簡介：中圖分類號TG580論文編號102870514S058學(xué)科分類號080201碩士學(xué)位論文銅的固結(jié)磨料化學(xué)機(jī)械研拋工藝（國家自然科學(xué)基金資助項(xiàng)目51175260）（中央高?；究蒲袠I(yè)務(wù)專項(xiàng)資金NP2012506）研究生姓名王成學(xué)科、專業(yè)機(jī)械制造及其自動化研究方向精密與超精密加工指導(dǎo)教師朱永偉教授南京航空航天大學(xué)研究生院機(jī)電學(xué)院二О一四年三月NANJINGUNIVERSITYOFAERONAUTICSASTRONAUTICSTHEGRADUATESCHOOLCOLLEGEOFMECHANICALELECTRICALENGINEERINGTHETECHNOLOGYOFLAPPINGPOLISHINGCOPPERBYFIXEDABRASIVECMPSUPPTEDBYNATIONALNATURALSCIENCEFOUNDATIONOFCHINA51175260CENTRALUNIVERSITYBASICSCIENTIFICRESEARCHFUNDNP2012506ATHESISINMECHANICALMANUFACTUREAUTOMATIONBYWANGCHENGADVISEDBYPROFESSZHUYONGWEISUBMITTEDINPARTIALFULFILLMENTOFTHEREQUIREMENTSFTHEDEGREEOFMASTEROFENGINEERINGMARCH2014

簡介：北京化工大學(xué)碩士學(xué)位論文化學(xué)混凝與曝氣生物濾池組合工藝用于再生水凈化處理試驗(yàn)研究姓名潘孝宇申請學(xué)位級別碩士專業(yè)環(huán)境工程指導(dǎo)教師李秀金宋乾武20050527北京化工大學(xué)碩士論文Y73G9G8北京化工大學(xué)學(xué)位論文原創(chuàng)L生聲明本人鄭重聲明所呈交的學(xué)位論文，是本人在導(dǎo)師的指導(dǎo)下，獨(dú)立進(jìn)行研究工作所取得的成果。除文中已經(jīng)注明引用的內(nèi)容外，本論文不含任何其他個人或集體已經(jīng)發(fā)表或撰寫過的作品成果。對本文的研究做出重要貢獻(xiàn)的個人和集體，均已在文中以明確方式標(biāo)明。本人完全意識到本聲明的法律結(jié)果由本人承擔(dān)。學(xué)位論文作者簽名溶蘊(yùn)年’／J／。切9_∑手羔曙

簡介：同濟(jì)大學(xué)碩士學(xué)位論文城市污水化學(xué)生物強(qiáng)化一級處理工藝及其控制研究姓名吳軍申請學(xué)位級別碩士專業(yè)環(huán)境工程指導(dǎo)教師楊殿海20030601ABSTRACTHALLTHECOMPLETEDWWTPCNASTEWATERTREATMENTPLANTSINCHINA，THEBIOLOGICALTTEALNLENTMETHODWASUSEDIN795PERCENTOF山EWWTPTHATACCOUNTED83PERCENTOF山EOVERALLTREATMENTEAPACITY01THEOTHERHANDTHETREATMENTRATEOFALLTHEWASTEWATET“INCHINAISONLYSIXPERCENTWE啪CCTHATMOSTOFTHEWASTEWATERWASDISCHARGEDWITHOUTSUFFICIENTTREATMENT，WHILEASMALLPARTSOFTHEWASTEWATERWASTREATEDWI山AHIGHSTANDARDTLAATISNOTFITWI山THECURRENTECONOMICSITUATIONSO，TODEVELOPAIZCATMELLTMETHODTHATSATISFIESTHEENVIRONMENTALANDECONOMICDEMANDSDEMO地TRATESITSIMPORTANCEITISUNDERTHEBACKGROUNDTHATTHEADVANTAGEOFTHEENHANCEDPRIMARYLAEATMENTMBEOBVIOUSLYUNDERSTOODTHEFIRSTSTAGECOMBINEDWASTEWATCRINSHANGHAIWASUSED∞也CITLFLUENTOFTHERESEARCHPROJECTTOSTUDYTHERATIONALITYOFUSINGCHEMICALLYANDBIOLOGICALLYENHANCEDPRIMARYIZCATMENTCBF_A“RTOTREATTHEURBANWASTEWATCRINTHEPROJECT，THEAUTHORSTUDIEDTHEEFFECTOFCHEMICALSPECIES，OPERATIONPATTEM，ANDDOSAGEONTREATLNCNTEFFICIENEYNESLUDGEPRODUETIOASANDTHEDEWATERIAGCAPABILITYOFCHEMICALLYEALAAAEEDIRIMARYTTEALMENTCE啊ANDTHECBEPLRWEMCOMPAREDWI山THELOWDOSAGEOFPACTHECBEPTHASAHI吐00DAND“IFTCMOVALRATEOF60％DLIETOTHECOLLECTIVEEFFECTOFCHEMICALANDBIOLOGICALFUNCTION，THE∞EPTHASA20PERCLLLTHIGHERREMOVALRATETHANCEPTWITHTHESMEDOSAGEOFCHEMICALSINTHERECYCLEDSLUDGEANDREACTINGTANKSLUDGEPTOTOZOAATTEHBCILIATES，WHICHISCONLNLOLLINTHEBIOLOGICALTREATMENTUNIT，WASFOUNDTHISINDIEATCTHETHEREISSOILLEBIOLOGICALEFFECTINTHEREACTIONTANKIFCBEPT1_1LCANALYSISOFTHEFUZZYCONTROLTHEORYANDTHECONTZOLTCQUIREMERITOFTHECBE盯INDICATEDTLAATTHEFUZZYCONTROLMALLBEAPPLIEDINTHECBEPTKEYWORDSURBANWASTEWATERCHEMICALANDBIOLOGICALFUNCTION，ENHANCEDPRIMARYTREATMENTFUZZYCONTROL

