Ozone-Biological Activated Carbon. AdvancedREmoval. Typical Persistent Organic pollutants from Micro-polluted Source Water. yangtze DeltaREgion
Abstract
Ozone-Biological Activated Carbon(O3-Bac). Studied. Advanced Removal. organics from micro-polluted Source Water. water supply plant P located. J City. yangtze DeltaREgion..: Show, 19. 2%. permanganate Index10. 4%. total organic carbon23. 0% UV254. Removed. advanced treatment. O3-Bac.Eight types. polycyclic aromatic Hydrocarbon(PAH)16 types. organochlorinated pesticides(OCPs), Five types. haloacetic Acids(Haas). Detected. Source Water.. Total concentrations. 53. 9-100. 06. 5-41. 8, 2. 5 × 103-1. 1 × 104Ng in L-1... Advanced O3-Bac treatment removed 32. 5%. PAHs 25. 9%. OCPsGreatly improving. effluent. conventional Water Supply Process.HoweverHaas. mainly removed. conventional process. A removal. 33. 8%-0%.After. advanced treatment. O3-Bac. Chloroacetic acid slightly decreasedWhile the concentration of bromokinetic acid slightly created.
Keywords
Full Text:
PDFReferences
Li Xia, Wang donghong, Wang Jinsheng, et al.Analysis on the levels of persistent organic pollutants in water source in dry and high water seasons in Beijing [J [J].Journal of Environmental Science,2015,35(2.):437-442.
Su zhilei. Characteristics of Organic Pollutants in drinking water source in Yangtze River Delta [J [D]. Shi jia zhuang: He bei Normal University,2016.
Li x,Wang D H,Wang J S,Et al.Analysis of persistent organic pollutants(POPs)Levels in dry and wet seasons in Source Water of Municipal waterworks in Beijing[J].ACTA scientiae circumstantiae,2015,35(2.):437-442.
Li weimei, Li snowflake, Cai xiyun, et al.Screening of organic pollutants in the Yellow River and Yangtze River by automatic identification and quantitative analysis database [J [J].Environmental science,2010,31(11):2627-2632.
Li W m,Li x H,Cai X Y,Et al.Application of Automated Identification and quantification system with a database(AIQS-DB)To screen organic pollutants in surface waters from YellowRIver and YangtzeRIver[J].Environmental Science,2010,31(11):2627-2632.
Wang chenglong, Zou Xinqing, Zhao Yifei, et al.Based onPMFSource apportionment and ecological risk assessment of Polycyclic Aromatic Hydrocarbons in Yangtze River Basin [J [J].Environmental science,2016,37(10):3789-3797.
Wang C LZou X Q[Y FEt al.Source apportionment, deqingyuan risk assessment. polycyclic aromatic hydrocarbons. surface water from yangtzeRIver;:Based. PMF Model[J].Environmental Science201637(10):3789-3797.
Han Xiaogang Yellow Court Forest.Conventional Water Process removal organic matter and total phosphorus [J].Environment Engineering Journal,20137/(5):1616-1620.
Han X GHuang Y L.REmoval efficiency. organics, total phosphorus. conventional process. Water plants[J].Chinese Journal. environmental Engineering20137/(5):1616-1620.
Zhang Dong Liu fang lei Liu Wu flat and.Drinking Water in persistent organic pollutants of removal efficiency [J].Water Purification Technology,201534(1):38-45.
Song Hilton Zhang Bo King donghong and.China36A key City Drinking Water in polycyclic aromatic hydrocarbons health risk evaluation [J].Ecological Toxicology report,20149(1):42-48.
Song H WZhang BWang D HEt al.Health Risk assessment. polycyclic aromatic hydrocarbons. drinking waters 36 major cities.[J].Asian Journal. ecotoxicology201491):42-48.
Chen xi chao Rosie Chen Hu and.Tap water conventional and depth processing process in volatile organic matter of Change Law [J].Environment Science,201334(12):4642-4648.
Feng LWatts M JYeh DEt al.. Efficacy. ozone/BAC treatment. non-steroidal anti-inflammatory drug removal from drinking water, surface water[J].Ozone:Science&Engineering201537(4):343-356.
DOI: https://doi.org/10.18686/pes.v1i1.1227
Refbacks
- There are currently no refbacks.
