簡介：電子科技大學UNIVERSITYOFELECTRONICSCIENCETECHNOLOGYOFCHINA專業(yè)學位碩士學位論文MASTERTHESISFPROFESSIONALDEGREE（電子科技大學圖標）論文題目四川省企業(yè)“三廢”綜合利用決策支持信息平臺的設計與實現(xiàn)專業(yè)學位類別軟件巟程學號201291120123作者姓名郝功貴指導教師韓蒙高級工程師DESIGNIMPLEMENTATIONOFENTERPRISES“THREEWASTES“UTILIZATIONANALYSISDECISIONSUPPTPLATFMAMASTERTHESISSUBMITTEDTOUNIVERSITYOFELECTRONICSCIENCETECHNOLOGYOFCHINAMAJSOFTWAREENGINEERINGAUTHHAOGONGGUIADVISHANMENGSCHOOLSCHOOLOFPOLITICALSCIENCEPUBLICADMINISTRATION

簡介：分類號TP311密級⑧LP▲單位代碼學號；104222010221879東歲，季碩士學位論文專業(yè)學位論文題目山東省資源綜合利用統(tǒng)計系統(tǒng)的設計與實現(xiàn)THEDESIGNANDIMPLEMENTATIONOFTHECOMPREHENSIVEUTILIZATIONOFRESOURCESSTATISTICSSYSTEMFORSHANDONGPROVINCE作者姓名楊洋學院名稱軟件學院專業(yè)學位名稱軟件工程指導教師合作導師沈磊副教授2012年4月19日原創(chuàng)性聲明本人鄭重聲明所呈交的學位論文，是本人在導師的指導下，獨立進行研究所取得的成果。除文中已經(jīng)注明引用的內容外，本論文不包含任何其他個人或集體已經(jīng)發(fā)表或撰寫過的科研成果。對本文的研究作出重要貢獻的個人和集體，均己在文中以明確方式標明。本聲明的法律責任由本人承擔。論文作者簽名揭經(jīng)日期2Q12望2Q關于學位論文使用授權的聲明本人完全了解山東大學有關保留、使用學位論文的規(guī)定，同意學校保留或向國家有關部門或機構送交論文的復印件和電子版，允許論文被查閱和借閱；本人授權山東大學可以將本學位論文的全部或部分內容編入有關數(shù)據(jù)庫進行檢索，可以采用影印、縮印或其他復制手段保存論文和匯編本學位論文。保密論文在解密后應遵守此規(guī)定論文作者簽名圭自鹺導師簽名I圣壟乏日期塑1242壘

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簡介：大連理工大學碩士學位論文開封市二次水資源的綜合開發(fā)與利用之三二次水資源的水處理技術姓名侯根然申請學位級別碩士專業(yè)建筑與土木工程指導教師王立久20050619丌封市二次水資源的綜合開發(fā)與利用COMPOSITIVEDEEELOPMENTANDUTILIZATIONOFTHESECONDARYWATERRESOURCEINKAIFENGCITYPART一ⅢTHETECHNOLOGYOFTREATINGWASTEWATEROFTHESECONDARYWATERRESOURCEABSTRACTCHINAISTHECOUNTYWHICHISSHORTOFWATERRESOURCEESPECIALLYINURBANCITIESINDUSTDALWATERANDDOMESTICWATEROFMANYCITIESAREINADEQUATEANDTHEURBANWATERSUPPLYISTHREATENEDSERIOUSLYREUSEOFWATERRASOUI℃EREFERSTAINWATERORUSEDWMERWATERISAKINDOFRER『1EWABLENATURALLESOURCEREPRODUCTIONANDREUSEOFPOLLUTEDWATERISAILEFFECTIVEWAYTOSAVEANDUSEEATERREASONABLY訂1ETREAMLENTOFPOLLUTEDWATERANDREUSEOFRECLAIMEDWASTEWATERISANIMPORTANTSAFEGUARDOFTHEBENIGNHYDROLOGICCYCLE，LAKESANDRIVERSINKAIFENGARESERIOUSLYPOLLUTEDBYWASTEWATERFROMHOMESANDFACTORIESTHEWATERQUALITYOFSOMESURFACEWATERLEACHESOREVEREXCEEDSVLNORDERT0IMPROVETHEQUALITYOFWATERINLAKESANDRIVERS，DEVELOPINGTHEREUSEOFWATERBECOMESTHEIMPORTANTMEARSTOPIONEERNEWWATERRESOURCEANDREDUCEWATERPOLLUTIONLNTHEPROCESSOFREUSINGWATERHOWTOCHOOSEACCEPTABLEANDECONOMICALTECHNOLOGYTOTREATWASTEWATERMATTERSBOTHTHESTANDARDANDPRICEOFTHETREATEDWATERATTHES酗豫TIMEITALSOMATTERSWHETHERWATERREUSINGCALLDEVELOPCONTINUOUSLYINTHEFURAREBYANGLICIZINGTHEUSEIFRAINWATER，THETECHNOLOGYOFTREATINGRAINWATER，THETECHNOLOGYOFTREATINGWASTEWATERANDTHEDEVELOPMENTOFTREATINGRECLAIMEDWASTEWATERMEANWHILE，INACCORDANCEWITHTHEACTUALITYOFKAIFENG’SWATERPOLLUTIONTHETECHNOLOGYOFTREATINGRAINWATERANDPOLLUTEDWATERISPUTUPACCORDINGTOTHEWATERQUALITYOFPOLLUTEDWATERINKAIFENG，THEWATERQUALITYAFTERBEINGTREATEDREACHESTHESTANDARDOFLANDSCAPEWATER，ANDTHREEPRETERITWAYSARERAISED，THEYARETHETECHNOLOGYOFIMPROVINGCHANNELOXIDATIONDITCH，THETECHNOLOGYOFIMPROVINGSBRANDABALLOFTHENARETEDUCENITROGENANDPHOSPHORUSTHEBUILDINGSOF20000M3，DFORTREATINGWA啦EWATERHAVEBEENDESIGNEDINWENZHUANGKAIFENGBYANGLICIZINGTHETECHNOLOGYANDECONOMYOFTHELHREEMETHODSMENTIONEDABOVE，WETHINKTHETECHNOLOGYOFIMPROVINGSBRISABETTERWAYITSADVANTAGESAREOBVIOUSITHASHIGHEFFECTITCANPRODUCEWATERWITHHIGHQUALITYIT’SEASYTOHECONTROLLEDAUTOMATICALLYANDUSESLESSENERGYSOIMPROVINGSBRISMADETHEBESTWAYTOTREATWASTEWATERKEYWORDSTHESECONDARYWATERRESOURCE；QUADRATICWATERRES011RCERAINWATERUSINGTHETECHNOLOGYOFTREATINGWASTEWATERRECLAIMEDWASTEWATERCHANNELOXIDATIONDITCH；HNPROVESBR；IMPROVEABII

簡介：天津大學碩士學位論文鎘鎳電池固體廢物的處理和綜合利用姓名周斌申請學位級別碩士專業(yè)化學工程指導教師田宜靈康思琦200218ABSTRACTTHEREAREALOTOFCADMIUM、NICKELANDALITTLECOBALTINTHESPENTCADMIUMNICKELBATTERIES，THEYWILLNOTONLYPOLLUTEENVIRONMENT，DOHARMTOPEOPLE’SBODYBUTALSOWASTERESOURCESIFWEDON’TTREATTHEMANEWWAYWASINVESTIGATEDINORDERTECYCLETHECADMIUM、NICKELANDCOBALTTHEWASTEMATERIALOFANODEGENERATINGINMANUFACTURINGCADMIUMNICKELBAAERIESANDTHESUBSTANCEOFANODEANDCATHODEINSPENTCADMIUMNICKELBAREFIESWEREDISSOLVEDINHCISOLUTIONANDH2S04SOLUTIONEFFECTSOFTEMPERATURE、CONCENTRATIONANDOXIDANT0NLEACHINGOFNICKELANDCADMIUMWERESTUDIED，EXPERIMENTALRESULTSSHOWTHATCADMIUMWASVERYEASYTOSOLVEINDILUTEHCLSOLUTIONORDILUTEH2S04SOLUTION，ANDTHATTHELEACHINGPERFORMANCEOFNICKELINHCLSOLUTIONWASBETTERTHANINH2S04SOLUTIONTHERESULTSOFSTUDYINGTHELEACHINGKINETICOFNICKELINHCLSOLUTIONSHOWTHATTHELEACHINGREACTIONOFNICKELINHCLSOLUTIONWASCONTROLLEDBYCHEMICALREACTION，ANDTHATTHEAPPARENTACTIVITYENERGYEAWAS5349KJMOL～THELEACHINGPERCENTAGEANDSPEEDOFNICKELWILLBEGREATLYINCREASEDIFH202WASADDEDTOTHEHCISOLUTIONCOBALTWASEXTRACTEDBYTHEEXTRACTANTN2”，ANDCADMIUMWASEXTRACTEDBYTHEEXTRACTANTTBETHEIREXTRACTIVECHARACTERISTICWASINVESTIGATEDTHERESULTSSHOWEDTHATTHECONCENTRATIONOFHCISOLUTIONANDCHLORICIONWERETWOMAINFACTORSAFFECTINGTHEEXTRACTINGOFCOBALT，ANDTHECONCENTRATIONOFCHLORICIONOF200GDM3WASREQUIREDTHECONCENTRATIONOFTBPANDHCLSOLUTIONWERETWOIMPORTANTFACTORSINEXTRACTIONOFCADMIUMCONSEQUENCELY，THEMANUFACTUFINGOFTHEPRODUCTSOFNIOH2ANDCDC03WERESIMPLYSTUDIED，ANDTHEYWEREINACCORD謝MTHESTANDARDOFCHEMICALPRODUCTSINTHEEND，THEFEASIBLEFLOWSHEETOFRECYCLINGSPENTCADMIUMNICKELBATTERIESWASPUTFORWARDKEYWORDSCADMIUMNICKELBATTERIES，NICKEL，CADMIUM，RECYCLELEACHING，SOLVENTEXTRACTION建㈣瓣’藿羹I霪鑿瓤GI翻豳豳豳編隧囂蓬麴藤；貔

簡介：該文以火力發(fā)電廠產(chǎn)生的粉煤灰和鋼鐵廠產(chǎn)生的高爐礦渣這兩種工業(yè)固體廢物為主要研究對象通過大量混凝土配合比實驗結合現(xiàn)有實驗條件和材料情況找出了粉煤灰與礦渣微粉對混凝土的拌和物性能、強度和凝結時間的影響規(guī)律并找出二者在混凝土中復合摻加時的最佳總摻量、二者最佳摻加比例以及不同比例、不同摻量對混凝土拌和物性能和強度的影響規(guī)律利用掃描電鏡研究了摻和料對混凝土微觀結構的影響并分析了其反應過程機理以期達到指導實際生產(chǎn)、提高混凝土質量、降低生產(chǎn)成本的目的該論文內容主要包括以下方面1、研究了粉煤灰對混凝土拌合物性能、抗壓強度和凝結時間的影響結果表明摻量在20﹪之內有助于改善混凝土的拌和物性能不影響混凝土中后期強度摻量大于30﹪對混凝土強度和拌合物性能無益隨著粉煤灰摻量的增加漿體凝結時間的延長幅度增大2、研究了礦渣微粉對混凝土伴合物性能、抗壓強度和凝結時間的影響結果表明摻量30﹪之內有助于改善混凝土的拌和物性能混凝土中后期強度得到少量提高摻量大于30﹪會降低混凝土強度隨著礦渣微粉摻量的增加漿體凝結時間的延長幅度增大但對漿體凝結時間的延長幅度小于粉煤灰3、研究了粉煤灰與礦渣微粉復合摻加對混凝土拌合物性能和抗壓強度的影響結果表明在不影響混凝土拌合物性能和中后期強度的情況下粉煤灰與礦渣微粉復合摻加總量最大可達50﹪粉煤灰在摻和料中的比例不宜大于70﹪4、研究了礦渣微粉與粉煤灰復摻后對免振混凝土拌和物性能和抗壓強度的影響結果表明在水膠比為032、摻和料總摻量為35﹪、粉煤灰與礦渣微粉摻量比為32情況下免振混凝土拌合物性能、力學性能優(yōu)良5、利用掃描電鏡圖研究了摻和料對漿體凝固后微觀結構的影響分析了其反應過程機理以及對混凝土力學性能與耐久性能的影響6、按目前各種材料市場價格計算若采用復合摻加技術每立方米混凝土大約比目前成本節(jié)約10元左右經(jīng)濟效益顯著同時具有較高的環(huán)保效益和社會效益

