Wastewater re-use and groundwater quality: introduction

J.H.A.M. Steenvoorden

    Research output: Contribution to conferencePaperAcademic

    Abstract

    In many parts of the world regional water resources and future water supply are at risk as a result of climate change and population increase. Innovative measures are necessary to find socio-economically acceptable solutions to combat the existing scarcity of water. Re-use of (pre-)treated wastewater, specially in agriculture, could considerably contribute to conservation of regional water resources, ecycling of nutrients and prevention of surface water pollution. However, water quality guidelines for astewater irrigation are very strict in order to prevent health risks from pathogenic organisms and uarantee crop quality. An integrated approach is needed in the water chain: groundwater resources, astewater production, wastewater (pre-)treatment, wastewater re-use, to find optimal solutions with espect to food security, cost-effectiveness, environmental load and health risks. In general, implementation of a new concept is difficult as a result of institutional complexity and resistance. Local institutions and engineers need to further develop and adapt the treatment systems to the local climate and cultural conditions. There is a need for a course to be set-up and information to be made available to educate and train students in this complex field.
    LanguageEnglish
    Pages1-4
    Publication statusPublished - 2004

    Fingerprint

    health risk
    water resource
    wastewater
    groundwater
    groundwater resource
    food security
    integrated approach
    water pollution
    train
    student
    water supply
    irrigation
    agriculture
    surface water
    water quality
    water
    crop
    climate change
    nutrient
    climate

    Keywords

    • water resources
    • waste water
    • water reuse
    • irrigation water
    • water quality

    Cite this

    Steenvoorden, J. H. A. M. (2004). Wastewater re-use and groundwater quality: introduction. 1-4.
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    abstract = "In many parts of the world regional water resources and future water supply are at risk as a result of climate change and population increase. Innovative measures are necessary to find socio-economically acceptable solutions to combat the existing scarcity of water. Re-use of (pre-)treated wastewater, specially in agriculture, could considerably contribute to conservation of regional water resources, ecycling of nutrients and prevention of surface water pollution. However, water quality guidelines for astewater irrigation are very strict in order to prevent health risks from pathogenic organisms and uarantee crop quality. An integrated approach is needed in the water chain: groundwater resources, astewater production, wastewater (pre-)treatment, wastewater re-use, to find optimal solutions with espect to food security, cost-effectiveness, environmental load and health risks. In general, implementation of a new concept is difficult as a result of institutional complexity and resistance. Local institutions and engineers need to further develop and adapt the treatment systems to the local climate and cultural conditions. There is a need for a course to be set-up and information to be made available to educate and train students in this complex field.",
    keywords = "water resources, waste water, water reuse, irrigation water, water quality, watervoorraden, afvalwater, hergebruik van water, irrigatiewater, waterkwaliteit",
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    Wastewater re-use and groundwater quality: introduction. / Steenvoorden, J.H.A.M.

    2004. 1-4.

    Research output: Contribution to conferencePaperAcademic

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    T1 - Wastewater re-use and groundwater quality: introduction

    AU - Steenvoorden, J.H.A.M.

    PY - 2004

    Y1 - 2004

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    AB - In many parts of the world regional water resources and future water supply are at risk as a result of climate change and population increase. Innovative measures are necessary to find socio-economically acceptable solutions to combat the existing scarcity of water. Re-use of (pre-)treated wastewater, specially in agriculture, could considerably contribute to conservation of regional water resources, ecycling of nutrients and prevention of surface water pollution. However, water quality guidelines for astewater irrigation are very strict in order to prevent health risks from pathogenic organisms and uarantee crop quality. An integrated approach is needed in the water chain: groundwater resources, astewater production, wastewater (pre-)treatment, wastewater re-use, to find optimal solutions with espect to food security, cost-effectiveness, environmental load and health risks. In general, implementation of a new concept is difficult as a result of institutional complexity and resistance. Local institutions and engineers need to further develop and adapt the treatment systems to the local climate and cultural conditions. There is a need for a course to be set-up and information to be made available to educate and train students in this complex field.

    KW - water resources

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    KW - irrigation water

    KW - water quality

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