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OALib Journal期刊
ISSN: 2333-9721
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复合菌液在模拟溢油岸滩修复中的应用
DOI: 10.3724/SP.J.1145.2013.00324, PP. 324-329
Keywords: 复合菌液,海洋溢油,生物修复,石油降解菌群,岸滩,缓释肥,可溶性营养盐
Abstract:
为检验基于海洋石油降解菌群dc10的复合菌液（专利号zl201010223463.6）的除油能力，依据降解指数n-c17/pr、n-c18/ph计算石油烃降解率，监测海水中石油烃和氮、磷的浓度变化，综合评价模拟溢油岸滩的生物修复效果.结果显示，模拟溢油岸滩条件下，添加了复合菌液和可溶性营养盐的处理28d后石油烃降解率分别为43.47%和45.07%，与自然风化相比提高了24.70%和26.40%；添加复合菌液和缓释肥的处理28d后石油烃降解率分别为75.65%和78.28%，与自然风化相比提高了56.88%和59.61%.结果表明，复合菌液具有较好的降解效果，缓释肥对生物降解的促进效应优于可溶性营养盐；研究结果为复合菌液进一步在实际溢油岸滩生物修复中的应用奠定了基础.图5表2参22
| [1] | 1陈尧.中国近海石油污染现状及防治[j].工业安全与环保,2003,29(11):20-24[cheny.thestateofoilpollutionofchina’scoastalwatersandtheprevention[j].indsafenvironprot,2003,29(11):20-
|
| [2] | 2徐卫东.海洋石油开发中含油污水处理与溢油防治技术[j].油气田环境保护,1999(6):26[xuwd.technologytotreatoilywastewaterandpreventoilspillduringtheoildevelopmentinthesea[j].environprotoilgasfields,1999(6):
|
| [3] | 3卓诚裕.海洋油污染防治技术[m].北京:国防工业出版社,1996
|
| [4] | 4eilersh,pernthalerj,glocknerfo.culturabilityandinsituabundanceofpelagicbacteriafromthenorthsea[j].applenvironmicrobiol,2000,66:3044-3051
|
| [5] | 5陈建秋.中国近海石油污染现状、影响和防治[j].节能与环保,2002(3):6-8
|
| [6] | 6muryginavp,markarovamy,kalyuzhnyisv.applicationofbiopreparation“rhoder”forremediationofoilpollutedpolarmarshywetlandsinkomirepublic[j].environintern,2005,31:163-166
|
| [7] | 7郑天凌,庄铁城,蔡立哲,田蕴,郭楚玲,徐美珠,李少菁.微生物在海洋污染环境中的生物修复作用[j].厦门大学学报(自然科学版),2001,40(2):524-534[zhengtl,zhuangtc,cailz,tiany,guocl,xuml,lisj.theroleofmicrobesinbioremediationofmarinepollutedenvironment[j].jxiamenuniv(natsci),2001,40(2):524-
|
| [8] | 8夏文香,林涛,张英,李焕奎,赵健.海上溢油的污染控制技术[j].青岛建筑工程学院学报,2004,25(1):54-57[xiawx,lint,zhangy,lihk,zhaoj.pollutioncontroltechnologyofspilledoil[j].jqingdaoinstarcheng,2004,25(1):54-
|
| [9] | 9沈齐英.微生物处理含油废水的实验研究[j].环境科学与技术，2007,30(2):71-73[shenqy.experimentstudyofmicroorganismtodisposecrude-oilwastewater[j].environscitechnol,2007,30(2):71-
|
| [10] | 10chhatres,purohith,shankerr,khannap.bacterialconsortiaforcrudeoilremediation[j].waterscitechnol,1996,34(10):187-193
|
| [11] | 11barathis,vasudevann.utilizationofpetroleumhydrocarbonsbypseudomonasfluorescensisolatedfromapetroleucontaminatedsoil[j].environintern,2001,26:413-416
|
| [12] | 12simonma,bonnerjs,pageca,townsendrt,muellerdc,fullercb,autenriethrl.evaluationoftwocommercialbioaugmentationproductsforenhancedremovalofpetroleumfromawetland[j].ecoleng,2004,22:263-277
|
| [13] | 13xiawx,lijc,zhengxl,bixj,shaojl.enhancedbiodegradationofdieseloilinseawatersupplementedwithnutrients[j].englifesci,2006,6(1):80-85
|
| [14] | 14xiawx,zhengxl,lijc,songzw,sunhf.degradationofcrudeoilbyindigenousmicroorganismssupplementedwithnutrients[j].jenvironsci,2005,17(4):659-661
|
| [15] | 15韩平,郑立,崔志松,郭秀春,田黎.胜利油田滩涂区石油降解菌的筛选、鉴定及其多样性分析[j].应用生态学报,2009,20(5):1202-1208[hanp,zhengl,cuizs,guoxc,tianl.isolationidentificationanddiversityanalysisofpetroleum-degradingbacteriainshenglioilfieldwetlandsoil[j].chinjapplecol,2009,20(5):1202-
|
| [16] | 16tsutsumih,konom,takaik,manabet,haraguchim,yamamotoi,oppenheimerc.bioremediationontheshoreafteranoilspillfromthenakhodkaintheseaofjapan.iii.fieldtestsofabioremediationagentwithmicrobiologicalculturesforthetreatmentofanoilspill[j].marpollbull,2000,40(4):320-324
|
| [17] | 17hozumit,tsutsumih,konom,bioremediationontheshoreafteranoilspillfromthenakhodkaintheseaofjapan.i.chemistryandcharacteristicsoftheheavyoilloadedonthenakhodkaandbiodegradationtestsontheoilbyabioremediationagentwithmicrobiologicalculturesinthelaboratory[j].marpollbull,2000,40(4):308-314
|
| [18] | 18kennethl,francoisxm.bioremediationofoilonshorelineenvironments:developmentoftechniquesandguidelines[j].pureapplchem,1999,71(1):161-171
|
| [19] | 19hiiys,lawat,shazilinam,abdul-rashidmk,choonwl.biodegradationoftapisblendedcrudeoilinmarinesedimentbyaconsortiumofsymbioticbacteria[j].internbiodeterbiodegrad,2009,63:142-150
|
| [20] | 20崔志松,郑立,杨佰娟,刘倩,高伟,韩平,王绍良,周文俊,郑明刚,田黎.两种海洋专性解烃菌降解石油的协同效应[j].微生物学报,2010,50(3):350-359[cuizs,zhengl,yangbj,liuq,gaow,hanp,wangsl,zhouwj,zhengmg,tianl.synerficeffectofmarineobligatehydrocarbonoclasticbacteriainoilbiodegradation[j].actamicrobiolsin,2010,50(3):350-
|
| [21] | 21李倩,崔志松,赵爱芬,高伟,郑立.一株石油烃降解菌新种marinobactersp.py97s的鉴定[j].微生物学报,2011,51(5):648-655[liq,cuizs,zhaoaf,gaow,zhengl.identificationandcharacterizationofanocelhydrocarbon-degradingmarinobactersp.py97s[j].actamicrobiolsin,2011,51(5):648-
|
| [22] | 22徐恒振,周传光,马永安,尚龙生,李洪,姚子伟,张国光,孙育红,吴之庆.溢油海水环境化学行为的研究[j].交通环保,2000,21(6):7-11[xuhz,zhoucg,maya,shangls,lih,yaozw,zhanggg,sunyh,wuzq.studyonmarineenvironmentalchemicalbehaviorsofspilledoil[j].environprottransportation,2000,21(6):7-
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