簡介：南京工業(yè)大學碩士學位論文我國粉煤灰綜合利用的技術經(jīng)濟與管理研究姓名郭風風申請學位級別碩士專業(yè)企業(yè)管理指導教師徐向陽20040101ABSTRACTSINCETHEFILE“MANAGEMENTMEASURESFORCOMPREHENSIVEUTILIZATIONOFFLYASH’’NO14OFNATIONALECONOMYANDTRADECOMMITTEEISSUEDANDIMPLEMENTED，COMPREHENSIVEUTILIZATIONOFFLYASHHASMADETHEENORMOUSACHIEVEMENTINOURCOUNTRY，UTILIZATIONSCALEAREEXPANDINGCONSTANTLYTHEUTILIZATIONRATIOIMPROVEYEARAFTERYEARASTHEREFORMOFECONOMICSYSTEM，F(xiàn)ASTDEVELOPMENTOFNATIONALECONOMYANDPACEACCELERATIONOFURBANIZATIONCONSTRUCTIONINRECENTYEARSINOARCOLNLTRY，SOMEQUESTIONSINTHECOURSEOFCOMPREHENSIVEUTILIZATIONOFFLYASHARESHOWNESPECIALLYOUTGRADUALLYONONEHAND，THECOMPREHENSIVEUTILIZATIONOFFLYASHISEXTREMELYUNEVENBECAUSELARGESCALECONSTRUCTIONOFTHEINFRASTRUCTUREANDREALESTATEINSOMEAREAS，F(xiàn)LYASHWHICHWASORIGINALLYTAKENFORWASTESHADTURNEDINTOAVAILABLERESOURCES，UNEXPECTEDLYBECAME“EASYTOSELLGOODS”，ANDPRESENTEDTHESITUATIONWHICHWASINSHORTOFSUPPLNBUTFLYASHWASSTILLREGARDEDASWASTESINSOMEOTHERAREAS，ANDPOUREDOUTTHEWASTERESOURCESONTHEOTHERHAND，BECAUSEOFTHEFUNCTIONOFTHEMARKETCOMPETITION，THEMARKETPRICEOFNYASHFLUCTUATEDVERYSERIOUSLYANDINFLUENCEDTHENORMALPRODUCTIVEACTIVITIESINSOMEFOCTORYWHICHWANTEDTOUTILIZEIT，SOITISNECESSARYTOSTUDYTHECOMPREHENSIVEUTILIZATIONOFFLYASHCONSCIENTIOUSLYINTERMSOFMANAGEMENTATTHESAMETIMEWESTILLSEE，SOMELOCALUTILIZATIONRATIOSWERERELATIVELYHI曲，BUTUTILIZATIONEFFICIENCYWASNOTHIGHRELATIVELYINOTHERWORDS，UTILIZATIONCOMPETENCEWASNOTHIGH，SOTHATITNEEDEDTOUSETECHNICALECONOMICSTHEORYTOANALYZESOMETECHNOLOGYTHUSTHEDISSERTATIONOFFEREDGUIDANCETOTHECOMPREHENSIVEUTILIZATIONOFFLYASHINTHEFUTURETHEDISSERTATIONHASDESCRIBEDTHECURRENTSITUATIONOFDOMESTICANDINTERNATIONALCOMPREHENSIVEUTILIZATIONOFFLYASHATFIRSTANDHASSUMMEDUPTECHNOLOGYANDECONOMICPROFITSINDOMESTICCOMPREHENSIVEUTILIZATIONOFFLYASH，ANDTHROUGHTHEINVESTIGATIONONTHESPOTANDCONSULTINGMATERIALS，HAVESUMMARIZEDTHEMAINACHIEVEMENTANDEXISTINGPROBLEMINDOMESTICCOMPREHENSIVEUTILIZATIONOFFLYASHMEANWHILE，HAVESUMMARIZEDANDANALYZEDTHERESEARCHESWHICHWEREABOUT

簡介：蘇州大學碩士學位論文污水處理廠含鋁化學污泥綜合利用研究姓名劉中京申請學位級別碩士專業(yè)化學工程指導教師劉德啟20070501

