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FosterWheeler余热锅炉炉罩应用型改进 Title:Application-orientedImprovementsofFosterWheelerWasteHeatBoilerCover Abstract: Wasteheatboilersplayavitalroleinrecoveringandutilizingwastedthermalenergyfromvariousindustrialprocesses.Amongthem,theFosterWheelerwasteheatboilerhasdemonstrateditsefficiencyinconvertingwasteheatintousefulenergy.However,thereisalwaysroomforimprovementintermsofdesignandapplicationtofurtherenhanceitsperformanceandreliability.Thispaperfocusesondiscussingapplication-orientedimprovementsoftheFosterWheelerwasteheatboilercover,aimingtooptimizeitsoperationalcharacteristicsandpotentiallyincreaseitsenergyefficiency. 1.Introduction 1.1Background 1.2Objective 2.OverviewofFosterWheelerWasteHeatBoilerandCover 2.1WorkingPrinciple 2.2ComponentsandDesignoftheBoilerCover 3.ChallengesandLimitationsintheExistingCoverDesign 3.1ThermalStress 3.2Corrosion 3.3MechanicalFatigue 4.ProposedImprovements 4.1MaterialSelection 4.2InsulationEnhancement 4.3StructuralDesignOptimization 5.MaterialSelection 5.1High-TemperatureAlloys 5.2Corrosion-ResistantCoatings 6.InsulationEnhancement 6.1AdvancedInsulationMaterials 6.2InsulationThicknessOptimization 7.StructuralDesignOptimization 7.1FiniteElementAnalysis(FEA) 7.2ReinforcementofCriticalAreas 7.3HeatTransferEnhancement 8.PerformanceEvaluation 8.1ComparativeAnalysiswiththeExistingCover 8.2EnergyEfficiencyImprovement 9.CaseStudyandExperimentalAnalysis 9.1InstallationandOperationalTesting 9.2MonitoringandDataAnalysis 10.ResultsandDiscussions 10.1ImprovedPerformanceandEfficiency 10.2ReliabilityandDurability 10.3EconomicViability 11.Conclusion 11.1SummaryofFindings 11.2RecommendationsforFutureWork References ThispaperaimstoexplorevariousimprovementsintheFosterWheelerwasteheatboilercovertoenhanceitsoperationalcharacteristics,reliability,andperformance.Theproposedimprovementsincludematerialselection,insulationenhancement,andstructuraldesignoptimization.Theseenhancementsareexpectedtocontributetothepreventionofthermalstress,corrosion,andmechanicalfatigue