典型文献
Recent Developments in Hydrodynamic Cavitation Reactors:Cavitation Mechanism,Reactor Design,and Applications
文献摘要：
Hydrodynamic cavitation is considered to be a promising technology for process intensification,due to its high energy efficiency,cost-effective operation,ability to induce chemical reactions,and scale-up possi-bilities.In the past decade,advancements have been made in the fundamental understanding of hydro-dynamic cavitation and its main variables,which provide a basis for applications of hydrodynamic cavitation in radical-induced chemical reaction processes.Here,we provide an extensive review of these research efforts,including the fundamentals of hydrodynamic cavitation,the design of cavitation reac-tors,cavitation-induced reaction enhancement,and relevant industrial applications.Two types of hydro-dynamic cavitation reactors-namely,stationary and rotational-are compared.The design parameters of a hydrodynamic cavitation reactor and reactor performance at the laboratory and pilot scales are dis-cussed,and recommendations are made regarding optimal operation and geometric conditions.The com-mercial cavitation reactors that are currently on the market are reviewed here for the first time.The unique features of hydrodynamic cavitation have been widely applied to various chemical reactions,such as oxidization reactions and wastewater treatment,and to physical processes,such as emulsion genera-tion and component extraction.The roles of radicals and gas bubble implosion are also thoroughly discussed.
文献关键词：
中图分类号：
作者姓名：
Haoxuan Zheng;Ying Zheng;Jesse Zhu
作者机构：
Department of Chemical and Biochemical Engineering,University of Western Ontario,London,ON N6A 3K7,Canada
文献出处：
引用格式：
[1]Haoxuan Zheng;Ying Zheng;Jesse Zhu-.Recent Developments in Hydrodynamic Cavitation Reactors:Cavitation Mechanism,Reactor Design,and Applications)[J].工程（英文）,2022(12):180-198
A类：
implosion
B类：
Recent,Developments,Hydrodynamic,Cavitation,Reactors,Mechanism,Design,Applications,cavitation,considered,promising,technology,intensification,due,its,high,energy,efficiency,cost,effective,operation,ability,chemical,reactions,up,possi,bilities,In,past,decade,advancements,have,been,made,understanding,main,variables,which,provide,basis,applications,hydrodynamic,induced,processes,Here,extensive,these,research,efforts,including,fundamentals,design,enhancement,relevant,industrial,Two,types,reactors,namely,stationary,rotational,compared,parameters,performance,laboratory,pilot,scales,recommendations,regarding,optimal,geometric,conditions,mercial,that,currently,market,reviewed,here,first,unique,features,widely,applied,various,such,oxidization,wastewater,treatment,physical,emulsion,genera,component,extraction,roles,radicals,gas,bubble,also,thoroughly,discussed
AB值：
0.535758
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