簡介：重慶大學碩士學位論文水處理固體廢物利用與燃煤脫硫的試驗研究姓名崔嚴鵬申請學位級別碩士專業(yè)熱能工程指導教師張力20000401重慶大學碩士學位論文接要ABSTRACTBASEDO廷THEFORMINGPROCESSESOFTHESOLDWASTEINWATERTREATMENT，WEANALYZEITSPRINCIPLEINGREDIENTSANDTHECHARACTERISTICS，ANDMEASURETHEAMOUNTSTHROUGHEXPERIMENTANALYZINGTHEPOSSIBILITY8SANEWTYPEOFDESULFURIZERWEAFFIRMTHATTHESOLIDWASTECANIMPROVETHEDESTDFURINGE娟CIENCYOFTHECOFLLLLLONDESULFURIZERBYMEANSOFEXPERIMENT，WERESEARCHTHEMECHANISMOFTHENEW“DESULFIAFIZENTHERESULTSSHOWSTHATTHEPRINCIPLEINGREDIENTSOFTHESOLIDWASTEAREALMOSTTHESARILEASTHECOMMONCALCIFYDESULFURIZER_TEMPERATURE，CA／SANDTHERATIOOFTHESOLIDWASTETOTHECOIIIUIONDESULFIARIZERHAVEANIMPORTANTEFFECT013THEDESUL矗KRINGEFFICIENCYOFTHEDESULFUFIZERTHERESULTSALSOSHOWEDTHATITISFEASIBLETOUTILIZETHESOLIDWASTEINWATERTREATMENTASDESULFITRIZERITWILLBEGREATBENEFITTOTHEECONOMICMADTHEENVIRONMENTTOOKEYWORDSSOLIDWASTEINWATERTREATMENTCOALCOMBUSTIONDESULFURIZER

簡介：重慶大學碩士學位論文鉻渣無害化處理及綜合利用姓名羅宇申請學位級別碩士專業(yè)鋼鐵冶金指導教師劉清才陳登福19990601重慶大學碩士學位論文ABSTRACTIT’SASERIOUSPROBLEMTHATCHEMICALINDUSTRY．CHROMIUMSLAGISACCUMULATEDANDRUN／ROUND，WHICHCAILMAKEENVIRONMENTDESTROYEDANDDOHARMTOHUMAN’SHEALTH．INTHISPAPER,THECOMPOSITIONANDCONSTRUCTIONOFCHEMICALINDUSTRYCHROMIUMSLAGAREINVESTIGATED，SODOESITSPHYSICALCHEMISTRYFEATUREFIRSTLY．THENCOMBININGTHESOCIETYBENEFTANDECONOMICALBENEFITANDENVIRONMENTBENEFIT．THEPROBLEMSARESTUDIED，WHICHHAVEEXISTEDNOW．THEEXPERIMENTSWEREDONE．THROU曲THEEXPERIMENTRESULT，THEDETOXIFICATIONMECHANISMOFCHEMISTRYINDUSTRYSLAGWASRESEARCHEDANDTHETECHNIQUESAREPROBEDINTOWHICHCANEFFECTIVELYMANAGEDCHROMIUMSLAGHIGHLYANDSYNTHETICALLYUTILIZEDTHESLAG．THERELATIONOFCHROMIUMSLAG’SGRANULARITYANDPELLET’SCHARACTERHAVEBEENSTUDIED，SOASDONETHESPECIESANDQUANTITYOFCOHESIONANDPELLET’SCHARACTER．THEDETOXIFICATIONMECHANISMANDTHECHANGEOFPELLET’SCHARACTERAREDISCUSSED．THEUSEFULCOMPOUND’STRANSFORMATIONRULEWASRESEARCHEDAFTERTHEPELLETSWEREMELTEDINHIGHTEMPERATURE．THEEXPERIMENTRESULTSHOWSTHATCHEMISTRYINDUSTRYCHROMIUMSLAG’SFINISHEDPRODUCTAREHIGH．AFTERMAINTAININGTHEPELLETINAIROVCR20DAYS，THEPELLET’SINTENSIONWILLREACHOVER30KG／PELLET．THEQUANTITYOFCR”STILLMAINTAININGINPELLETISUNDER5PPM，AFTERTHEPELLETSDEOXIDIZEDBYGASORCOALOVER900。C．ANDCR6WOULDBEENTIRELYDETOXIFICATEDIN11001200“C．THEIRONOXIDEWOULDBEDEOXIDIZEDINTOIRONMOSTLYIN1400。C．ATTHEEND，THEFORMOFCHROMIUMISCRORCR,FE7C3．SOINTHISTECHNIQUECOAL怎E，THEAIMWASREACHED．KEYWORDSCHEMISTRYINDUSTRYCHROMIUMSLAGSIXVALENTCHROMIUMDETOXIFICATIONTREATMENTCOMPREHENSIONUTILIZATION

