典型文献
Adsorption desalination:Advances in porous adsorbents
文献摘要：
With the continuous growth of the world population,the demand for fresh water is ever increasing.Water desalination is a means of producing fresh water from saline water,and one of the proposed solu-tions in the scientific community for solving the current global freshwater shortage.Adsorption is fore-seen as a promising technology for desalination due to its relatively low energy requirements,low environmental impact,low cost and high salt removal efficiency.More importantly,chemicals are not required in adsorption processes.Active carbons,zeolites,carbon nanostructures,graphene and coordi-nation framework materials are amongst the most investigated adsorbents for adsorption desalination,which show different performances regarding adsorption rate,adsorption capacity,stability and recycla-bility.In this review,the latest adsorbent materials with their features are assessed(using metrics)and commented critically,and the current trend for their development is discussed.The adsorption mode is also reviewed,which can provide guidance for the design of adsorbents from the engineering application point of view.
文献关键词：
中图分类号：
作者姓名：
Boya Qiu;Patricia Gorgojo;Xiaolei Fan
作者机构：
Department of Chemical Engineering and Analytical Science,School of Engineering,The University of Manchester,Oxford Road,Manchester M13 9PL,United Kingdom;Nanoscience and Materials Institute of Aragón(INMA)CSIC-Universidad de Zaragoza,Mariano Esquillor,50018 Zaragoza,Spain;Chemical and Environmental Engineering Department,Universidad de Zaragoza,Pedro Cerbuna 12,50009 Zaragoza,Spain
文献出处：
引用格式：
[1]Boya Qiu;Patricia Gorgojo;Xiaolei Fan-.Adsorption desalination:Advances in porous adsorbents)[J].中国化学工程学报（英文版）,2022(02):151-169
A类：
recycla
B类：
Adsorption,desalination,Advances,porous,adsorbents,With,continuous,growth,world,population,demand,ever,increasing,Water,means,producing,from,saline,one,proposed,solu,tions,scientific,community,solving,current,global,freshwater,shortage,fore,seen,promising,technology,due,its,relatively,low,energy,requirements,environmental,impact,cost,high,salt,removal,efficiency,More,importantly,chemicals,are,not,required,adsorption,processes,Active,carbons,zeolites,nanostructures,graphene,coordi,framework,materials,amongst,most,investigated,which,show,different,performances,regarding,rate,capacity,stability,In,this,latest,their,features,assessed,using,metrics,commented,critically,trend,development,discussed,mode,also,reviewed,can,provide,guidance,design,engineering,application,point
AB值：
0.63912
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