基金项目:广东省企业科技特派员项目(编号:GDKTP2021048000)收稿日期:2023-02-183D打印技术在催化剂制备领域的应用现状与展望*刘仲雯1,耿凤飞2※,陈盛贵3,徐剑晖1※(1.东莞理工学院生态环境与建筑工程学院,广东东莞523808;2.沈阳市化工学校,沈阳110122;3.广州番禺职业技术学院艺术设计学院,广州511483)摘要:3D打印技术是一种快速成型技术,具有成本低、快速高效、更大的设计自由等优势。3D打印技术应用在催化剂领域可以降低传统催化剂制备方法的复杂程度,有利于调控催化剂材料的结构和成分,最大限度提高材料的催化性能。为优化和促进催化剂材料的发展带来了广阔的前景。首先简单介绍了3D打印技术的概念以及在催化研究中最常用的几种应用方法,然后着重概述了近5年来几种常见的工艺打印催化剂材料的最新研究成果,最后对其发展趋势进行了展望。为深入开展3D打印催化剂材料研究和应用提供了一定的参考作用。关键词:3D打印技术;增材制造;催化剂中图分类号:TP242文献标志码:A文章编号:1009-9492(2023)03-0017-06ApplicationStatusandProspectof3DPrintingTechnologyintheFieldofCatalystPreparationLiuZhongwen1,GengFengfei2※,ChenShenggui3,XuJianhui1※(1.SchoolofEnvironmentandCivilEngineering,DongguanUniversityofTechnology,Dongguan,Guangdong523808,China;2.ShenyangChemicalIndustrySchool,Shenyang110122,China;3.SchoolofArtDesign,GuangzhouPanyuPolytechnic,Guangzhou511483,China)Abstract:3Dprintingtechnologyisanadditivemanufacturingtechnologyandhastheadvantagesoflowcost,fastandefficient,andgreaterfreedomofdesign.3Dprintingtechnologyappliedinthefieldofcatalystscanreducethecomplexityoftraditionalcatalystpreparationmethods,andfacilitatetheregulationofthestructureandcompositionofcatalystmaterials,maximizethecatalyticperformanceofthematerials.Thereforeitholdsprominentprospectforoptimisingandpromotingthedevelopmentofcatalystmaterials.Theconceptof3Dprintingtechnologyandseveralofthemostcommonlyusedprintingmethodscurrentlyappliedincatalyticresearchwereintroduced,thenthelatestresearchresultsofseveralcommonprocessesforprintingcatalystmaterialsoverthelastfiveyearswerehighlighted,andfinallyanoutlookontheirdevelopmenttrendswasprovided.The...