明矾污泥去除水环境中污染物的研究进展

doi:10.19754/j.nyyjs.20220515017

摘要/Abstract

摘要： 明矾盐常用于水工业，促进生产饮用水的混凝，这导致“废物”副产品明矾污泥的大量产生和积累。如何利用可待续的方式高效管理明矾污泥是一个重要的社会环境问题。本文根据近年来国内外对明矾污泥的研究，整理了其对水环境中的重金属、磷化物及其他污染物的吸附去除性能，并对研究和应用前景做了表述。结果表明，明矾污泥作为来源广、价格低廉的吸附材料，有利于实现变废为宝的资源化综合利用。

中图分类号:

S181

. 明矾污泥去除水环境中污染物的研究进展[J]. 农业与技术, 2022, 42(9): 71-73.

[1]Bugbee G J,Frink C R.Alum Sludge as a Soil Amendment:Effects on Soil Properties and Plant Growth [J].connecticut agri-cultural experiment station bulletin,1985,827. [2]Y Q Zhao,A O Babatunde,Y S Hu,J L G Kumar,X H Zhao.Pilot field-scale demonstration of a novel alum sludge-based con-structed wetland system for enhanced wastewater treatment J].Process Biochemistry,2010,46 (1):278-283. [3]Elizabeth Adayton,Nicholas Tbasta,Christopher Ajakober,Jeffo-ry Ahattey.Using Treatment Residuals TO REDUCE PHOSPHOR-US in agricultural runoff J].Joural American Water WorksAssociation),2003,95(4):151-158. [4]Hovsepyan A,Bonzongo J.Aluminum drinking water treatment re-siduals (Al-WTRs)as sorbent for mercury:Implications for soilremediation J ]Joumal of Hazardous Materials,2009,164(1):73-80. [5]Wei Chu.Lead metal removal by recycled alum sludge [J].WaterResearch,1999,33(13):3019-3025. [6]Sarkar D,Quazi S,Makris K C,Datta R,Khairom A.Arsenicbioaccessibility in a soil amended with drinking-water treatment re-siduals in the presence of phosphorus fertilizer.[J].Archives ofenvironmental contamination and toxicology,2007,53 (3):329 -336. [7]Makris Konstantinos C,Salazar Jason,Quazi Shahida,Andra Sy-am S,Sarkar Dibyendu,Bach Stephan B H,Datta Rupali.Con-trolling the fate of roxarsone and inorganic arsenic in poultry litter.J].Journal of environmental quality,2008,37 (3):963-971. [8]雷增江，杨金辉，戴漾泓，王劲松，周书葵，黎传书，骆毅，杨鸿.铝污泥对废水中铀（Ⅵ）的吸附机理研究[J].应用化工，2020,49(03)：572-577. [9]刘珊，张悦，田薪成，赵春朋，冯婷，魏莉.海藻酸钠改性铝污泥功能球吸附Cu(Ⅱ)的研究[J].应用化工，2020,49(01):11-16. [10]Meaghan K Gibbons,Graham A Gagnon.Understanding removal ofphosphate or arsenate onto water treatment residual solids J].Joumal of Hazardous Materials,2011,186 (2-3):1916-1923. [11]Haustein G K,Daniel T C,Miller D M,et al.Aluminum-Con-taining Residuals Influence High-Phosphorus Soils and Runoff Wa-ter Quality J].Joural of Environmental Quality,2000,29(6):1954-1959. [12]Yang Y,Tomlinson D,Kennedy S,Zhao Y Q.Dewatered alumsludge:a potential adsorbent for phosphorus removal.[J].Waterscience and technology a joumal of the Interational Associationon Water Pollution Research,2006,54 (5):207-213. [13]Mortula Md M,Gagnon Graham A.Phosphorus treatment of sec-ondary municipal effluent using oven-dried alum residual [J].Joural of environmental science and health.Part A,Toxic/haz-ardous substances environmental engineering,2007,42 (11): 1685-1691. [14]胡静，董仁杰，吴树彪，李小平，翟旭，庞昌乐.脱水铝污泥对水溶液中磷的吸附作用研究[J].水处理技术，2010，36(05):42-45. [15]王天晓，蒋雅真，陈慧婷，王昌辉，裴元生.给水处理厂铁铝泥对正磷酸盐的吸附效果[J].环境工程学报，2012,6(09):2991-2994. [16]Yang Y,Zhao Y Q,Babatunde A O,Keamey P.Two strategiesfor phosphorus removal from reject water of municipal wastewatertreatment plant using alum sludge.[J].Water science and tech-nology a journal of the International Association on Water Pollu- tion Research,2009,60(12):3181-3188. [17]M G Sujana,R S Thakur,S B Rao.Removal of Fluoride from A-queous Solution by Using Alum Sludge [J].Joumal of ColloidAnd Interface Science,1998,206 (1):94-101. [18]Makris K,Sarkar D,Datta R.Aluminum-based drinking-watertreatment residuals:A novel sorbent for perchlorate removal J].Environmental Pollution,2006,140 (1):9-12. [19]W Chu.Dye Removal from Textile Dye Wastewater Using RecycledAlum Sludge J].Water Research,2001,35 13):3147-3152.

明矾污泥去除水环境中污染物的研究进展

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