簡介：東南大學(xué)碩士學(xué)位論文化學(xué)鈣法鹵水除硝新工藝的研究姓名韓忠明申請學(xué)位級別碩士專業(yè)化工工藝與新材料指導(dǎo)教師陳志明曹榮20040623韓忠明東南大學(xué)工程碩士學(xué)位論文STUDYOBTHENEWCHEMICALCALCIUMTECHNOLOGYFORREMOVINGS042‘FROMBRINEHANZHONGMINGABSTRACTBYCOMPARINGANDANALYZINGTECHNOLOGYOFREMOVINGS04玉ATHOMEANDABROAD，ANEWTECHNOLOGYBYUSINGDISTILLATIONWASTELIQUIDANDGOREFILTERSUITTOTHEBRINEINHUAIANDISTRICTWASDEVELOPEDTHERESEARCHOFTHENEWTECHNOLOGYANDTHEDETAILSOFMIDTESTFORREMOVINGS04PFROMBRINEWEREMAINLYINTRODUCED，ANDTHETECHNICALANDECONOMICANALYSISOFINDUSTRIALIZATIONOFTHENEWTECHNOLOGYWASMADETHECONCEMEDSUGGESTIONSONSPEEDINGUPTHEPROJECTCONSTRUCTIONPROCEEDINGAREPUTFORWARDTHEMETHODSOFTHENEWTECHNOLOGYAREASFOLLOWSADDINGLIMEMILKANDDISTILLATIONWASTELIQUIDINBRINE，WHICHRESULTSINTHEPRECIPITATESOFMAGNESIUMHYDRATEANDCALCIUMSULFURIC；USINGGOREFILTERTOTAKEOFFPRECIPITATES；ADDINGSEASALTTOSATURATETHEBRINE；USINGSODIUMCARBONATETEMOVECATOGETTHEQUALIFIEDSATURATEDSALTWATERTHESPECIALTIESOFTHENEWTECHNOLOGYAREASFOLLOWS，TECHNICALFLOWSHEETISSIMPLY，THEENERGYCONSUMPTMNLOW，THETECHNOLOGYRIPEANDRELIABLE，ANDTHEPRODUCINGCOSTOFREFININGSALTWATERLOWITNOTONLYREDUCESTHEPOLLUTIONQUANTITYOFTHESODAFACTORYTOPROTECTTHEENVIRONMENT，BUTALSEDUCESTHECOSTOFREMOVING804厶FROMBRINEITPOSSESECONOMICANDSOCIALBENEFITNOTABLYTHESEPARATIONOFTHEPRECIPITATESUSESGOREFILTERSEPARATIONTECHNOLOGY，WHICHISADVANCEDATHOMEANDABROADTHETECHNICALFLOWSHEETOFNEWTECHNOLOGYISGREATLYSHORTENED，WHICHREDUCESTHEINVESTMENTOFTHEPROJECTTHENTHEENERGYCONSUMPTIONANDTHECOSTOFREFININGBRINEARELOWTHENEWTECHNOLOGYISCLEARLYSUPERIORTOTHETRADITIONALPROCESSAFTERTHEMIDTEST，ITISPROVEDTHATTHENEWTECHNOLOGYFORREMOVINGSO正2’BYUSINGDISTILLATIONWASTELIQUIDANDGOREFILTERSISSUCCESSFULNEREFINEDSALTWATERCAJLMEETPREDICTEDNEEDSUNDERTHENORMALTEMPERATURE，CONTROLLINGTHEMOLERATIOOFCA2AND8042。TO140170，ANDKEEPINGTHEREACTIONTIMEABOUTONEHOUR，THECONTENTOFS042’INTHEBNECANDROPTOBELOW2G／LFROM7一L5∥1111ECONTENTOFSURPLUSCA2INTHESALTWATERISBELOW40∥1INTHEMEANWHILE，THEMIDTESTGAINSSOMEBASICDATE，WHICHPROVIDESMORERELIABLETECHNICALBASISFORTHEINNOVATIONPROJECTINSODAFACTORYNLENEWTECHNOLOGYFORREMOVING5042’ISTHEFIRSTINVENTIONINREFININGSALTWATERINSODATRADEATHOMEANDABROADITHASVERYGOODPOPULARIZATIONANDAPPLICATIONVALUEANDHASREMARKABLEECONOMICANDSOCIAIBENEFICIALRESULTITWILLBEVERYIMPORTANTTOCHANGETHEMATERIALSTRUCTURALANDINCREASETHEPROFITOFTHESODAFACTORYIFTHEPROJECTOFREMOVINGS042’FIOMBRINEISCOMPLETEDATTHESAMETIME，ITCANUSETHERICHMINERESOURCESINHUAIANDISTRICT，ANDPROMOTETHEECONOMYDEVELOPINGOFTHELOCALITY，ANDPOSSESTHESOCIETYREMARKABLEBENEFICIALRESULTKEYWORDSSODA；BRINE；PROCESS；TECHJLOJ99Y；STUDY

簡介：、C3OF‘5洳；J．碩士學(xué)位論文論文題目基王疆疊絲疊盟王些壁選讓二絲壁筮絲堂王坐區(qū)圣匹塞墮坌司趁倒作者姓名主L』臣一指導(dǎo)教師坦黌選睦塹圭學(xué)科專業(yè)J攔芑互瑩一所在學(xué)院盟整皇絲坐王捏堂瞳提交日期21Q監(jiān)ABSTRACTCIRCULARECONOMYISAMODEOFSUSTAINABLEDEVELOPMENT．ITHASDEVELOPEDRAPIDLYWHILEITBECOMESMOREANDMORENOTICEABLEINCHINA．THREEDEVELOPMENTMODESANDTHESTATEOFARTREVIEWOFCIRCULARECONOMYAREGIVENINTHISDISSERTATION．THEINEVITABILITYANDIMPORTANCEOFDEVELOPINGCIRCULARECONOMYINCHINAISANALYZED．THEPLANSOFTHEINDUSTRIALCHAINSFORZHENHAICHEMICALPARKWHICHREPRESENTSTHEMODEOFINDIVIDUALENTITYSYMBIOSISINCHINAANDFORZJCGROUPCOMPANYWHICHREPRESENTSTHEMODEOFCOMPREHENSIVEENTITYSYMBIOSISINCHINAHAVEBEENSTUDIEDINTHISDISSERTATION．