New inorganic (an)ion exchangers with a higher affinity for arsenate and a competitive removal capacity towards fluoride, bromate, bromide, selenate, selenite, arsenite and borate

Natalia Chubar

    Research output: Contribution to journalArticle

    Abstract

    Highly selective materials and effective technologies are needed to meet the increasingly stronger drinking water standards for targeted ionic species. Inorganic ion exchangers based on individual and mixed-metal hydrous oxides (or mixed adsorbents that contain inorganic ion exchangers in their composition) are adsorptive materials that are capable of lowering the concentrations of anionic contaminants, such as H2AsO4 , H3AsO3, F, Br, BrO3, HSeO4,HSeO3 and H3BO3, to 10 µg/L or less. To achieve a higher selectivity towards arsenate, a new ion exchanger based on Mg–Al hydrous oxides was developed by a novel, cost-effective and environmentally friendly synthesis method via a non-traditional (alkoxide-free) sol-gel approach.
    Original languageEnglish
    Pages (from-to)505-515
    Number of pages11
    JournalWater Science & Technology: Water Supply
    Volume11
    Issue number5
    DOIs
    Publication statusPublished - 2011

    Fingerprint

    selenate
    selenite
    borate
    arsenite
    arsenate
    bromide
    fluoride
    oxide
    gel
    drinking water
    pollutant
    metal
    cost
    ion exchanger
    removal
    material

    Keywords

    • water treatment
    • adsorption science and technology
    • arsenate
    • arsenite
    • fluoride
    • inorganic ion exchange

    Cite this

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    abstract = "Highly selective materials and effective technologies are needed to meet the increasingly stronger drinking water standards for targeted ionic species. Inorganic ion exchangers based on individual and mixed-metal hydrous oxides (or mixed adsorbents that contain inorganic ion exchangers in their composition) are adsorptive materials that are capable of lowering the concentrations of anionic contaminants, such as H2AsO4 , H3AsO3, F, Br, BrO3, HSeO4,HSeO3 and H3BO3, to 10 µg/L or less. To achieve a higher selectivity towards arsenate, a new ion exchanger based on Mg–Al hydrous oxides was developed by a novel, cost-effective and environmentally friendly synthesis method via a non-traditional (alkoxide-free) sol-gel approach.",
    keywords = "water treatment, adsorption science and technology, arsenate, arsenite, fluoride, inorganic ion exchange",
    author = "Natalia Chubar",
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    TY - JOUR

    T1 - New inorganic (an)ion exchangers with a higher affinity for arsenate and a competitive removal capacity towards fluoride, bromate, bromide, selenate, selenite, arsenite and borate

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    N2 - Highly selective materials and effective technologies are needed to meet the increasingly stronger drinking water standards for targeted ionic species. Inorganic ion exchangers based on individual and mixed-metal hydrous oxides (or mixed adsorbents that contain inorganic ion exchangers in their composition) are adsorptive materials that are capable of lowering the concentrations of anionic contaminants, such as H2AsO4 , H3AsO3, F, Br, BrO3, HSeO4,HSeO3 and H3BO3, to 10 µg/L or less. To achieve a higher selectivity towards arsenate, a new ion exchanger based on Mg–Al hydrous oxides was developed by a novel, cost-effective and environmentally friendly synthesis method via a non-traditional (alkoxide-free) sol-gel approach.

    AB - Highly selective materials and effective technologies are needed to meet the increasingly stronger drinking water standards for targeted ionic species. Inorganic ion exchangers based on individual and mixed-metal hydrous oxides (or mixed adsorbents that contain inorganic ion exchangers in their composition) are adsorptive materials that are capable of lowering the concentrations of anionic contaminants, such as H2AsO4 , H3AsO3, F, Br, BrO3, HSeO4,HSeO3 and H3BO3, to 10 µg/L or less. To achieve a higher selectivity towards arsenate, a new ion exchanger based on Mg–Al hydrous oxides was developed by a novel, cost-effective and environmentally friendly synthesis method via a non-traditional (alkoxide-free) sol-gel approach.

    KW - water treatment

    KW - adsorption science and technology

    KW - arsenate

    KW - arsenite

    KW - fluoride

    KW - inorganic ion exchange

    U2 - 10.2166/ws.2011.080

    DO - 10.2166/ws.2011.080

    M3 - Article

    VL - 11

    SP - 505

    EP - 515

    JO - Water Science and Technology: Water Supply

    JF - Water Science and Technology: Water Supply

    SN - 1606-9749

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    ER -