典型文献
Hybrid zeolite-based ion-exchange and sulfur oxidizing denitrification for advanced slaughterhouse wastewater treatment
文献摘要：
The discharge of slaughterhouse wastewater (SWW) is increasing and its wastewater has to be treated thoroughly to avoid the eutrophication.The hybrid zeolite-based ion-exchange and sulfur autotrophic denitrification (Ⅸ-AD) process was developed to advanced treat SWW after traditional secondary biological process.Compared with traditional sulfur oxi-dizing denitrification (SOD),this study found that Ⅸ-AD column showed:(1) stronger ability to resist NO3-pollution load,(2) lower SO42-productivity,and (3) higher microbial diver-sity and richness.Liaoning zeolites addition guaranteed not only the standard discharge of NH4+-N,but also the denitrification performance and effluent TN.Especially,when the ahead secondary biological treatment process run at the ultra-high load,NO3-N removal efficiency for Ⅸ-AD column was still ～100％,whereas only 64.2％ for control SOD column.The corresponding average effluent TN concentrations for Ⅸ-AD and SOD columns were 5.89 and 65.55 mg/L,respectively.Therefore,Ⅸ-AD is a promising technology for advanced SWW treatment and should be widely researched and popularized.
文献关键词：
中图分类号：
作者姓名：
Shuang Tong;Shaoxiang Zhang;Yan Zhao;Chuanping Feng;Weiwu Hu;Nan Chen
作者机构：
Beijing Key Laboratory of Meat Processing Technology,China Meat Research Center,Beijing 100068,China;Department of Environmental Science and Engineering,Beijing Academy of Food Sciences,Beijing 100068,China;School of Water Resources and Environment,China University of Geosciences (Beijing),Beijing 100083,China
文献出处：
引用格式：
[1]Shuang Tong;Shaoxiang Zhang;Yan Zhao;Chuanping Feng;Weiwu Hu;Nan Chen-.Hybrid zeolite-based ion-exchange and sulfur oxidizing denitrification for advanced slaughterhouse wastewater treatment)[J].环境科学学报（英文版）,2022(03):219-230
A类：
slaughterhouse,dizing
B类：
Hybrid,exchange,sulfur,oxidizing,denitrification,advanced,wastewater,treatment,discharge,SWW,increasing,its,has,be,treated,thoroughly,avoid,eutrophication,hybrid,autotrophic,AD,process,developed,after,traditional,secondary,biological,Compared,this,study,found,that,showed,stronger,ability,resist,NO3,pollution,load,lower,SO42,productivity,higher,microbial,diver,sity,richness,Liaoning,zeolites,addition,guaranteed,not,only,standard,NH4+,but,also,performance,effluent,TN,Especially,when,ahead,run,ultra,removal,efficiency,still,whereas,control,corresponding,average,concentrations,columns,were,respectively,Therefore,promising,technology,should,widely,researched,popularized
AB值：
0.552716
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