THEWHOLEINDUSTRIALCHAINANDBRANCHCHAINSOFCIRCULARECONOMYHAVEBEENPLANNEDFORZHENHAICHEMICALPARK．THEBRANCHCHAINSCONSISTOFETLLANECHAIN,CTCHAIN,HCICHAIN,HECHAIN,NH3CHAINANDSCHAIN．THECONCEPTOFEQUIVALENTPOLLUTANTEMISSION,E’“HASBEENPROPOSEDANDAREFERENCELINEBASEDONEQUIVALENTPOLLUTANTEMISSIONHASBEENGIVENANDAPPLIEDTOTHEPRIMARYAPPRAISALFORZHENHAICHEMICALPARK．THEWHOLECHAINANDBRANCHCHEMICALINDUSTATCHALLISHAVEBEENALSOPLANNEDFORZJCGROUPCOMPANY,WHICHINCLUDETHEINDUSTRIALCHAINCONTAININGFLUORINE，THEINDUSTRIALCHAINOFBASICCHEMICALSANDTHEINDUSTRIALCHAINOFPETROLEUMCHEMICALINDUSTRY．INADDITION,THEINDEXSYSTEMSOFCIRCULARECONOMYFORZHENHAICHEMICALPARKANDZJCGROUPCOMPANYHAVEBEENPUTFORWARD．THEINDEXSYSTEMCOVERSTHEECONOMICDEVELOPMENT，CHARACTERISTICOFCIRCULARECONOMY,ENVIRONMENTPROTECTIONANDGREENMANAGEMENT．KEYWORDSCIRCULARECONOMY,INDUSTRIALCHAILI，EQUIVALENTPOLLUTANTEMISSION，REFERENCELINE，INDEXSYSTEMⅡ

簡介：化學(xué)工業(yè)園區(qū)是一種新型的工業(yè)組織形式，能有效實(shí)現(xiàn)園區(qū)經(jīng)濟(jì)效益、社會效益和環(huán)境效益的協(xié)調(diào)發(fā)展，因此成為世界范圍內(nèi)工業(yè)園區(qū)發(fā)展的主要方向。隨著我國化學(xué)工業(yè)園區(qū)建設(shè)熱潮的興起，化學(xué)工業(yè)園區(qū)的土地使用安全規(guī)劃成為化學(xué)工業(yè)園區(qū)研究的熱點(diǎn)課題之一。本文通過回顧國內(nèi)外土地使用安全規(guī)劃立法和技術(shù)發(fā)展的研究歷程，從重大工業(yè)事故預(yù)防與控制的角度出發(fā)，以重大危險源分類及辨識研究為基礎(chǔ)，分析已經(jīng)發(fā)生過的典型重大化工事故，確定事故中涉及的主要危險物質(zhì)與危險物質(zhì)類別，探討了全國危險化學(xué)品從業(yè)單位與周邊社區(qū)安全防護(hù)距離不符合法定規(guī)定等情況，研究化學(xué)工業(yè)園區(qū)土地使用安全規(guī)劃方法的理論基礎(chǔ)，提出土地使用安全規(guī)劃的評價方法和編制程序。文中論述了基于“安全距離”安全規(guī)劃的方法和基于定量風(fēng)險評價安全規(guī)劃的方法，分析了關(guān)于“外部距離”、“防火間距”和“衛(wèi)生防護(hù)距離”確定的理論基礎(chǔ)、影響因素和它們之間內(nèi)在的聯(lián)系；以氯氣儲罐泄漏事故為例，進(jìn)行了儲罐周邊地區(qū)基于定量風(fēng)險評價安全規(guī)劃方法的計算過程，提出了化學(xué)工業(yè)園區(qū)土地使用安全規(guī)劃編制的程序。土地使用安全規(guī)劃是化學(xué)工業(yè)園區(qū)安全生產(chǎn)工作中一項(xiàng)長期性和基礎(chǔ)性的工作。土地使用安全規(guī)劃的實(shí)施就是按照化學(xué)工業(yè)園區(qū)現(xiàn)狀規(guī)劃、近期規(guī)劃和遠(yuǎn)期規(guī)劃所確定的安全目標(biāo)和措施組織落實(shí)，在土地使用安全規(guī)劃的研究和編制過程中，要對規(guī)劃區(qū)域的安全進(jìn)行全面、系統(tǒng)、綜合的分析與評價，為制定化學(xué)工業(yè)園區(qū)的規(guī)劃、事故應(yīng)急預(yù)案以及重大危險源分級管理提供依據(jù)。

簡介：同濟(jì)大學(xué)碩士學(xué)位論文城市污水化學(xué)生物絮凝工藝和化學(xué)混凝工藝的比較研究姓名盧峰申請學(xué)位級別碩士專業(yè)環(huán)境工程指導(dǎo)教師楊殿海20040301ABSTRACTATPRESENT，THECONCENTRATIONOFPOLLUTANTSINMUNICIPALWASTEWATERANDTHEPROPORTIONOFWASTEWATERTREATEDARERATHERLOWSOWESHOULDDEVELOPANEWPROCESSTOTREATSUCHWASTEWATERWITHARELATIVELYHIGHEFFICIENCYINTHISPAPER，CHEMICALBIOLOGICALFLOCCUTATIONPROCESSANDCHEMICALCOAGULATIONPROCESSWERECOMPARATIVELYSTUDIEDTHEMAINCONTEXTINCLUDEDTHEANALYSISOFINLETWASTEWATER、COMPARISONOFDIFFERENTTYPESOFCOAGULANTANDCOAGULANTAIDS，ANDPILOTSTUDYOFCHEMICALBIOLOGICALFLOCCULATIONPROCESSANDCHEMICALCOAGULATIONPROCESSTHERESULTINDICATEDTHATISOLUBLEPHOSPHORUSANDINSOLUBLECODOCCUPIEDRATHERHIGHPROPORTION弧THEINLETWASTEWATER71％AND5％RESPECTIVELYANDENHANCEDPRIMARYTREATMENTPROCESSISASUITABLEWAYTOTREATTHISKINDOFWASTEWATENFIILLEOPTIMALDOSAGEOFA12S043ANDFEFFS043WERE1LOMG／L，POLYALUMINIUMCHLORIDERACXAAS90MDLANDPOIYFERRICALUMINIUMCHLORIDEPAFCWAS200ML／LIIITHEPILOTSTUDYTOLDTHATNH3N，CODSSANDTPINTHEEFFLUENTCOUIDMEETTHENATIONALSECONDCLASSDISCHARGESTANDARDWHENTHEPOLYFERRICALUMINIUMCHLORIDEPAFCDOSAGE，POTYACRYLAMIDEPAMDOSAGE。