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华中科技大学硕士学位论文基于城市环境卫生公共服务支持体系的垃圾转运站布局研究姓名：魏炜申请学位级别：硕士专业：生态学指导教师：陈海滨20090501IIIAbstractInrecentyearstheconstructandperfectofurbanpublicserviceshavebecometothereflectingofthebuildingharmonioussocietyandtheimportanceofpeople-orientedinitiatives.Atthesametimewiththerapiddevelopmentsofurbanconstructionandthequalityofurbanresidentsurbanpublicservicesandstandardsisalsoincreasingespeciallyfortheeducationtransportationandenvironmentthedemandforyear-on-yeargrowth.soit'sveryimportantandpositiveforthegovernmenttoimproveurbanpublicservicesinallaspectstomeettherequirementofcityresidents.Urbanpublicservicesespeciallyinurbaninfrastructurepublicserviceshavebecomeincreasinglydemanding.AtthesametimemunicipalsolidwasteproductionisalsoincreasingHowtoeffectivelyhandlemunicipalsolidwastedisposalisthefocusofattentionofpeopleandgovernment.InthispaperurbanpublicservicesanditssupportsystemthecombinationofMSWdisposalsystememphasizingtheimportanceofurbanenvironmentalsanitationservicesandfocusonananalysisofMSWcollectiontransportationandprocessingintheurbanenvironmentalsanitationintheroleofpublicservice.Transfersystemofmunicipalsolidwasteasoneofthekeyelementsofmunicipalsolidwastedisposalistheimportantlinkofcollectionsystemanddisposalsystem.InthissessionasthesanitationinfrastructureofpublicservicesisthetoppriorityofaMSWtransferstationthereasonablelayoutandset-uparetheprerequisiteofeffectiveurbanpublicservice.WiththeexpansionofurbanareatheproductionofMSWisincreasingrapidlyAtthesametimethesourcesofMSWaregettingfartherandfartherawayfromthedisposalcenterthesecondarytransferstationmoreandmoreintothepeople'svision.ThereforeMSWtransferstationsarethefootholdofsanitationpublicservicestudy.BasedonthestudyofSanitationplanofKunshancityanalysisofthestatusquoofMSWproductioninKunshancityandpredictsitgiventhreetransportplansanddiscussesrationalityofpoint-chipcombinationplaninKunshancity.AndthenlearnfromthematureIIIlocationmethodoflogisticscenterinlogisticssysteminordertooptimizetheobjectiveofeconomicproposetheoptimizationmethodsandmathematicalmodelofMSWtransfersysteminKunshanlocatethesecondarytransferstationsincentralareaandsouthareathencompareandoptimizetheprograms.FinallyfinalizetherequirednumbersizeandlocationofsecondarytransferstationsinKunshancityImprovetheoveralllong-termplanofMSWtransfersysteminKunshancity.Keywords:PublicServiceEnvironmentalSanitationInfrastructureMSWtransferstationLocation_____v111.1[1]20076553.40.3517.637.91026.5%15214.512310.852[2][3][4][5]31.21.2.1[6][7][8][9][10][11]4[12][13]1.2.2[14]1125341999[15]2[16]62000~200722113.736351.7[1][17][18]1.31819[19][20]BootS[21]Brimberg[22][23]Hakimi[24]MarksLiebman1975[25]Bratly1983[26]KircaErkip19887[27]RahmanMushtaqur1995[28]1998[29]2003[30]2001[31]2003[32]2003[33]2005—PLRP-IF[34]1.41.4.1——81.4.291022.12.1.12.1.21111234122121332.1.32-1142.22.2.12-22-1151232.2.22-116[32]2-32-41711~25~822030~50()2-32-418[37]2.32.3.1[38]2-5[39]01020304050607080901000510152025302-519[40]2.3.212-62202-732-84212-92233.13.1.1[36]3.1.2233.23.2.1C——?——ß——G——Mi——iCXcYc——Gixiyi——iab——3.2.23-1243.13-23-2CXcYcGixiyii=123……nCXcYcG1x1y1G2x2y2G3x3y3G4x4y4GnxnynXY03-1253-3c3-43-5C3-63-73.326.274200520092009311“”80%201090[41]4.14.1.1283348927.6830%2006140.1866.6873.502006932.0124.9%5004.1.224-1(t/d)1652004271201100020052561.52007~20202920061000//4.1.34-22010145707520151608080202017388854-3201020152020/180019502050/657175304-42010˜50%20%30%15%25%10%4.24.2.1124.2.2774.2.350%319134.2.431A2B——(B1)(B2)(B3)(B4)3C——C1C2…C94-1∑==•=nji00ijjiDWS4-1Si——ii=……Wj——jj=12……9Dij——ij324-5AB1B2B3C1C2C3B4C4C5C6C7C8C9C10C11C12C134-1334-5C10.0335907090C20.0795705070C30.1262901070C40.0578903090C50.0578907090C60.0344901070C70.1305503030C80.2846105070C90.0861307070C100.0342305090C110.0205107070C120.0373901070C130.01125030901.0050.5441.7167.543412823103550++4-2355~88~124-2364.330km4-7350~400/370~450/4-64-6t/dm21000~3000=20000450~100015000~20000150~4504000~1500050~1501000~4000=50=1000374-7/5302401101101501351009070130855018005502601251251601451101008014095605502603103553751950560270135135170155120105851501006556027044038040020506003004504004502200384.3.120104-84-8d/t1(23.510.5)302(36.947.5)3031(29.632.7)3042(10.541.1)3053(29.152.8)306(52.867.6)307(63.455.5)308(66.849.8)309(46.864.3)3010(52.952.8)3011(78.745.5)5012(95.241.2)3013(74.351.4)303.2.23-63-7394-34-94-3404-9(23.510.5)46.5(36.947.5)15.3(29.632.7)26.8(10.541.1)42.1(29.152.8)23.8(52.867.6)20.5(63.455.5)14.0(66.849.8)14.8(46.864.3)18.0(52.952.8)5.7(78.745.5)26.5(95.241.2)43.4(52.247.1)(74.351.4)22.5=110.51.5/·414.3.220104-104-10t/d1(12.728.7)302(23.111.4)303(45.241.1)404(34.741.5)305(24.642.2)306(74.645.8)507(81.040.7)308(64.886.2)309(72.382.2)3010(86.085.0)3011(73.981.2)3012(68.680.7)303.2.23-63-7424-44-114-11(12.728.7)50.4(23.111.4)54.3(45.241.1)17.3(34.741.5)25.0(24.642.2)33.7(74.645.8)20.7(81.040.7)28.7(64.886.2)32.7(72.382.2)32.0(86.085.0)42.7(73.981.2)32.055.954.7(68.680.7)28.94-443=148.54.3.34.3.4800~900/4-12(t/d)1(12.728.7)302(23.111.4)303(45.241.1)404(34.741.5)305(24.642.2)306(74.645.8)507