簡介：廣西大學碩士學位論文鈦白廢酸的處理與綜合利用姓名李海申請學位級別碩士專業(yè)環(huán)境工程指導教師童張法陳志傳20060519流萃取、反萃，可得純度高達9988％，總產(chǎn)率達994％的FECL3產(chǎn)品，萃余液經(jīng)一次性蒸發(fā)濃縮，得到濃度80％以上的硫酸，再與濃度為98％原料硫酸按體積比L／L混合，即可達到鈦礦酸解工段的使用要求，達到了對廢酸回收利用。因反萃所得三氯化鐵溶液純度高達998％，可用來生產(chǎn)高純氧化鐵黃，鐵紅顏料，因而，本文研究了以三氯化鐵為原料生產(chǎn)氧化鐵黃，并得到了最佳生產(chǎn)條件鐵黃晶種的加入量應大于409／L，控韋LJPH值在3545之間，三氯化鐵滴加濃度應小于LMOL／L，滴加速度VL／MIN應小于VISE其中，礦一反應器的有效容積，L，C一三氯化鐵溶液的含鐵量，G／L，氨水滴加濃度尊為3MOL／L，滴加速度以控制反應液PH在3545之間來定，攪拌速度150200R／MIN，反應溫度30℃。在此條件下制得的氧化鐵黃經(jīng)720～780“C的高溫煅燒L小時，得到色相純正、純度高達9967％的氧化鐵紅，達到了電子工業(yè)部軟磁鐵氧體用氧化鐵行業(yè)一級標準992％，可作為生產(chǎn)磁性材料的原料或作為高檔鐵紅顏料。關鍵詞鈦白廢酸鈧三氯化鐵萃取氧化鐵紅氧化鐵黃II

簡介：東北大學博士學位論文沈陽市污水資源化與綜合利用的技術研究姓名單連斌申請學位級別博士專業(yè)礦產(chǎn)普查與勘探指導教師王恩德20040601東北大學博士學位論文摘要水層。如果直接回灌地下，可能會污染地下含水層，危害人類健康。因此，必須進行深度處理。本文利用具有脫氮除磷功效的SBR系統(tǒng)出水，采用化學混凝、過濾、活性炭吸附、消毒等深度處理方法對城市污水進行資源化處理。本研究經(jīng)污水二級處理和深度處理及消毒處理研究，并與多種城市污水處理工藝進行技術和經(jīng)濟比較，系統(tǒng)地給出了城市污水地下回灌深度處理的工藝流程，確定了主要技術參數(shù)，為實際應用提供了參考依據(jù)。采用該工藝處理后的城市污水，出水水質良好，其主要水質指標達到了地下回灌的水質標準。并且處理藥劑費用較低。試驗證明，該工藝是一種經(jīng)濟且有效的城市污水資源化的途徑。關鍵詞城市污水資源化中水回用地下回灌深度處理SBR處理化學混凝一III

簡介：甲8J‘L‘8舟類號密坦學I盤代碼學號10426009囊L鼻T太營碩士研究生學位論文論文題目黑液煤漿燃燒產(chǎn)生商堿灰渣的無公害化姓名指導教師學科專業(yè)專業(yè)代碼研究方向處理及資源化綜合利用陳燕芹匡少平物理化學070304膠體與界面化學HARMLESSTREATMENTANDCOMPREHENSIVEUTILIZATIONOFHIGHALKALIFLYASHESPRODUCEDBYBURNINGBLACKCOALWATERSLURRYABSTRACTHIGHALKALIFLYASHESPRODUCEDBYBURNINGBLACKCOALWATERSLURRYISASOLIDWASTEWITHHIGHALKALESCENCOITCARLCAUSEPERSISTENTCONTAMINATIONTOTHESURROUNDINGENVIRONMENTONTHEBASISOFSUMMARIZINGMANYTECHNOLOGIESANDCOMPREHENSIVEMETHODSOFSOLIDRESIDUES，ANEWHARMLESSTREATMENTOFHIGHALKALIFLYASHESWITHCOALGANGUEORCLAYBRICKTECHNOLOGYISPRESENTEDINTHEPAPERFIRSTLYFEASIBILITYARGUMENTATIONWASMADEFROMTHEFOLLOWINGTHREEFACTS1THEMODELINGCALCULATIONOFCHEMICALCOMPOSITIONSANDCIPWSTANDARDMINERALSOFBRICKMATERIALSADDEDHI2JLALKALIFLYASHES2ARERSOLIDIFYINGTHEALKALIENTERSSTEADYMINERALPHASESINEXPERIMENTS，ASERIESOFHIGHALKALIFLYASHCOALGANGUEBRICKSUSEDMATERIALSWITHDIFFERENTRATIOSOFHIGHALKALIFLYASHESADDEDTOCOALGANGUEINTHEPRODUCTIVELINEOFCOALGANGUEBRICKTHENLIXIVIATXDTOXICITYANDSTABILIZATIONOFALKALIINTHEBRICKSWEREMENSURATEDACCORDINGTOMETHODSSTATEDINNATIONALSTANDARDSTHIRDLYXRDPHASEOFBRICKSWEREANALYZEDTESEARCHTHECHANGINGOFPHASESINTHEPROCESSOFSINTERINGATLASTACIDRAINELUVIATEEXPERIMENTSWERECARRIEDOUTANDRESULTSSHOWEDTHATLIXIVIATEDTOXICITYOFALKALIANDQUALITYOFBRICKWEREUPTOSCRATCHSOMECONCLUSIONSWEREDRAWNASFOLLOWING1THEASHESPRODUCEDBYBURNINGBLACKCOALWATERSLURRYAREHIGHALKALIESPECIALLYSODIUMITSIMPORTANTTOSEEKANDDEVELOPHARMLESSTREATMENTANDCOMPREHENSIVEUTILIZATIONTECHNOLOGYTOHIGHALKALIFLYASHESTHROR曲ARGUNMNTSAFETYLANDFILLDISPOSALISTHETEMPORARYTREATMENTBEFOREBETTERMEASUREMENTSWERECARRIEDOUTADDINGHIGHALKALIFLYASHESINTOBUILDINGMATERIALSISABETTERAVAILABLEMETHODOFCOMPREHENSIVEUTILIZATION，THAT’SSINTERINGBRICKSWITHCOALGANGUEANDCLAYRESPECTIVELYADDEDHIGHALKALIFLYASHES2THEOPTIMUMADDINGPERCENTAGEOFHIGHALKALIFLYASHESISABOUT12％TOCOALGANGUEAND15％TOCLAYXRDTESTREVEALSTHATFELDSPARPYROXENE，SPINELLEAREFORMEDANDHJ【GHALKALIFLYASHESENTERCRYSTALLATTICEINTHEPROCESSOFSINTERINGBRICKSSOHIGHALKALIFLYASHESISSOLIDIFIEDWELLSOHIGHALKALIFLYASHESARESTEADYANDCAN

簡介：分類號密級胄目差蓮犬等’學位論文V83S0『0單位代碼10019學號31021廊坊市農業(yè)有機廢棄物厭氧處理的綜合利用研究ANAEROBICFERMENTATIONANDCOMPREHENSIVEUTILIZATIONOFAGRICULTURALORGANICWASTECASESTUDYINLANGFANG研究生韭亞越指導教師董仨態(tài)副教援合作指導教師墓夏蘭直級盔苧垣申請學位門類級別盔些推亡亟專業(yè)名稱弛撞些研究方向互噩生資源至程所在學院王堂院二零零五年八月ABSTRACTSOMEPROBLEMSINTHEAGRICULTURALWASTETREATMENT，ENVIRONMENTALPOLLUTION，ANDA鰣CULTURALPRODUCTSCONTAMINATIONANDQUAILINGUNSTABILINGWEREDESCRIBEDINTHISPAPERTAKINGLANGFANGCITYASASAMPLETHESEPROBLEMSHAVECAUSEDCONFLICTSBETWEENECONOMYDEVELOPMENTANDTHELOCALGEOGRAPHICALSPECIALENVIRONMENTSASTHENABOURREGIONOFBEIJINGANDTIANJINLOTSOFPRACTICESHAVEPROVEDTHATTHEFAMILYSCALEBIOGASDIGESTERISTHEKEYPOINTINTHERURALECONOLOGICALSUSTAINABLEECONOMYFIELDEXPERIMENTSWEREMADETOSTUDYTHESITESPECIFICFUNCTIONOFFERMENTATIONDIGESTEDE加UENTANDSLUDGEINTHEGROWTHOFCUCUMBERANDLETTUCEITSHOWEDTHATBIORERTITIZETCONLDADVANCETHEINDEXOFLETTUCESUCHASTHEQUANTFTY，WEIGH，HEIGHTANDDIAMETEROFEACHPLANTANDTHEQUALITYOFPRODUCTTHEPERIODOFCUCUMBERFRUITIONCOULDBEPROIONGEDABOUT5TO14DAYSTOUSEDBLOFERTILIZERLONGERTHANTHEPURITYFERTILIZERITCOULDSAVEDABOUT40％FEAILIZERBYUSING30TONSFERMENTATIONDIGESTEDEFFLUENTAND15TONSFERMENTATIONDIGESTEDSLUDGEPERHECTAREWITHOUTREDUCINGTHEQUANTIT5THEINDEXOFVITAMINCANDSOLUBLESUGARWEREIMPROVEDANDINTHESAMETIMEITREACTEDMLPMVENTINGDOWNYMILDEWINTHEENDOFTHISPAPERTHEINTEGRATEDBENEFITOFANAEROBICTECHNOLOGYWASANALYZEDANDESTIMATEDITPROVEDTHATITWOULDHEIGHTENTHEECONOMICALBENEFITOFAGRICULTURALPRODUCTIONANDHAVEOBVIOUSBENEFITOFENVIRONMENTANDSOCIETYTODEVELOPANAEROBICTECHNOLOGYINLANGFANGCITYKEYWORDSAGRICULTURALORGANICWASTE，ANAEROBICFERMENTATION，CUCUMBERLETTUCE，COMPREHENSIVEUTILIZATIONBENEFITII

簡介：分類號泫尚六。善碩士學位論文題目酒精廢水處理及綜合利用研究英文并列題目THEDISPOSAIANDCOMPREHENSIVEUTIIIZATIOⅡ密級÷壁墅壁型璺罌研究生一王蛙專業(yè)疊撞王捏研究方向廛丞生塑處理王程導師睦堅塾攫指導小組成員李秀芬堵國成學位授予日期答辯委員會主席周青教授江南大學地址無錫市江南大學預I學位論義統(tǒng)出水COD可進一步降低到1500M∥L以下，大量有機物去除，有助于在此基礎上采用好氧處理后，并節(jié)約了大量的動力消耗，是生產(chǎn)性UASB反應器成功運行的范例。7．CAAS系統(tǒng)設計采用均負荷推流式反應器，充分利用好氧活性污泥與生物膜的協(xié)同作用，避免了活性污泥膨脹，同時增加污泥回流，保證運行穩(wěn)定性，因此具有更高的去除率。8．首先用臥螺式分離機去除85％左右的懸浮物并回收作粗飼料；其次，借助原水高溫特點，I級采用高溫UASB厭氧反應器進行消化；11級采用中溫UASB厭氧反應器充分消化使廢水的COD降解了92％～94％；最后為好氧處理工段，整個工藝對COD和SS地去除率分別高達99．4％和99．6％，不僅處理率高，而且能耗很低，還可以回收粗飼料和沼氣能源。COD總消減量為6330T，系統(tǒng)出水達到污水混合排放標準，GB8978．1996中的二級標準要求。9．此處理工藝能夠處理高強度的有機污染物質，并不會產(chǎn)生二次污染問題。該處理技術能夠有效減少污泥產(chǎn)量，又能夠改善工藝運行穩(wěn)定性。經(jīng)濟效益分析表明，廢水日運行費用為2734元，采用沼氣發(fā)電利用沼氣能源，F(xiàn)|發(fā)電量達7840KW．H，日凈收益2587．2元，分離的酒精渣出售用于飼料，同收益4500元，年經(jīng)濟收益達198．44萬元，凈收益達11121．89萬元，具有較好經(jīng)濟效益。將以UASB反應器為主體的厭氧生物處理與接觸氧化法為主體的好氧生物處理工藝結合，充分發(fā)揮各自的優(yōu)勢，處理酒精生產(chǎn)高濃度有機廢水，達到國家排放標準，具有良好的環(huán)境效益及社會經(jīng)濟效益。綜上所述，UASB．CAAS技術處理酒精廢液是可行的適合我國現(xiàn)有的國情，工藝處理酒精廢液是可行的，充分利用UASB高效高負荷的處理優(yōu)勢，使廢水得到有效的治理，結果表明廢水經(jīng)顆?；疷ASB反應器穩(wěn)定后，出水COD降至1500M∥L以下，然后再經(jīng)CAAS處理后，出水COD可降到150M∥L以下出水清澈，該處理系統(tǒng)具有耐沖擊負荷，處理效果穩(wěn)定，運行簡單，運行費用低等特點。關鍵詞酒精廢水過濾UASB反應器厭氧生化好氧生化