RATIOOFRETURNSLUDGE，MLSSWERE80ML／L，05MG／L，33％AND29／L、RESPECTIVELYIVTHECOD，SCOD，SS，TPANDPC4’PREMOVALEFFICIENCYOFCHEMICALBIOLOGICALFLOCCULATIONPROCESSWEREABOUT7％。30％。6％。10％AND10％HIGHERTHANTHOSEOFCHEMICALCOAGULATIONPROCESSVTHESLUDGEPRODUCTIONOFCHEMICALBIOLOGICALFLOCCULATIONPROCESSWASABOUT1O％LOWERTHATOFCHEMICALCOAGULATIONPROCESS，F(xiàn)VILSOMEINDICATIVEPROTOZOANSWEREFOUNDINTHEREACTORITSHOWSTHATITISAPPROPRIATETOTREATSUCHWATERBYCHEMICALBIOLOGICALFLOCCULATIONPROCESSKEYWORDSCHEMICALANDBIOLOGICALFLOCCULATIONPROCESS；CHEMICALCOAGULATIONPROCESS；ENHANCEDPRIMARYTREATMENT；FLOECULANTS；MUNICIPALWASTEWATER11

簡介：天津大學(xué)碩士學(xué)位論文化學(xué)沉淀微濾膜工藝處理鉛蓄電池生產(chǎn)廢水的研究姓名董亞玲申請學(xué)位級別碩士專業(yè)環(huán)境工程指導(dǎo)教師顧平20031201ABSTRACTN圮ENTERPRISESPRODUCINGLEADSTORAGEBATTERYDISCHARGELARGEAMOUNTSOFWASTEWATERCONTAININGLCADANDACIDLEADINTHEFORMSOFPARTICLEANDSOLUBLEISTOXIC，ANDREADILYACCUMULATEDINORGANISMIFITISDISCHARGEDDIRECTLYINTOTHEENVIMUMENTWITHOUTPROPERTREATMENTITWILLDOHARMTOENVIRONMENTANDSOCIETYWITLLTHEPERFECTOFNATIONALENVIRONMENTALPROTECTION1AWTHEREISAVERYSTRICTSTANDARDFORWASTEWATERCONMIMNGHEAVYMETALSOITISOURCHIEFMISSIONTOSTRENGTHENTHERESEARCHOFTECHNOLOGYFORTREATMENTOFWASTEWATERCONTAININGHEAVYMETALTLLISPAPERFOCUSEDONTHEFEASIBILITYANDOPTIMIZATIONOFTHETREATMENTOFWASTERWATERCONTAININGLCADBYPRECIPITATIONMICROFILTRATIONPROCESSTHISEXPERIMENTCANBEDIVIDEDINTOTHREEPARTSINTHEFIRSRPARTNAOHWASUSEDASPRECIPITATOR；INTHESECONDPART，LIMEWASUSED；INTHETLIRDPART，JARTESTWASDONETOSTUDYTHEMECHANISMOFTHEPROCESSANDMEMBRANEFOULINGEHARACTERISTICSINTHEFIRSTPARTEXPERIMENTTHEDEVICERAN42D，12CYCLESEVERYDAYANDQUANTITYOFTREATEDWASTEWATERWAS15968LFATTHEENDOFTHISPARTOFTESTTHEQUANTITYOFREMAINEDSLUDGEWAS128LANDTHECONDENSINGFACTORWAS12475THEPHVALUEOFEMBENTWASBETWEEN6～9、THETOTALPBINTHEEMBENTWAS00014052MG／L，THETURBUTITYWASLOWERTHAN02NTUTHEMENBRANEFLUXDROPPEDGENTLYWITHTHEOPERATIONTIMEINTHESECONDPART，THEDEVICERAN43D，10CYCLESEVERYDAYANDQUANTITYOFTREATEDWASTEWATERWAS14016LATTHEENDOFTHISPARTTHEQUANTITYOFREMAINEDSLUDGEWAS160LANDTHECONDENSINGFACTORWAS876111EPHVALUEOFE用UENTWASBETWEEN75～90，THETOTALPBINTHEEMBENTWASO001414MG／L，THETURBUTITYWASLOWERTHANO4NTUTHEMANBRANEFLUXDECLINEDGREATLYANDTHENRISEDGREATLYWHICHISCONSIDEREDTHERESULTOFDISSOLUTIONOFCALCIUMSULPHATEITWASFOUNDTHATTHEIRONINRAWWATERPROMOTESTHEREMOVALOFPBATPH79IRONMAYFORMFEOH3，WHICHCANSWEEPANDADSORBTHELEADINTHEFORMSOFCOLLOIDANDSUSPENSIONANDTHUSINCREASEDTHEREMOVALEMEIENEYOFLCADLASTLY，THEMEMBRANEFOULINGCHARACTERISTICSWASSTUDIEDBASEDONTHECHARACTEROFMIXTURELIQUIDANDOPERATIONALCONDITIONSINMEMBRANESEPARATION，ANDTHEMEASURESTOCONTRO】MEMBRANEFOULINGWEREPUTFORWARDKEYWORDSWASTEWATERCONTAININGLEAD，PRECIPITATIONMICROFILTRAFION，COAGULATION，MEMBRANEFOULING

