ASBR型厌氧氨氧化反应器启动及污泥颗粒化研究.docx

ASBR型厌氧氨氧化反应器启动及污泥颗粒化研究
Title:StudyonStart-upofASBR-typeAnammoxReactorandSludgeGranulation
Abstract:
TheASBR-typeanaerobicammoniumoxidation(Anammox)reactorisapromisingtechnologyfortheremovalofnitrogenfromwastewaterduetoitslowenergyconsumption,efficientnitrogenremoval,andcompactdesign.However,thestart-upprocessandsludgegranulationinASBRsystemsremainchallenging.Thispaperaimstoinvestigatethestart-upprocessoftheASBR-typeAnammoxreactorandthefactorsinfluencingsludgegranulationinordertoenhancetheperformanceofAnammoxsystems.
1.Introduction:
1.1Background:
1.2Objectives:
2.AnaerobicAmmoniumOxidation(Anammox):
2.1PrincipleofAnammox:
2.2AdvantagesofAnammox:
2.3ASBR-typeAnammoxReactor:
3.Start-upofASBR-typeAnammoxReactor:
3.1InoculumSelection:
3.2InoculumPre-treatment:
3.3NutrientConditions:
3.4OperationalConditions:
3.5MonitoringandControl:
4.SludgeGranulationinASBR-typeAnammoxReactor:
4.1ImportanceofSludgeGranulation:
4.2FactorsAffectingSludgeGranulation:
4.2.1OrganicLoadingRate:
4.2.2HRTandSRT:
4.2.3pHandTemperature:
4.2.4GranularSludgeInoculum:
4.2.5NutrientConcentrations:
4.3MeasurestoPromoteSludgeGranulation:
4.3.1OrganicCarbonSource:
4.3.2GranularSludgeRetention:
5.ExperimentalMethodology:
5.1ReactorSetupandOperation:
5.2SamplingandAnalysis:
5.3DataCollectionandAnalysis:
6.ResultsandDiscussion:
6.1Start-upofASBR-typeAnammoxReactor:
6.1.1InoculumAcclimation:
6.1.2NutrientAdaptation:
6.1.3SystemStabilization:
6.2SludgeGranulationinASBR-typeAnammoxReactor:
6.2.1EffectofOperationalConditionsonSludgeGranulation:
6.2.2InfluenceofNutrientConcentrations:
6.2.3GranularSludgeRetentionTime:
6.2.4OrganicCarbonSource:
6.3KineticsofAnammoxProcess:
7.Conclusion:
7.1KeyFindings:
7.2RecommendationsforFutureResearch:
8.References:
Theoutlinepresentedprovidesastructurefortheresearchpaperonthestart-upprocessandsludgegranulationinASBR-typeAnammoxreactors.Youcannowelaborateoneachsection,incorporatingrelevantresearchfindingsandexperimentaldatatoproduceacomprehensivepaperofatleast1200words.