Accelerated photoelectron transmission by carboxymethyl β-cyclodextrin for organic contaminants removal: An alternative to noble metal catalyst

Accelerated photoelectron transmission by carboxymethyl β-cyclodextrin for organic contaminants removal: An alternative to noble metal catalyst

Accelerated photoelectron transmission by carboxymethyl β-cyclodextrin for efficient removal of emerging organic pollutants. [Display omitted] •A noble metal-free hybrid nanoparticle (CM-β-CD-P25) were successfully synthesized.•CM-β-CD provides a bridge for accelerated transmission of photogenerated...

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Veröffentlicht in:Journal of hazardous materials 2020-07, Vol.393, p.122414-122414, Article 122414
Hauptverfasser: Zhou, Yi, Liu, Qiming, Lu, Jian, He, Jie, Liu, Yongdi, Zhou, Yanbo
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Bisphenol A
Cyclodextrin
Photocatalysis
Sulfanilamide
TiO2
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container_start_page 122414
container_title Journal of hazardous materials
container_volume 393
creator Zhou, Yi
Liu, Qiming
Lu, Jian
He, Jie
Liu, Yongdi
Zhou, Yanbo
description Accelerated photoelectron transmission by carboxymethyl β-cyclodextrin for efficient removal of emerging organic pollutants. [Display omitted] •A noble metal-free hybrid nanoparticle (CM-β-CD-P25) were successfully synthesized.•CM-β-CD provides a bridge for accelerated transmission of photogenerated charges.•CM-β-CD-P25 showed better photoelectric chemical properties than Au-P25.•The UV light/CM-β-CD-P25 system exhibited optimal removal of various pollutants.•CM-β-CD-P25 showed high stability and recyclability. Applications of noble metal decorated photocatalytic nanomaterials are restricted by its high cost. In this study, carboxymethyl β-cyclodextrin (CM-β-CD), as an alternative to gold nanoparticle, was used to modified titanium dioxide (CM-β-CD-P25) to accelerate photoelectron transmission and enhance the organic contaminants removal from water. Several of emerging organic contaminants, such as bisphenol A (BPA), phenol and sulphanilamide (SA), were used to evaluate their photocatalytic activities. Carboxymethyl-β-cyclodextrin not only provide hydrophobic sites to entrap organic contaminants but also provide a “bridge” for accelerated transmission of photogenerated charges without introducing the recombination interface. Consequently, 91.6 % of BPA, 71.9 % of phenol and 97.1 % of SA could be removed by CM-β-CD-P25(2:1) under 1 h UV light irradiation. The photooxidation rate constant of BPA, phenol and SA by CM-β-CD-P25(2:1) were 0.039 min−1, 0.021 min−1 and 0.062 min−1, respectively, which are much higher than that of pristine P25 and Au-P25. Moreover, the photocatalytic activity of CM-β-CD-P25(2:1) remains almost unchanged in repeated cycle test owing to its high stability. The reasonable mechanism of CM-β-CD-P25 were investigated. CM-β-CD-P25 hybrid nanoparticles completely surpasses Au-P25 in organic contaminants removal, and shows great potential to replace noble metal as mediator.
doi_str_mv 10.1016/j.jhazmat.2020.122414
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[Display omitted] •A noble metal-free hybrid nanoparticle (CM-β-CD-P25) were successfully synthesized.•CM-β-CD provides a bridge for accelerated transmission of photogenerated charges.•CM-β-CD-P25 showed better photoelectric chemical properties than Au-P25.•The UV light/CM-β-CD-P25 system exhibited optimal removal of various pollutants.•CM-β-CD-P25 showed high stability and recyclability. Applications of noble metal decorated photocatalytic nanomaterials are restricted by its high cost. In this study, carboxymethyl β-cyclodextrin (CM-β-CD), as an alternative to gold nanoparticle, was used to modified titanium dioxide (CM-β-CD-P25) to accelerate photoelectron transmission and enhance the organic contaminants removal from water. Several of emerging organic contaminants, such as bisphenol A (BPA), phenol and sulphanilamide (SA), were used to evaluate their photocatalytic activities. Carboxymethyl-β-cyclodextrin not only provide hydrophobic sites to entrap organic contaminants but also provide a “bridge” for accelerated transmission of photogenerated charges without introducing the recombination interface. Consequently, 91.6 % of BPA, 71.9 % of phenol and 97.1 % of SA could be removed by CM-β-CD-P25(2:1) under 1 h UV light irradiation. The photooxidation rate constant of BPA, phenol and SA by CM-β-CD-P25(2:1) were 0.039 min−1, 0.021 min−1 and 0.062 min−1, respectively, which are much higher than that of pristine P25 and Au-P25. Moreover, the photocatalytic activity of CM-β-CD-P25(2:1) remains almost unchanged in repeated cycle test owing to its high stability. The reasonable mechanism of CM-β-CD-P25 were investigated. 