簡介：中南大學(xué)博士學(xué)位論文無機(jī)離子廢水深度處理的工藝與溶液化學(xué)研究姓名黃自力申請學(xué)位級別博士專業(yè)礦物加工工程指導(dǎo)教師胡岳華20040401中南大學(xué)博士學(xué)位論文摘要家一級排放標(biāo)準(zhǔn)，污水廠出水經(jīng)處理后達(dá)到了某些回用水標(biāo)準(zhǔn)。該工藝用于城市污水深度除磷，目前國內(nèi)外未見報導(dǎo)。5通過溶液化學(xué)計算，從理論上分析了重金屬離子、磷酸根離子、鋁離子等在溶液中的存在狀態(tài)和磷酸鋁的溶解性能，以及它們受PH值變化的影響，并借助‘電位、紅外光譜等分析手段，探討了重金屬離子在涂鐵石英砂上的吸附機(jī)理和磷酸鹽沉淀物與磁種異凝聚的作用機(jī)理。分析并闡明了高梯度磁分離去除水中污染物的基本原理。關(guān)鍵詞重金屬離子廢水，含磷廢水，涂鐵石英砂，吸附，磁種絮凝一高梯度磁分離，溶液化學(xué)LL

簡介：【按要】摘要為了適應(yīng)城市污水排放量越來越大且水質(zhì)變化日益復(fù)雜的情況，在總結(jié)現(xiàn)有處理、藝的基礎(chǔ)上，提出了一種新的污水處理〔藝一化學(xué)生物絮凝一懸浮填料床組合_1一藝并進(jìn)行了最佳運(yùn)行工藝參數(shù)的研究。研究中，在實(shí)驗(yàn)室試驗(yàn)了四種絮凝劑AL2SO43FE2SO43PACPAFC的處理效果以及與三種助凝劑硅膠、聚乙烯醇、PAM復(fù)配使用的效果，在十種不同的工況條件F進(jìn)行了_L藝的中試試驗(yàn)研究。主要得出了以卜結(jié)論I實(shí)驗(yàn)室試驗(yàn)中，在僅投加絮凝劑的情況FPAC與PAFC的效果要優(yōu)于A12SO43和FE2SO43。當(dāng)PAC的投加量達(dá)到264MGL〔以AIO，計時效果較優(yōu)，此時出水NH3NTPSSCODPO幾P和SCOD濃度分別為201MG1L03MGL12MGL418MGL013MGL411366MGL，去除率分別為，3?8?2H1?3和183APAFC的投加量達(dá)到264MGL以A1203計時效果較優(yōu)，此時出水NH3NTPSSCODP043P和SCOD分別為142MGL058MGL8MGL573MGFL020MGL和568MGL去除率分別為96X2?2H5?8和1212PAFC和PAC與PAM聚乙烯醇、硅膠復(fù)配使用時，由試驗(yàn)結(jié)果得出PAFC和PAC與PAM復(fù)配使用的效果最好、聚乙烯醇次之、硅膠的助凝效果最差的結(jié)論。當(dāng)PAC投加量為231MGLL以AIO計，聚乙烯醇投加量為08M叭時處理效果較好，此時出水NH3NTPP04PSSCOD和SCOD濃度為239MGL038MGLL019MGL4MGL457MGL和431MGL，去除率分別為149?5?0?0S9和351當(dāng)PAFC投加量為106MGL以A1203計，PAM投加量為12M叭時處理效果較好，此時出水NHNTPPOPSSCOD和SCOD濃度為152MGFL059MGL047MGL14MGL697MGL和596MGL，去除率分別為307Y3?0?1Q0和1010根據(jù)小試結(jié)果選擇了PACPAFC作為絮凝劑和PAM作為助凝劑進(jìn)行了中試研究，得到以卜結(jié)論1當(dāng)PAFC加藥量為80MLLPAM投加量為05MGL時效果較優(yōu)，此時一沉出水CODTPSS濃度分別為336MGL042MGL16MGL，去除率分別為727?6?7二沉出水CODTPSS濃度分別為242M叭、026MGL9MGL，去除率分別為802?6?0況條件為PAM投加點(diǎn)在第三格首端，污泥回流比為333左右，期間水溫2783030C平均為290C絮凝池MLSS濃度為1520GL左右，原水、絮凝池第一格、第二格、第二格、一沉池、脫氮池、一沉池的DO分別為015一031MGL281一309MGL243289MGL199243MGL020039MGL095一116MGL104一128MGL絮凝池曝氣量分別為37M3H25MH09MHA2在水力停留時間分別為23H和41H的情況下，氣水比為31的L況對于懸浮填料床的NH3一去除率都兒乎已經(jīng)達(dá)到了最高水平，最高去除率可達(dá)99，氣水比分別為3125121的三個1況曝氣量的減少與NHSN去除率的卜降兒乎成線性關(guān)系，當(dāng)氣水比繼續(xù)減【周濟(jì)大學(xué)工學(xué)碩士學(xué)位論夫】ABSTRACTABSTRACTTHEREAREMOREANDCOMPLEXTOFITTHESEMOREMUNICIPALCONDITIONSTHEWASTEWATERDISCHARGEDANDTHEWATERSTUDYFOCUSEDONTHECHEMICALQUALITYISMOREANDBIOLOGICALFLOCCULATIONSUSPENDEDPACKEDBEDPROCESSUNDERTHEBASEOFEXISTINGWASTEWATERTREATMENTPROCESSESINPILOTTESTSUNDERTENKINDSOFWORKINGCONDITIONSTHETREATMENTEFFECTIVENESSOFFOURKINDSFLOCCULANTSANDTHREEKINDSCOAGULANTAIDSWASSTUDIEDINJARTESTFROMWHICHTHECONCLUSIONSAREDRAWNOUTASFOLLOWS1INTHEJARTESTWHENFLOCCULANTSWEREONLYADDEDTREATMENTEFECTIVENESSOFPOLYVINYLALCOHOLPACANDPOLYALUMINIUMFERRICCHLORIDEPAFCAREBOTHBETERTHANTHATOFALUMINUMSULFATEA12SO4萬ANDFERRICSULFATEFE2S043RESPECTIVELYINTHECASEOFDOSAGEOFPACAT264MGLCOMPUTEDBYA1Z03BETEREFECTIVENESSWASGETUNDERTHISCONDITIONCONCENTRATIONSOFNH3NTPSSCODPOG3PANDSCODINEFLUENTWERE201MGL03MGL12MGL418MGL013MG幾AND366MGLRESPECTIVELYANDTHEIRCORRESPONDINGREMOVALRATIOSWERE243?8?2H1?3AND183RESPECTIVELYINTHECASEOFDOSAGEOFPAFCAIZ03IN264MGLCONCENTRATIONSOFNH3NTPSSCODP04PANDSCODINEFLUENTWERE142MGL058MGL8MGL573MGL020MGLAND568MGLRESPECTIVELYANDTHEIRCORRESPONDINGREMOVALRATIOSWERE96X2?2H5?8AND121RESPECTIVELY2WHENPAFCANDPACWEREUSEDASFLOCCULANTSCOOPERATINGWITHPOLYACRYLAMIDEPAMPOLYVINYLALCOHOLPVAANDACTIVATEDSILICAASTHETESTRESULTSSHOWEDTHATTHETREATMENTEFFECTOFPAFCANDPACCOOPERATINGWITHPAMWASBESTANDTHATOFPOLYVINYLALCOHOLWASBETTERTHANTHATOFSILICAGELWHENTHEDOSAGESOFPACWAS231MGLTHEBESTTREATMENTEFECTWASOBTAINEDINTHECASEOFPAMAT08MGLWHICHSHOWEDTHATTHEAVERAGECONCENTRATIONSOFNH3NTPPOPSSCODANDSCODINEFFLUENTWERE239MGL038MGL019MGL4MGL457MGLAND431MGLRESPECTIVELYANDTHECORRESPONDINGREMOVALRATIOSWERE149?5?0?0S9AND351RESPECTIVELYWHENTHEDOSAGEOFPAFCWAS106MGLTHEBESTTREATMENTEFECTWASOBTAINEDINTHECASEOFPAMAT2MGLWHICHSHOWEDTHATAVERAGECONCENTRATIONSOFNH3NTPP643“PSSCODANDSCODINEFFLUENTWERE152MGL059MGL047MGL14MGL697MGLAND596MG幾RESPECTIVELYANDTHECORRESPONDINGREMOVALRATIOSWERE307Y3?0?1Q0AND101RESPECTIVELYONTHEBASEOFJARTESTAPILOTTESTWASCARRIEDUSINGCOAGULANTPAFCPACANDCOAGULANTAIDPAMFROMWHICHTHECONCLUSIONSAREDRAWNOUTASFOLLOWS1THEOPTIMIZINGSTUDYRESULTSSHOWEDTHATATFLOCCULATIONTANKPAFCDOSAGE80MLLANDPAM05MGLTHEAVERAGECONCENTRATIONSOFCODTPANDSSINEFFLUENTWERE336MGL042MG幾AND16MGLRESPECTIVELYANDTHEIRCORRESPONDINGREMOVALRATIOSWERE727?6【周濟(jì)大學(xué)工學(xué)碩士學(xué)位論文】

簡介：分類號學(xué)校代號學(xué)號Y78634310561華南理工大學(xué)碩士學(xué)位論文化學(xué)氧化BAF工藝處理含難生物降解染料廢水的研究林德賢指導(dǎo)教師連曉堊副熬援巫境抖堂皇王程堂瞳申請學(xué)位級別論文提交日期王堂亟主2005530專業(yè)名稱巫撞工程論文答辯日期20Q墨魚學(xué)位授予單位和日期垡直理王太堂答辯委員會主席生之燧爛論文評閱人壟盤叁魚王茸盟緝缸魚采用FENTONBAF組合工藝處理模擬廢水，在H20Z／COD05，F(xiàn)E2Ⅷ2021，即雙氧水投加量為450MG／L，硫酸亞鐵投加量為750MG／L，噸水加藥費(fèi)用約為136元，BAF停留時間為5小時時，色度從原水的4000倍下降到20倍，色度去除率達(dá)99％以上，COD去除率達(dá)到96％以上，出水COD約只有14MG／L。實(shí)驗(yàn)結(jié)果表明BAF不僅處理效率高，而且能使處理后出水COD達(dá)到更低，本文經(jīng)過分析對此提出如下解釋BAF粒狀生物載體床層的結(jié)構(gòu)，可以使不同種類的微生物菌群能沿進(jìn)水方向的不同床層高度中固定下來，這是BAF具有能使出水COD更低的性能的主要原因。綜合比較，03一BAF組合工藝比FENTONBAF組合工藝更具有優(yōu)勢，其應(yīng)用前景更廣闊?；瘜W(xué)氧化一BAF組合工藝對模擬廢水取得了較好的處理效果，驗(yàn)證了化學(xué)氧化一BAF組合工藝是針對含有難降解污染物但COD較低的廢水的一種有效而經(jīng)濟(jì)的工藝方法。對COD更低的廢水，因?yàn)樗柰都拥难趸G更小，該工藝的經(jīng)濟(jì)性更為明顯?；瘜W(xué)氧化一M蟠組合工藝為含有難降解污染物豹工業(yè)廢水的達(dá)標(biāo)處理，以及城市污水和工業(yè)廢水二級處理后再深度處理用以回用囂的，低COD但含有難降解污染物的廢水處理提出了一種具有實(shí)際意義的工藝方法，具有廣闊的市場應(yīng)用前景。關(guān)鍵詞芬頓試劑；臭氯■氣生物游池；難降解廢水；酸性玫瑰紅染料。Ⅱ

簡介：同濟(jì)大學(xué)碩士學(xué)位論文上?；瘜W(xué)工業(yè)區(qū)土壤背景研究姓名夏俊申請學(xué)位級別碩士專業(yè)環(huán)境工程指導(dǎo)教師趙建夫2003218申請同濟(jì)大學(xué)碩士學(xué)位論文一__1●____●_________________’●______●_‘______’●●______一ABSTRACTITISTHEFIRSTTIMETHATSTUDYONTHEREGIONALSOILBACKGROUNDCHARACTERISTICSHADBEENDONEINTHERECLAIMEDLANDTOTHENOAHOFHANGZHOUBAYWITHWIDESCOPEBUTSMALLSCALE，WHICHSHANGHAICHEMICALINDUSTRIALPARKSCLPLIESIN．SURVEYROUTEANDSAMPLINGSPOTANDSOILPROFILESWEREDETERMINEDAFTERCOLLECTINGRELATEDMATERIALSANDPRELIMINARILYONSITEINVESTIGATION，THENATOTALOF70SOILSAMPLES，PLUS6GROUNDWATERSAMPLES，WERECOLLECTEDFROMTHETOPSOILORDEEPSOILWITHINARECTANGULARGRID10KM2INCAOJINDISTRICTTHECONTENTSOFELEMENTSAS、B、BA、BE、CA、CD、CO、CL、CU、FE、HG、LI、MN、MO、NI、P、PB、SN、TI、ZNANDELEVENORGANICCOMPOUNDSLIKECHOROFURM，CARBONTETRACHLORIDE，BENZENEANDSOONINSOILSAMPLESASWELLASTHINYNINECOMPOUNDSRELATEDWITHENVIRONMENTALQUALITYINGROUNDWATERSAMPLESWEREDETERMINEDACCORDINGTOTHESOMEQUALITYINSURANCEANDQUALITYCONTROLPROTOCOLS．