;Fuzhou University;
..............page:948-954
Pilot-plant study on continuous sand filter for advanced treatment of municipal wastewater
Yan Xianchao;Guo Hongxiao;Zhang Guoyu;Sun Dezhi;Beijing Key Lab for Source Control Technology of Water Pollution;Beijing Forestry University;Beijing Jinze Environment & Energy Technology Research Co. Ltd.;
..............page:955-960
Preparation of palladium /polymer composite catalytic membranes and application in catalytic reduction of 4-nitrophenol
Ma Xiaoyue;Zhang Huan;Zheng Yingxue;Wu Qiong;Liu Bingxing;Xie Shengtong;Liu Xiumin;Zhao Wei;Liu Huixin;Key Laboratory of Hollow Fiber Membrane Materials and Membrane Process;Ministry of Education;Tianjin Polytechnic University;School of Environmental and Chemical Engineering;Tianjin Polytechnic University;
..............page:961-966
Comparison of two materials as biofilm carriers for bioremediation of micro-contamination river water
Cao Wenping;School of Environmental Engineering Xuzhou Institute of Technology;
..............page:967-971
Kinetics of degradation of sulfonamides by Fenton process
Fu Hehua;Chen Meng;Xiong Xiaojing;College of the Environment and Ecology;Xiamen University;
..............page:972-976
Aerobic co-metabolism of trichloroethylene using gasoline as primary substrate
Li Yan;Wang Cuiping;Yao Yiming;Yao Tianqi;Liu Haibin;Yang Jirui;Sun Hongwen;Key Laboratory of Pollution Processes and Environmental Criteria;Ministry of Education;College of Environmental Science and Engineering;Nankai University;
..............page:977-982
Coagulation performance and floc properties of magnesium chloride combining with aluminium sulfate
Li Wenpu;Guo Xiaoyu;Feng Na;Zhao Jianhai;Liu Shiyu;Tianjin Key Laboratory of Aquatic Science and Technology;School of Environmental and Municipal Engineering;Tianjin Chengjian University;
..............page:983-989
Optimization of electrochemical oxidation of dye wastewater using response surface methodology
Wang Li;Yue Lin;Wang Kaihong;Guo Jianbo;Yang Jingliang;Lian Jing;Luo Xiao;Pollution Prevention Biotechnology Laboratory of Hebei Province;School College of Environmental Science and Engineering;Hebei University of Science and Technology;
..............page:990-996
Effect of pH shock on micro-aerobic activated sludge surface characters under weak magnetic field
Lan Huixia;Ma Ping;Chen Rui;Lan Shanhong;Wan Yongdong;College of Environment and Safe Engineering;Qingdao University of Science & Technology;Jiangsu Provincial Key Laboratory of Pulp and Paper Science and Technology;Nanjing Forestry University;College of Chemistry and Environmental Engineering;Dongguan University of Technology;
..............page:997-1000
Adsorption and desorption capacity of Congo Red on CMC /OMMT nanocomposite
Wang Minmin;Xue Zhenhua;Wang Li;College of Material Science and Art Design;Inner Mongolia Agricultural University;
..............page:1001-1006
Mechanism of adsorption and degradation of alkali lignin in aqueous solution by Penicillium simplicissimum
Liu Yang;Hu Tianjue;Zeng Guangming;Zhao Xing;Huang Danlian;Shen Ying;Yin Lu;College of Environmental Science and Engineering;Hunan University;Key Laboratory of Environmental Biology and Pollution Control Ministry of Education;
..............page:1007-1013
Treatment of wastewater from acetaminophen manufacturing process
Peng Haili;Lu Daorong;Li Cun;Zhou Xukai;School of Chemical Engineering;Hefei University of Technology;
..............page:1014-1020
Drinking water technology of rural housing rainwater treatment at arid regions of northwest China
Wang Yajun;Chang Yingna;School of Civil Engineering;Lanzhou University of Technology;
..............page:1021-1024
Co-adsorption behavior of methylene blue(MB) and Cr(Ⅲ) on synthesized zeolite from fly ash: Ⅱ.Competitive adsorption mechanism
Fan Chunhui;Zhang Yingchao;Ma Hongrui;School of Resource & Environment;Shaanxi University of Science & Technology;College of Environment;Tsinghua University;
