A concise review on electrospun nanofibres/nanonets for filtration of gaseous and solid constituents (PM2.5) from polluted air

Although wide ranges of fibrous filters are available, tailoring mechanically robust, and multifunctional (adsorb toxic gases, potent antibacterial, anti-corrosive, etc.) polymeric nanofibres has presented unusual potential for use in many novel filtration applications. Among the several nanofibre p...

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Published inColloid and interface science communications Vol. 37; p. 100275
Main Authors Robert, Berly, Nallathambi, Gobi
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.07.2020
Subjects
Air purification technologies
Co-axial electrospinning
Electret
Electrospun nanofibre
Gas adsorption
Membrane
Nanonet
Surface functionalization
Surface functionalization
Air purification technologies
Nanonet
Electret
Gas adsorption
Membrane
Electrospun nanofibre
Co-axial electrospinning
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Abstract Although wide ranges of fibrous filters are available, tailoring mechanically robust, and multifunctional (adsorb toxic gases, potent antibacterial, anti-corrosive, etc.) polymeric nanofibres has presented unusual potential for use in many novel filtration applications. Among the several nanofibre production techniques that have evolved over the past several years, electrospinning is considered the most promising, simple and highly productive process. Additionally, nanofibres with well-defined surface properties can be produced by chemical/physical activation using various activation agents/dopants based on the available functional groups. This ability to modify the surface properties of nanofibrous membrane, serve as an effective platform for toxic gas adsorption, and other related filtration applications. This review will present a brief overview of electrospinning polymeric materials, details of already existing air filtration/purification technologies and the advances/practical options through the novel nanofibrous/nanonet membrane (benefits and drawbacks) to enlarge the potential applications of nanofibrous membrane for an enhanced air filtration/purification performance. [Display omitted] •The review briefly discusses the existing air filtration technologies.•Ionizers, Ozonizer, Electrostatic precipitator, Photo-catalytic Oxidation, Adsorption, and Solid Media Filtration.•Nanofibrous/nanonet membrane to enlarge the potential applications for an enhanced air filtration/purification performance.•Quality factor plays a major role compared to the filtration efficiency of a nanofibrous membrane.•The contribution of electrets and nanonets to address the usual bottleneck of nanofibrous membrane.
AbstractList Although wide ranges of fibrous filters are available, tailoring mechanically robust, and multifunctional (adsorb toxic gases, potent antibacterial, anti-corrosive, etc.) polymeric nanofibres has presented unusual potential for use in many novel filtration applications. Among the several nanofibre production techniques that have evolved over the past several years, electrospinning is considered the most promising, simple and highly productive process. Additionally, nanofibres with well-defined surface properties can be produced by chemical/physical activation using various activation agents/dopants based on the available functional groups. This ability to modify the surface properties of nanofibrous membrane, serve as an effective platform for toxic gas adsorption, and other related filtration applications. This review will present a brief overview of electrospinning polymeric materials, details of already existing air filtration/purification technologies and the advances/practical options through the novel nanofibrous/nanonet membrane (benefits and drawbacks) to enlarge the potential applications of nanofibrous membrane for an enhanced air filtration/purification performance. [Display omitted] •The review briefly discusses the existing air filtration technologies.•Ionizers, Ozonizer, Electrostatic precipitator, Photo-catalytic Oxidation, Adsorption, and Solid Media Filtration.•Nanofibrous/nanonet membrane to enlarge the potential applications for an enhanced air filtration/purification performance.•Quality factor plays a major role compared to the filtration efficiency of a nanofibrous membrane.•The contribution of electrets and nanonets to address the usual bottleneck of nanofibrous membrane.
ArticleNumber 100275
Author Nallathambi, Gobi
Robert, Berly
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  surname: Nallathambi
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  email: ngobi@annauniv.edu
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Keywords Surface functionalization
Air purification technologies
Nanonet
Electret
Gas adsorption
Membrane
Electrospun nanofibre
Co-axial electrospinning
Language English
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SecondaryResourceType review_article
Snippet Although wide ranges of fibrous filters are available, tailoring mechanically robust, and multifunctional (adsorb toxic gases, potent antibacterial,...
SourceID crossref
elsevier
SourceType Enrichment Source
Index Database
Publisher
StartPage 100275
SubjectTerms Air purification technologies
Co-axial electrospinning
Electret
Electrospun nanofibre
Gas adsorption
Membrane
Nanonet
Surface functionalization
Title A concise review on electrospun nanofibres/nanonets for filtration of gaseous and solid constituents (PM2.5) from polluted air
URI https://dx.doi.org/10.1016/j.colcom.2020.100275
Volume 37
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