按关键词阅读: 课件 进展 修复 技术研究 沉积物 疏浚 重金属 污染
1、重金属污染疏浚沉积物修复技术研究进展课件,重金属污染疏浚沉积物修复技术研究进展,1 沉积物特征及前处理 2 物理分离(physical separation) 3 热处理技术(thermal extraction) 4 固化或烧结(solidification/vitrification) 5 电渗析(electrodialysis) 6 化学和生物表面活性剂淋洗 7 微生物淋洗(bioleaching) 8 植物修复 9 结 语 参考文献,重金属污染疏浚沉积物修复技术研究进展课件,参考文献,1 2004年中国海洋环境质量公报R.国家海洋局 , 2005 2 范成新 , 张路 , 王建军 , 等.湖泊底泥疏浚 。
2、对内源释放影响的过程与机理J.科学通报 , 2004 , 49(15):1523-1528. 3 Chen Shenyi , Lin Jigaw.Effect of substrate concentration on bioleaching of metal-contaminated sedimentJ.Journal of Hazardous Materials B , 2001 , 82:77-89. 4 Nystroem G M , Ottosen L M , Villumsen A.Electrodialytic removal of Cu , Zn , Pb , and Cd from harbor sediment:i 。
3、nfluence of changing experimental conditionsJ.Environmental Science and Technology , 2005 , 39(8):2906-2911. 5 Stephens S R , Alloway B J , Parker A , et al.Changes in the leachability of metals from dredged canal sediments during drying and oxidationJ.Environmental Pollution , 2001 , 114:407-413. 6 Karpuzcu M , Bu 。
4、ktel D , Aydin Z S.The dewaterability , heavy metal relelease and reuse characteristics of Golden Horn surface sedimentJ.Wat.Sci.Tech. , 1996 , 34(7/8):365-374. 7 Ramses R , Martine L , Willy BThe mobilisation potential of trace metals in aquatic sediments as a tool for sediment quality classificationJ.Environm 。
【重金属|重金属污染疏浚沉积物修复技术研究进展课件】5、ental Science & Policy , 1999(2):75-86. 8 Nystrm G M , Ottosen L M , Villumsen A.Test of experimental set-ups for electrodialytic removal of Cu , Zn , Pb and Cd from different contaminated harbour sedimentsJ.Engineering Geology , 2005 , 77:349-357. 9 Mulligan C N , Yong R N , Gibbs B F.An evaluation of technologies f 。
6、or the heavy metal remediation of dredged sedimentsJ.Journal of Hazardous Materials , 2001 , 85:145-163. 10 Rulkens W H , Tichy R.Grotenhuis.Remediation of polluted soil and sediment:perspectives and failures.Wat.Sci.Tech. , 1998 , 37(8):27-35. 11 Olin-Estes T J , Palermo M RRecovery of dredged material for ben 。
7、eficial use:the future role of physical separation processesJ.Journal of Hazardous Materials , 2001 , 85:39-51. 12 Vanthuyne M , Maes A , Cauwenberg P.The use of flotation techniques in the remediation of heavy metal contaminated sediments and soils:an overview of controlling factorsJ.Minerals Engineering , 2 。
8、003 , 16:1131-1141. 13 Cauwenberg P , Verdonckt F , Maes A.Flotation as a remediation technique for heavily polluted dredged material.2.Characterisation of flotated fractionsJ.The Science of the Total Environment , 1998 , 209:121-131. 14 Mulligan C N , Yong R N ,Gibbs B F.Remediation technologies for metal-cont 。
9、aminated soils and groundwater:an evaluationJ.Journal of Hazardous Materials , 2001 , 60:193-207. 15 Volker K , Kay H.pH and grain-size variation in leaching tests with bricks made of harbour sediments compared to commercial bricksJ.The Science of the Total Environment , 2001 , 278:73-85. 16 Nystrom G M , Ottos 。
10、en L M , Villnmsen A.The use of sequential extraction to evaluate the remediation potential of heavy metals from contaminated harbour sedimentJ.Journal De PhysiqueIV , 2003 , 107:975-978. 17 Gunvor M N , Lisbeth M O , Arne V.Test of experimental set-ups for electrodialytic removal of Cu , Zn , Pb and Cd from diff 。
11、erent contaminated harbour sedimentsJ.Engineering Geology , 2005 , 77:349-357. 18 Majid A , Argue S.Remediation of heavy metal contaminated solid wastes using agglomeration techniquesJ.Minerals Engineering , 2001 , 14(11):1513-1525. 19 李海波 , 李培军 , 孙铁珩 , 等.用淋洗法修复张士灌区Cd、Pb污染沉积物的研究J.农业环境科学学报 , 2005 , 24(2):328-332. 20 时进钢 。
12、 , 袁兴中 , 曾光明 , 等.鼠李糖脂对沉积物中Cd和Pb的去除作用J.环境化学 , 2005 , 24(1):10. 21 Mulligan C N , Yong R N , Gibbs B F , et al.Metal removal from contaminated soil and sediments by the biosurfactant surfactinJ.Environmental Science and Technology , 1999 , 33(21):3812-3820. 22 Mulligan C N , Yong R N , Gibbs B F.Heavy metal removal from sedi 。
13、ments by biosurfactantsJ.Journal of Hazardous Materials , 2001 , 85:111-122. 23 Marc V , Victor L.Exploiting the genetic and biochemical capacities of bacteria for the remediation of heavy metal pollutionJ.FEMS Microbiology Reviews , 2002 , 26:327-338. 24 Mulligan C N , Azma B D.Use of selective sequential extr 。
来源:(未知)
【学习资料】网址:/a/2021/0331/0021819876.html
标题:重金属|重金属污染疏浚沉积物修复技术研究进展课件