Maximising opportunities for recycling glass

R.K. Dhir, T.D. Dyer

    Research output: Chapter in Book/Report/Conference proceedingOther chapter contribution

    6 Citations (Scopus)

    Abstract

    The recycling of glass has been carried out in the UK for many years and, as recovery infrastructure has grown, so too has the rate of recycling. The variability of the chemical c omposition of glass in most recovery streams is 1ow, which makes it relatively easy to recycle. However, the glass industry has very high standards, and so ensuring good sorting and processing to obtain a material low in contaminants is an area where a great deal of effort is focused. Recycling glass makes a great deal of sense in both economic and environmental terms, even when transport costs and impacts are considered. However, in some instances, quantities of glass a rise which cannot be returned. In such circumstances, there is a need for alternative outlets. These can include use as a granular material for aggregate, filtration, and abrasion applications; use in applications in which the chemical properties of the material are exploited, such as a cement component in concrete or as a raw material for the synthesis of industrial minerals; and ceramic applications in which the relatively low melting point of glass offers benefits. Where alternatives are sought, careful consideration of the environmental impact of processing for the new application is recommended, using techniques such as environmental life-cycle analysis.
    Original languageEnglish
    Title of host publicationSustainable waste management and recycling : construction demolition waste
    Subtitle of host publicationproceedings of the international conference organised by the Concrete and Masonry Research Group and held at Kingston University - London on 14-15 September 2004
    EditorsMukesh C. Limbachiya, John J. Roberts
    Place of PublicationLondon
    PublisherThomas Telford
    Pages1-16
    Number of pages16
    ISBN (Print)0727732854
    Publication statusPublished - 2004
    EventInternational Conference organized by the Concrete and Masonry Research Group - Kingston University, London, United Kingdom
    Duration: 14 Sep 200415 Sep 2004

    Conference

    ConferenceInternational Conference organized by the Concrete and Masonry Research Group
    CountryUnited Kingdom
    CityKingston University, London
    Period14/09/0415/09/04

    Fingerprint

    recycling
    glass
    industrial mineral
    life cycle analysis
    abrasion
    ceramics
    sorting
    chemical property
    cement
    environmental impact
    melting
    infrastructure
    pollutant
    economics
    material

    Cite this

    Dhir, R. K., & Dyer, T. D. (2004). Maximising opportunities for recycling glass. In M. C. Limbachiya, & J. J. Roberts (Eds.), Sustainable waste management and recycling : construction demolition waste: proceedings of the international conference organised by the Concrete and Masonry Research Group and held at Kingston University - London on 14-15 September 2004 (pp. 1-16). London: Thomas Telford.
    Dhir, R.K. ; Dyer, T.D. / Maximising opportunities for recycling glass. Sustainable waste management and recycling : construction demolition waste: proceedings of the international conference organised by the Concrete and Masonry Research Group and held at Kingston University - London on 14-15 September 2004. editor / Mukesh C. Limbachiya ; John J. Roberts. London : Thomas Telford, 2004. pp. 1-16
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    abstract = "The recycling of glass has been carried out in the UK for many years and, as recovery infrastructure has grown, so too has the rate of recycling. The variability of the chemical c omposition of glass in most recovery streams is 1ow, which makes it relatively easy to recycle. However, the glass industry has very high standards, and so ensuring good sorting and processing to obtain a material low in contaminants is an area where a great deal of effort is focused. Recycling glass makes a great deal of sense in both economic and environmental terms, even when transport costs and impacts are considered. However, in some instances, quantities of glass a rise which cannot be returned. In such circumstances, there is a need for alternative outlets. These can include use as a granular material for aggregate, filtration, and abrasion applications; use in applications in which the chemical properties of the material are exploited, such as a cement component in concrete or as a raw material for the synthesis of industrial minerals; and ceramic applications in which the relatively low melting point of glass offers benefits. Where alternatives are sought, careful consideration of the environmental impact of processing for the new application is recommended, using techniques such as environmental life-cycle analysis.",
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    Dhir, RK & Dyer, TD 2004, Maximising opportunities for recycling glass. in MC Limbachiya & JJ Roberts (eds), Sustainable waste management and recycling : construction demolition waste: proceedings of the international conference organised by the Concrete and Masonry Research Group and held at Kingston University - London on 14-15 September 2004. Thomas Telford, London, pp. 1-16, International Conference organized by the Concrete and Masonry Research Group, Kingston University, London, United Kingdom, 14/09/04.

    Maximising opportunities for recycling glass. / Dhir, R.K.; Dyer, T.D.

    Sustainable waste management and recycling : construction demolition waste: proceedings of the international conference organised by the Concrete and Masonry Research Group and held at Kingston University - London on 14-15 September 2004. ed. / Mukesh C. Limbachiya; John J. Roberts. London : Thomas Telford, 2004. p. 1-16.

    Research output: Chapter in Book/Report/Conference proceedingOther chapter contribution

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    AU - Dyer, T.D.

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    N2 - The recycling of glass has been carried out in the UK for many years and, as recovery infrastructure has grown, so too has the rate of recycling. The variability of the chemical c omposition of glass in most recovery streams is 1ow, which makes it relatively easy to recycle. However, the glass industry has very high standards, and so ensuring good sorting and processing to obtain a material low in contaminants is an area where a great deal of effort is focused. Recycling glass makes a great deal of sense in both economic and environmental terms, even when transport costs and impacts are considered. However, in some instances, quantities of glass a rise which cannot be returned. In such circumstances, there is a need for alternative outlets. These can include use as a granular material for aggregate, filtration, and abrasion applications; use in applications in which the chemical properties of the material are exploited, such as a cement component in concrete or as a raw material for the synthesis of industrial minerals; and ceramic applications in which the relatively low melting point of glass offers benefits. Where alternatives are sought, careful consideration of the environmental impact of processing for the new application is recommended, using techniques such as environmental life-cycle analysis.

    AB - The recycling of glass has been carried out in the UK for many years and, as recovery infrastructure has grown, so too has the rate of recycling. The variability of the chemical c omposition of glass in most recovery streams is 1ow, which makes it relatively easy to recycle. However, the glass industry has very high standards, and so ensuring good sorting and processing to obtain a material low in contaminants is an area where a great deal of effort is focused. Recycling glass makes a great deal of sense in both economic and environmental terms, even when transport costs and impacts are considered. However, in some instances, quantities of glass a rise which cannot be returned. In such circumstances, there is a need for alternative outlets. These can include use as a granular material for aggregate, filtration, and abrasion applications; use in applications in which the chemical properties of the material are exploited, such as a cement component in concrete or as a raw material for the synthesis of industrial minerals; and ceramic applications in which the relatively low melting point of glass offers benefits. Where alternatives are sought, careful consideration of the environmental impact of processing for the new application is recommended, using techniques such as environmental life-cycle analysis.

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    Dhir RK, Dyer TD. Maximising opportunities for recycling glass. In Limbachiya MC, Roberts JJ, editors, Sustainable waste management and recycling : construction demolition waste: proceedings of the international conference organised by the Concrete and Masonry Research Group and held at Kingston University - London on 14-15 September 2004. London: Thomas Telford. 2004. p. 1-16