Environmental sustainability of wastewater sludge treatments

Florence Boyer-Souchet (Invited author), Henrik Fred Larsen (Invited author)

    Research output: Contribution to conferencePosterResearch

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    Abstract

    The European Water Framework Directive addresses the issue of pollution from urban waste water and is thereby changing the scope of sewage treatment. As part of this process, the Neptune project (EU, FP6) focuses on developing new and upgrading existing technologies of waste water and sludge treatment for municipal waste water. A special focus area in Neptune is sludge handling because the sludge amount is expected to increase due to advanced waste water treatment. The main sludge processing methods assessed in Neptune can be divided into two categories: disintegration processes before anaerobic digestion (thermal hydrolysis and ultrasound disintegration) and inertisation processes performed at high temperatures (incineration, pyrolysis, gasification, wet oxidation) but they all aim at volume reduction and removal of biodegradable compounds before safe sludge disposal or reuse of its resources. As part of a sustainability assessment (or “best practice evaluation”), a comparison between the existing and new sludge handling techniques have been done by use of life cycle assessment (LCA).The concept of induced impacts as compared to avoided impacts when introducing a new sludge treatment technology is used for the environmental comparison. Emissions from the treatment of the sludge as well as energy consumption and production, chemical consumption, infrastructures and transport are taken into account. This poster will present the results of LCA’s performed on different inertisation technologies. Incineration is used as the reference process, as it is the only existing well-developed technology, while other techniques like pyrolysis and gasification are relatively new, and only exist at lab-scale or pilot-plant scale.
    Original languageEnglish
    Publication date2010
    Publication statusPublished - 2010
    EventNeptune and Innowatech End User Conference - Congress centre Het Pand, Ghent, Belgium
    Duration: 27 Jan 2010 → …

    Conference

    ConferenceNeptune and Innowatech End User Conference
    LocationCongress centre Het Pand
    CountryBelgium
    CityGhent
    Period27/01/2010 → …

    Bibliographical note

    27th January

    Keywords

    • Environmental sustainability
    • sludge inertisation
    • LCA
    • waste water sludge treatment technologies

    Cite this

    Boyer-Souchet, F., & Larsen, H. F. (2010). Environmental sustainability of wastewater sludge treatments. Poster session presented at Neptune and Innowatech End User Conference, Ghent, Belgium.
    Boyer-Souchet, Florence ; Larsen, Henrik Fred. / Environmental sustainability of wastewater sludge treatments. Poster session presented at Neptune and Innowatech End User Conference, Ghent, Belgium.
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    Boyer-Souchet, F & Larsen, HF 2010, 'Environmental sustainability of wastewater sludge treatments' Neptune and Innowatech End User Conference, Ghent, Belgium, 27/01/2010, .

    Environmental sustainability of wastewater sludge treatments. / Boyer-Souchet, Florence (Invited author); Larsen, Henrik Fred (Invited author).

    2010. Poster session presented at Neptune and Innowatech End User Conference, Ghent, Belgium.

    Research output: Contribution to conferencePosterResearch

    TY - CONF

    T1 - Environmental sustainability of wastewater sludge treatments

    AU - Boyer-Souchet, Florence

    AU - Larsen, Henrik Fred

    N1 - 27th January

    PY - 2010

    Y1 - 2010

    N2 - The European Water Framework Directive addresses the issue of pollution from urban waste water and is thereby changing the scope of sewage treatment. As part of this process, the Neptune project (EU, FP6) focuses on developing new and upgrading existing technologies of waste water and sludge treatment for municipal waste water. A special focus area in Neptune is sludge handling because the sludge amount is expected to increase due to advanced waste water treatment. The main sludge processing methods assessed in Neptune can be divided into two categories: disintegration processes before anaerobic digestion (thermal hydrolysis and ultrasound disintegration) and inertisation processes performed at high temperatures (incineration, pyrolysis, gasification, wet oxidation) but they all aim at volume reduction and removal of biodegradable compounds before safe sludge disposal or reuse of its resources. As part of a sustainability assessment (or “best practice evaluation”), a comparison between the existing and new sludge handling techniques have been done by use of life cycle assessment (LCA).The concept of induced impacts as compared to avoided impacts when introducing a new sludge treatment technology is used for the environmental comparison. Emissions from the treatment of the sludge as well as energy consumption and production, chemical consumption, infrastructures and transport are taken into account. This poster will present the results of LCA’s performed on different inertisation technologies. Incineration is used as the reference process, as it is the only existing well-developed technology, while other techniques like pyrolysis and gasification are relatively new, and only exist at lab-scale or pilot-plant scale.

    AB - The European Water Framework Directive addresses the issue of pollution from urban waste water and is thereby changing the scope of sewage treatment. As part of this process, the Neptune project (EU, FP6) focuses on developing new and upgrading existing technologies of waste water and sludge treatment for municipal waste water. A special focus area in Neptune is sludge handling because the sludge amount is expected to increase due to advanced waste water treatment. The main sludge processing methods assessed in Neptune can be divided into two categories: disintegration processes before anaerobic digestion (thermal hydrolysis and ultrasound disintegration) and inertisation processes performed at high temperatures (incineration, pyrolysis, gasification, wet oxidation) but they all aim at volume reduction and removal of biodegradable compounds before safe sludge disposal or reuse of its resources. As part of a sustainability assessment (or “best practice evaluation”), a comparison between the existing and new sludge handling techniques have been done by use of life cycle assessment (LCA).The concept of induced impacts as compared to avoided impacts when introducing a new sludge treatment technology is used for the environmental comparison. Emissions from the treatment of the sludge as well as energy consumption and production, chemical consumption, infrastructures and transport are taken into account. This poster will present the results of LCA’s performed on different inertisation technologies. Incineration is used as the reference process, as it is the only existing well-developed technology, while other techniques like pyrolysis and gasification are relatively new, and only exist at lab-scale or pilot-plant scale.

    KW - Environmental sustainability

    KW - sludge inertisation

    KW - LCA

    KW - waste water sludge treatment technologies

    M3 - Poster

    ER -

    Boyer-Souchet F, Larsen HF. Environmental sustainability of wastewater sludge treatments. 2010. Poster session presented at Neptune and Innowatech End User Conference, Ghent, Belgium.