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OALib Journal期刊
ISSN: 2333-9721
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CeramicsinEnvironmentalCatalysis:ApplicationsandPossibilities
DOI: 10.1016/S1872-2067(11)60440-3, PP. 1611-1621
Abstract:
？Environmentalcatalysishasbeensteadilygrowingbecauseoftheadvancesinitsscientificandengineeringaspects,aswellasduetothenewenvironmentalchallengesintheindustrialera.Thedevelopmentofnewcatalystsandmaterialsisessentialfornewtechnologiesforvariousenvironmentalapplications.Ceramicsplayimportantrolesinvariousenvironmentalapplicationsincludingtheidentification,monitoring,andquantificationofpollutantsandtheircontrol.Ceramicshaveimportantapplicationsassensorsandphotocatalysts,andtheyareextensivelyusedascatalystcarriersandsupports.Manyceramicsarebeingexploredascatalystsforpollutioncontrolapplications.Theirlowcost,thermalandchemicalstability,andcapabilityofbeingtailoredmakethemespeciallyattractiveforpollutioncontrolapplications.Althoughawidevarietyofmaterialshavebeendevelopedascatalystsupports,thisareaisstillofinterestwithnewormodifiedcatalystsupportsbeingfrequentlyreported.Itisofequalimportancetodevelopnewormodifiedprocessesfortheloadingofcatalystsonspecificsupports.Applicationslikechemicalloopingcombustion(CLC)andothercatalyticcombustionprocessesareraisingthedemandstoanewscale.Wehavebeenworkingonthedevelopmentofbothnewandmodifiedsupportmaterials,includingmesoporousmaterialswithoutstructuralorderforpossibleapplicationsinCLCandothercatalyticreactions.Successfulattemptshavebeenmadeinthemodificationofconventionalγ-Al2O3andimprovedsynthesisprocessesforsupportingperovskitetypecatalysts.Ourresearchonenvironmentalcatalysisapplicationsofceramicmaterialsandprocessesarealsobrieflydiscussed.
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