SPECIFICDETERMINATIONOFCD、C1、CU、NJ、PB、ZNINSOILSAMPLESWERECONDUCTEDBYUSINGCONTINUOUSCHEMICALEXTRACTINGMETHODFORTHEPURPOSEOFANALYSIS．BASED0NTHEFORMERDATA,THESOILBACKGROUNDVALUESINSCIPWEREOBTAINED，MOREOVERTHESPATIALDISTRIBUTIONANDFORMDISTRIBUTIONOFAS，CD，CR，CU，HG、NI、PB、ZNANDSNWEREKNOWNTHECONTENTOFCD、HG、ZNWASHIGHERINSCIP．ONVERTICAL，THECONTENTOFAS、CRANDZNWASLIRLEDIFFERENTWHILEHGWASACCUMULATEDINTOPSOIL．CONTINUOUSCHEMICALEXTRACTINGEXPERIMENTSSHOWEDCOHTENTSOFRESIDUALFORMOFCR、NI、ZN，ORGANICFORMOFCU、PBANDEXCHANGINGFORMOFCDINTHESOILSWEREHIGB，WHICHINDICATEDCDWASTHEMOSTPOTENTIALHARMFULELEMENTTOENVIROMNENTTHEMULTIVARIATEANALYSISSHOWEDTHATTHEFEANDNIHADTHEHIGHESTCORRELATIONCOEFFICIENTANDTHREEDIFFERENTCLUSTERSOFTWENTYELEMENTSWEREDERIVEDBYCLUSTERANALYSISANDFACTORANALYSIS．THETRANSITIONOFFROMFRESHWATERTOSALTWATERRELATEDWITHSPATIALDISTRIBUTIONFROMNORTHTOSOUTHWEREFOUND．ALLCONTENTSOFORGANICCOMPOUNDSWEREWITHINTHESTATESTANDARDS．SOILANDGROUNDWATERINSCIPWERECLEANBYENVIRONMENTALQUALITYASSESSMENTKEYWORDSSCIP，BACKGROUNDCHARACTERISTICS，F(xiàn)ORMDISTRIBUTIONANALYSIS，MULTIVARIATEANALYSIS，ENVIRONMENTALQUAILTY

簡介：天津大學(xué)碩士學(xué)位論文化學(xué)沉淀微濾工藝處理含鍶廢水的研究姓名蔣揚(yáng)申請學(xué)位級別碩士專業(yè)市政工程指導(dǎo)教師顧平20090601ABSTRACTALONGWITHTHEDEVELOPMENTOFNUCLEARTECHNOLOGYTHEDIRECTDISCHARGEOFRADIOACTIVEWASTEWATERCANCAUSETHERADIONUCLIDECONTAMINATIONOFLOCALWATERSSTUDYONREMOVALOFRADIOACTIVEELEMENTSPRODUCEDBYNUCLEARCONTAMINATIONHASAPOSITIVESIGNIFICANCEINPROMOTINGCLEANENERGYPRODUCTION，PROTECTIONOFHUMANHEALTHANDENVIRONMENTCOMPAREDTOTRADITIONALPROCESS，THEMEMBRANEPROCESS，EMERGEDASANEWTECHNOLOGYHASMANYADVANTAGESSUCHASSIMPLEPROCESS，HIGHERDEGREEOFAUTOMATION，LESSAREAREQUIRED，WHENCOMBINEDWITHCHEMICALPRECIPITATIONTECHNOLOGYANDSEPARATIONTECHNOLOGYTOTREATRADIOACTIVEWASTEWATERTHEFEASIBILITYANDOPTIMIZATIONPROGRAMOFFERINGWASTEWATERCONTAININGSTRONTIUMBYCHEMICALPRECIPITATIONMICROFIITRATIONWASFOCUSEDINTHISPAPERTHEWHOLEEXPERIMENTWASCOMPOSEDOFPRELIMINARYEXPERIMENTANDPILOTSCALEEXPERIMENTSINTHEPRELIMINARYEXPERIMENT，CHEMICALPRECIPITATIONAGENTTODEALWITHWASTEWATERCONTAININGSTRONTIUMISMAINLYSTUDIED，ANDNA2C03WASCHOSENINTHEENDINADDITION，TECHNICALMEASURESTOMITIGATEMEMBRANEFOULNGWASALSODISCUSSED，ANDFINALLYFECL3WASDECIDEDTOBEDOSEDINTOTHESEDIMENTATIONTANKANDMEMBRANEREACTORPILOTSCALEEXPERIMENTSCANBEDIVIDEDINTOTHREESTAGESINTHEFIRSTANDSECONDSTAGE，THEMODEOFINTERMITTENTOPERATIONWASUSED，ANDTHEDOSAGEOFNA2C03WAS2000MG／LAND1000MG／L，RESPECTIVELYTHERESULTSSHOWEDTHATTHEAVERAGEDECONTAMINATIONFACTORDFOFTHEFIRSTANDSECONDSTAGEWERE220，462，ANDCONCENTRATIONFACTORCFWERE302，462ALTHOUGHTHEAVERAGEDFOFTHESECONDSTAGEWASLOWERTHANTHEFIRSTONE，THEVOLUMEOFTREATEDWASTEWATERANDTHEDEGREEOFMEMBRANEFOULINGWEREIMPROVED，COMPAREDWITHTHEFORMERINADDITION，TOCOPEWITHTHEPROBLEMTHATTHESTRONTIUMINTHEEFFLUENTWASMUCHHIGHERDURINGTHEFIRSTTHREEHOURSAFTERTHEREACTORWASSTARTEDUP，THEEXPERIMENTOFCONTINUOUSOPERATIONWASCARRIEDOUTINTHETHIRDSTAGE，INWHICHALLPARAMETERSWERESAMEWITHTHESECONDSTAGE，EXCEPTFORTHEMODEOFPROCESSOPERATIONTHERESULTSSHOWEDTHATTHEAVERAGEDFANDCFWERE145，480THEMODEOFCONTINUOUSOPERMIONCOULDELIMINATETHEPROBLEM，THATSTRONTIUMHADRESOLVEDTOTHEREACTORINTHEMODEOFINTERMITTENTOPERATIONWHILEINTEGRATEDCHEMICALPRECIPITATIONMICROFILTRATIONPROCESSWASUSEDTOTREATWASTEWATERCONTAININGSTRONTIUM，THEREMOVALRATEOFMAGNESIUMWASMUCHLOWERFERRUMANDCALCIUMWEREREMOVEDCOMPLETELYANDTHERELATEDANIONSWERENOTIL