..............page:1025-1028
Occurrence of hand-foot-and-mouth disease viral pathogens and Enteroviruses from domestic sewage and secondary effluent
Ji Zheng;Wang Xiaochang;Zhang Chongmiao;Key Laboratory of Northwest Water Resource;Ecology and Environment;Ministry of Education;School of Environmental and Municipal Engineering;Xi’an University of Architecture and Technology;
..............page:1029-1035
Adsorption of ammonium-nitrogen in wastewater by clinoptilolite
Wang Wenchao;Guan Junfang;Yan Chunjie;Tian Jingjing;Cao Gang;School of Resource and Environmental Engineering;Wuhan University of Technology;School of Material Science and Chemical Engineering;China University of Geosciences;
..............page:1036-1040
Process optimization for sodium alginate wastewater treatment using electrodialysis by response surface methodology
Jia Fuqiang;Miao Junkui;Yu Yueqin;Yan Shaopeng;Jiang Peng;Leng Kailiang;Yellow Sea Fisheries Research Institute Chinese Academy of Fishery Sciences;College of Chemistry and Molecular Engineering;Qingdao University of Science and Technology;
..............page:1041-1045
Precipitation infiltration simulation of loess as evaportranspiration cover for landfills in Lanzhou area
Shao Enqing;Zhang Huyuan;Kong Yingde;Key Lab of Mechanics on Western Disaster & Environment;Ministry of Education;Lanzhou University;
..............page:1046-1050
Degradation of organic compounds in domestic sewage by pressured aeration-dissolved air flotation reactor
Zhang Qidian;Liu Shujie;Lu Songlin;Chen Fuming;Yang Chunping;Zhejiang Provincial Key Laboratory of Solid Waste Treatment and Recycling;College of Environmental Science and Engineering;Zhejiang Gongshang University;Shenzhen Key Laboratory of Separation Technology;Shenzhen Engineering Laboratory for Environmental Microbiology Utilization;Research Insitute of Tsinghua University in Shenzhen;
..............page:1051-1056
Correlation between enzyme activity and anion concentration of nitrogen and phosphorus in sediments of Zhenjiang reach of the ancient canal,China
Qu Jingyi;Yang Tongyi;Chen Fangyan;Tang Yubin;School of Biological and Chemical Engineering;Jiangsu University of Science and Technology;
..............page:1057-1061
Low carbon and high nitrogen concentration municiple wastewater treatment with sulfur /limestone autotrophic denitrification technology
Li Tianxin;Qiu Chengxiang;Xu Hao;Gu Weimin;School of Civil and Environmental Engineering;University of Science and Technology Beijing;China Urban Construction Design & Research Institute;
..............page:1062-1066
N2O emission during nitrification in constant flow biological wastewater treatment systems
Wu Guangxue;Wang Enge;Xing Lizhen;Guan Yuntao;Key Laboratory of Microorganism Application and Risk Control of Shenzhen;Graduate School at Shenzhen;Tsinghua University;School of Municipal and Environmental Engineering;Shandong Jianzhu University;
..............page:1067-1072
Degradation of butyl xanthate by CuO /γ-Al2O3 Fenton-like
Zhai Ping;Guo Yaoguang;Liu Jianshe;Qian Yu;Fang Yin;School of Environmental Science and Engineering Yancheng Institute of Technology;School of Environmental Science and Engineering;Donghua University;
..............page:1073-1078
Method of selective removal of fluosilicic acid from used glass thinning solution
Li Kaihua;Yan Naiqiang;Xu Yaling;Huang Yuan;Qu Zan;Liu Zhibiao;School of Environmental Science and Engineering;Shanghai Jiao Tong University;Hangzhou Greenda Chemical Company Limited;
..............page:1079-1085
Influence of hydraulic retention time on formation of soluble microbial products in MBR
Wu Haiyan;Li Kaiming;Chen Zhongying;Liu Aiping;South China Institute of Environmental Sciences Ministry of Environmental Protection;Chinese Research Academy of Environmental Sciences;State Environmental Protection Key Laboratory of Water Environmental Simulation and Pollution Control;
..............page:1086-1090
Recovery of dimethyl sulfoxide from fiber wastewater by multiple-effect membrane distillation
Wang Bin;Qin Yingjie;Cui Dongsheng;Liu Liqiang;Wang Ben;Jin Junbao;School of Chemical Engineering and Technology;Tianjin University;Tianjin Chembrane Engineering & Technology Inc.;
..............page:1091-1098
Effect of various inflow domestic sewage C /N ratios on greenhouse gases emission from vertical subsurface flow constructed wetlands
Cheng Pu;Zhang Hui;Cheng Bin;Department of Animal Husbandry Engineering;Henan University of Animal Husbandry and Economy;Department of Life Science;Huainan Normal University;
..............page:1099-1105
Influencing factors and parameters control on advanced treatment of pharmaceutical wastewater by micro-electrolysis-Fenton process
Shi Yonghui;Su Jianwen;Chen Jianhua;Xu Shangying;Wang Junchao;Wang Caidong;Zheng Hao;Jia Xiufen;Shandong New Times Pharmaceutical Co. Ltd.;
..............page:1106-1112
Landfill leachate pretreatment by using modified Chengdu clay
Ke Bin;Wu Yong;Xiong Changlong;Sun Xianfeng;State Key Laboratory of Geohazard Prevention and Geoenvironment Protection;Chengdu University of Technology;Sichuan Master Station of Geo-Environment Monitoring;
..............page:1113-1119
Pilot-scale study of selective catalytic reduction of NO_x at low temperature
Tang Zhixiong;Zeng Huanmu;Chen Xiongbo;Chen Zhihang;Cen Chaoping;South China Institute of Environmental Sciences Ministry of Environmental Protection;
..............page:1120-1124
Effects of different test gas speeds and CO2 contents on sulfur capacity determination of biogas desulfurizer
Chen Ziai;Xi Jiang;Huo Baogen;Wang Chao;Ding Zili;Ran Yi;He Li;Wu Libin;Deng Liangwei;Biogas Scientific Research Institute of Ministry of Agriculture;Shanxi Hengxing Catalytic Purification Limited Company;
..............page:1125-1129
Diurnal variations of ozone and its precursors and ozone formation potential of VOCs at the boundary of a coking plant during summer and autumn
Li Guohao;Wei Wei;Wei Feng;Cheng Shuiyuan;Wen Wei;Wang Gang;College of Environmental and Energy Engineering;Beijing University of Technology;Planning Commission Tangshan District Urban Planning Bureau;
..............page:1130-1138
Impact analysis of adsorption properties of activated carbon using different regeneration processes
Cai Daofei;Huang Weiqiu;Wang Danli;Shi Li;Wang Wenjie;Jiangsu Provincial Key Laboratory of Oil & Gas Storage and Transportation Technology;Changzhou University;Suzhou Gas Group Co. Ltd.;
..............page:1139-1144
Impact of AC component of electrostatic precipitator power supply on collection efficiency of PM2. 5 and other small particulate
Fan Xingchao;Jiang Xuedong;Wang Na;School of Electrical Engineering;Beijing Jiaotong University;Guodian Power Shanxi New Energy Development Co. Ltd.;
..............page:1145-1149
Impact of nickel-based catalyst on biosyngas performance produced by microwave-induced catylytic pyolysis of sludge
Chen Hao;Zuo Wei;Zhang Jun;Wu Xiaoyan;Gong Zhenlong;Tian Yu;School of Municipal and Environmental Engineering Harbin Institute of Technology;State Key Laboratory of Urban Water Resource and Environment Harbin Institute of Technology;
..............page:1150-1156
Effect of different inoculation ratios on start-up performances of dry anaerobic digestions for kitchen waste
Zheng Xiaowei;Li Bing;Li Yi;Chen Liping;Environmental Protection Science Institute of Light Industry;
..............page:1157-1162
Influence of temperature and inoculum substrate ratio on anaerobic fermentation characteristics of food waste
Liu Dan;Li Wenzhe;Gao Haiyun;Wang Ming;Wang Zhongjiang;Yin Lili;College of Engineering;Northeast Agricultural University;
..............page:1163-1168
Effect of volatile fat acids on sulfate reducing bacteria in dry anaerobic digestion
Cao Feifei;Li Hongli;Wang Yan;School of Chemical Engineering and Energy;Zhengzhou University;