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[Display omitted] •A noble metal-free hybrid nanoparticle (CM-β-CD-P25) were successfully synthesized.•CM-β-CD provides a bridge for accelerated transmission of photogenerated charges.•CM-β-CD-P25 showed better photoelectric chemical properties than Au-P25.•The UV light/CM-β-CD-P25 system exhibited optimal removal of various pollutants.•CM-β-CD-P25 showed high stability and recyclability. Applications of noble metal decorated photocatalytic nanomaterials are restricted by its high cost. In this study, carboxymethyl β-cyclodextrin (CM-β-CD), as an alternative to gold nanoparticle, was used to modified titanium dioxide (CM-β-CD-P25) to accelerate photoelectron transmission and enhance the organic contaminants removal from water. Several of emerging organic contaminants, such as bisphenol A (BPA), phenol and sulphanilamide (SA), were used to evaluate their photocatalytic activities. Carboxymethyl-β-cyclodextrin not only provide hydrophobic sites to entrap organic contaminants but also provide a “bridge” for accelerated transmission of photogenerated charges without introducing the recombination interface. Consequently, 91.6 % of BPA, 71.9 % of phenol and 97.1 % of SA could be removed by CM-β-CD-P25(2:1) under 1 h UV light irradiation. The photooxidation rate constant of BPA, phenol and SA by CM-β-CD-P25(2:1) were 0.039 min−1, 0.021 min−1 and 0.062 min−1, respectively, which are much higher than that of pristine P25 and Au-P25. Moreover, the photocatalytic activity of CM-β-CD-P25(2:1) remains almost unchanged in repeated cycle test owing to its high stability. The reasonable mechanism of CM-β-CD-P25 were investigated. 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[Display omitted] •A noble metal-free hybrid nanoparticle (CM-β-CD-P25) were successfully synthesized.•CM-β-CD provides a bridge for accelerated transmission of photogenerated charges.•CM-β-CD-P25 showed better photoelectric chemical properties than Au-P25.•The UV light/CM-β-CD-P25 system exhibited optimal removal of various pollutants.•CM-β-CD-P25 showed high stability and recyclability. Applications of noble metal decorated photocatalytic nanomaterials are restricted by its high cost. In this study, carboxymethyl β-cyclodextrin (CM-β-CD), as an alternative to gold nanoparticle, was used to modified titanium dioxide (CM-β-CD-P25) to accelerate photoelectron transmission and enhance the organic contaminants removal from water. Several of emerging organic contaminants, such as bisphenol A (BPA), phenol and sulphanilamide (SA), were used to evaluate their photocatalytic activities. Carboxymethyl-β-cyclodextrin not only provide hydrophobic sites to entrap organic contaminants but also provide a “bridge” for accelerated transmission of photogenerated charges without introducing the recombination interface. Consequently, 91.6 % of BPA, 71.9 % of phenol and 97.1 % of SA could be removed by CM-β-CD-P25(2:1) under 1 h UV light irradiation. The photooxidation rate constant of BPA, phenol and SA by CM-β-CD-P25(2:1) were 0.039 min−1, 0.021 min−1 and 0.062 min−1, respectively, which are much higher than that of pristine P25 and Au-P25. Moreover, the photocatalytic activity of CM-β-CD-P25(2:1) remains almost unchanged in repeated cycle test owing to its high stability. The reasonable mechanism of CM-β-CD-P25 were investigated. 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subjects Bisphenol A
Cyclodextrin
Photocatalysis
Sulfanilamide
TiO2
title Accelerated photoelectron transmission by carboxymethyl β-cyclodextrin for organic contaminants removal: An alternative to noble metal catalyst
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