簡介：本論文提出了基于化學(xué)生物絮凝和懸浮填料床技術(shù)的先進(jìn)緊湊型污水處理工藝并應(yīng)用該工藝對上海合流污水進(jìn)行了中試研究通過燒杯試驗(yàn)進(jìn)行混凝劑和助凝劑的選擇試驗(yàn)結(jié)果表明使用硫酸鋁ALSO、硫酸鐵FESO、聚合氯化鋁PAC和聚合氯化鋁鐵PAFC四種混凝劑對上海合流污水進(jìn)行混凝處理均可以有效去除污水中的TP、POP、SS和COD在中試過程中進(jìn)行了化學(xué)生物絮凝和懸浮填料床組合工藝運(yùn)行參數(shù)的優(yōu)化研究混凝劑PAC和PAFC均適用于化學(xué)生物絮凝工藝就混凝劑的效率來看PAFC要優(yōu)于PACTP的去除率受PAFC投加量的影響最大它們之間存在著直接的化學(xué)計量關(guān)系在懸浮填料床的中試試驗(yàn)中進(jìn)行了運(yùn)行參數(shù)的優(yōu)化研究工作研究結(jié)果表明氣水比對NHN去除率的影響很大隨著氣水比的下降NHN去除率也隨之下降只要懸浮填料床有足夠的溶解氧量使其保持好氧狀態(tài)TP的去除率基本不受氣水比變化的影響COD的去除率也是如此對于不同的污水排放標(biāo)準(zhǔn)化學(xué)生物絮凝和懸浮填料床組合工藝有不同的最佳工藝條件文中將人工智能的研究成果運(yùn)用于化學(xué)生物絮凝與懸浮填料床工藝的建模工作中基于BP類神經(jīng)網(wǎng)絡(luò)成功建立了化學(xué)生物絮凝工藝的模型根據(jù)輸出層神經(jīng)元數(shù)的不同分別建立了多輸入多輸出MIMO模型與多輸入單輸出MISO模型模型對出水NHN的預(yù)測值與實(shí)測值的相對誤差分別為12和49證實(shí)了該模型具有很強(qiáng)的預(yù)測能力首次通過系列設(shè)計的方法得到了化學(xué)生物絮凝與懸浮填料床組合工藝城市污水廠年運(yùn)營費(fèi)用模型文中通過技術(shù)研究與經(jīng)濟(jì)分析證明化學(xué)生物絮凝與懸浮填料床組合工藝的流程簡單處理效果穩(wěn)定可靠節(jié)省占地面積基建投資省運(yùn)行費(fèi)用低是解決發(fā)展中國家城市污水處理問題可行的新工藝

簡介：東北大學(xué)碩士學(xué)位論文改進(jìn)型SBR工藝及化學(xué)法協(xié)同除磷研究姓名謝娟申請學(xué)位級別碩士專業(yè)環(huán)境工程指導(dǎo)教師胡筱敏20051201查薟堂堡主堂垡堡壅壘望呈型曼ABSTRACTTHEPRESENTPOLLUTIONCONDITIONOFWATERBODYANDTHEPROBLEMSOFPROCESSFORREMOVINGPHOSPHOROUSANDTHETRADITIONALTREATMENTFORREMOVINGPHOSPHOROUSANDNITROGENAREALSOSUMMEDUP．CHEMICALEXPERIMENTSFORREMOVINGPHOSPHOROUSENDIMPROVEDSBRTREATINGMUNICIPALSEWAGEARCCARRIEDOUT．ONTHESEBASISWEALSOCARRYOUTTHESTILDYOFREMOVINGPHOSPHOROUSWITHIMPROVEDSBRENDCHEMICALMETHODCOORIDINATIONANDWITHIMPROVEDSBRWITHSUSPENDINGFILLERANDCHEMICALMETHODCOOFIDINATION．THERESULTSAREASFOLLOWSCHEMICALMETHODFORREMOVINGPHOSPHOROUSPROVESTHATWHENCA2／TPIS21，PHISABOUT10．0，REACTIONTIMEIS15MIN，THEREMOVALRATEOFTPIS96．11％．WHENFE3】，【TP】IS21，PHISABOUT7．0，REACTIONTIMEIS30MIN，THEREMOVALRATEOFTPIS96．22％．THEEFFICIENCYOFFES04COORIDINATINGWITHACTIVATEDSLUDGEISBERERTHANTHATOFFECL3．_、,VHENFES04IS70MG／L，THEREMOVALRATEOFTPIS94．6％ENDTHECONCENTRATIONOFTPIS0．41MG／LLOWERTHANFIRSTLEVELOFGB89781996．BUTWHENFECL3IS70MG／L．THECONCENTRATIONOFTPISO．61MG／LHIGHERTHANFIRSTLEVELOFGB89781996．THESTUDYOFTREATINGWASTERWATERADOPTINGIMPROVEDSBRDEMONSTRATESTHATCODCANBELOWERTHAN50MGN一．THEEXPERIMENTPROVESTHATIMPROVEDSBRHASFINERBUFFERINGFUNCTIONDEALINGWITHSHORTERTIMESTRIKINGLOADOFPH．THEEXPERIMENTSTUDYTHATHOWFES04INFLUENCESTHEWATERQUALITYOFEFFLUENT，SETTLEABILITY,DEHYDROGENASEACTIVITY,FLOCCULATIONPERFORMANCEOFSLUDGE．THEEXPERIMENTDEMONSTRATESTHATTHEEFFICIENCYOFIMPROVEDSBRWITHSUSPENDINGFILLERISBGTTERTHANTHATOFIMPROVEDSBRWITHOUTSUSPENDINGFILLER．THEPROBLEMSCAUSEDBYACCUMULATIONOFIRON，SUCHASTHEDECLINEOFFLOEEULATIONPERFORMANCEOFSLUDGEENDDEHYDROGENASEACTIVITYCANBERESOLVEDBYTWOALTEMANTIMPROVEDSBRWITHSUSPENDINGFILLER．KEYWORDSCHEMICAL恤．ATMANT；IMPROVEDSB心COORDINATION；SUSPENDINGFILLER