..............page:1169-1173
Removal of cooper and nickel from excess sludge by rhamnolipid
Lan Ziming;Mo Chuangrong;Duan Qiushi;Li Xiaoming;Ming Congcong;Wu Xiaoyin;School of the Environment;Guangxi University;
..............page:1174-1178
Aerobic composting of commutation ventilation of kitchen waste and greening waste
Shen Hongyan;Li Min;Yang Jindi;Zhang Mianmian;Jiao Xiaohui;College of Environmental Science and Engineering;Hebei University of Science & Technology;Environmental Engineering Assessment Center in Hebei Province;
..............page:1179-1184
Effect of pyrolysis conditions on composition of vacuum pyrolysis oil from waste printed circuit board
Wu Jiaqi;Sun Shuiyu;Li Shenyong;Yang Fan;Wang Yi;School of Environmental Science and Engineering;Guangdong University of Technology;
..............page:1185-1190
Experiment on dissolution of Pd and Zn in heavy metals contaminated agricultural soil by functional microorganisms
Guo Yanrong;Liu Yangsheng;Shenzhen Key Laboratory of Circular Economy;Shenzhen Graduate School;Peking University;Beijing Key Laboratory for Solid Waste Utilization and Management;College of Environmental Science andEngineering;Peking University;
..............page:1191-1196
EDTA-enhanced electrokinetic remediation of heavy metals co-contaminated soil
Zhou Ming;Tang Hongyan;Zhu Shufa;Ge Bingbing;Hu Jian;Chemical Engineering and Pharmaceutics School;Henan University of Science and Technology;
..............page:1197-1202
Microstructure evolution of clay polluted by Cd2+ chemical solution
Liao Zhuwei;Lu Haijun;Chen Wei;Institute of Poromechanics;Wuhan Polytechnic University;
..............page:1203-1207
Identification and functional properties of a novel flocculant producing bacterium
Gu Meiying;Zhu Jing;Song Suqin;Zhang Zhidong;Shi Jinsong;Zhang Lijuan;Wang Wei;Xie Yuqing;Tang Qiyong;Institute of Microbiology;Xinjiang Academy of Agricultural Sciences;The First Teaching Hospital;Xingjiang Medical University;
..............page:1208-1214
Selection of phenol degradation bacteria and characteristic of degradation kinetics
Yu Caihong;Chen Fei;Hu Linna;Huang Ying;Wang Jianbing;He Xuwen;School of Chemical and Environmental Engineering;China University of Mining and Technology;
..............page:1215-1220
Cytotoxicity and post-antibiotic effect of erythromycin on phenanthrene-degrading strain GY2B
Li Yiyi;Yang Chen;Guo Chuling;Nong Renqiu;Dang Zhi;College of Environment and Energy;South China University of Technology;Key Laboratory of Pollution Control and Ecosystem Restoration in Industry Clusters Ministry of Education;
..............page:1221-1228
Isolation and optimization degradation conditions of highly efficient degrading bacteria for oil-contaminated soil
Wu Haijie;Zhang Xiuxia;Bai Xuejing;Guo Yunxia;Department of Environmental and Safety Engineering;China University of Petroleum;
..............page:1229-1234
Screening of a Cd2+ -resistant bacterium and its biosorption
Sun Yongliang;Li Xin;Wang Jie;Wang Jufang;Li Wenjian;Wang Yibo;Key Laboratory of Microbial Resources Exploitation and Application Gangsu Province;Institute of Modern Physics;Chinese Academy of Sciences;School of Chemical and Biological Engineering;Lanzhou Jiaotong University;School of Life Science;Shanxi University;School Life Science and Chemistry;Tianshui Normal University;
..............page:1235-1242
Isolation and degradation characteristics of a triethylamine degrading strain SYA-1 and its kinetics
Shen Minya;Hu Jiang;Cai Shu;Cai Tianming;College of Resources and Environmental Sciences;Nanjing Agricultural University;
..............page:1243-1249
16S rRAN gene sequencing of SO2 degradation functional bacteria and its degradation characteristics
Zhao Huaiyuan;Huang Bing;Sun Donggou;Zuo Wengang;Faculty of Environmental Science and Engineering;Kunming University of Science and Technology;Liupanshui Normal University;
..............page:1250-1256