De-Salination

Symbiotic water supply and landscape regeneration

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    The project’s main concept is to reuse power plants’ reject water in a mixed-use infrastructure to convert salt water to potable water for the city while sustaining a salt marsh garden around the buildings by releasing a brine aerosol micro climate. The garden extends the local nature reserve and hosts a new walkway. Salt water release is designed to preserve the timber building by keeping it perpetually moist. The same water source warms a public bathing pool on the rooftop via heat exchangers.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    In a simple technology setup, water runs through pipes and depressurized containers, trades heat and shows off its many forms. The layout of buildings follows the linear nature of the desalination process and forms an additive composition to create sheltered pockets for a garden. The new water infrastructure generates and sustains the place in which it is situated. In this small public utility urban, industrial and coastal ecologies are considered to highlight the strong interdependencies of their coexistence.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    The context of Poolbeg, Dublin.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    Water ecology / waste reuse.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    Index of plants in microclimate.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    Mixed-use layout of desalination units.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    Three atmospheres.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    Study of timber connections in wet environments.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    Preservation of, and biodiversity in timber structures.

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    Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland

    Waterfall façade concept: drainage, ventilation, assembly and light studies.

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    Holcim Awards 2014 Europe ceremony, Moscow, Russia

    Presentation of the Holcim Awards “Next Generation” 4th prize 2014 Europe for “De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland” (l-r): Claude Fussler, Founding member of the Board of the Holcim Foundation, France; András Dankházi (from Hungary), University College Dublin, Ireland; and Ottó Magera, CEO Holcim Hungary.

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    Holcim Awards 2014 Europe ceremony, Moscow, Russia

    András Dankházi (from Hungary), right, winner of the “Next Generation” 4th prize Europe for “De-Salination: Symbiotic water supply and landscape regeneration, Dublin, Ireland” examines the poster of the “Next Generation” 6th project, “Air-Shade”, with winner Nikola Znaor (from Croatia).

  • Next generation Next Generation 4th prize 2014–2015 Europe

The project reuses the warmed saltwater rejected from power plants in a mixed use infrastructure for low-cost desalination to supply water to Dublin’s growing population. The water discharge establishes a brine aerosol microclimate – the ideal conditions for the generation of salt marsh gardens, extending the nature reserve and preserving the timber structure. The same water source warms a public swimming pool on the roof top via heat exchangers.

By András Dankházi - University College Dublin, Dublin, Ireland

Ideas: Ecosystem Restoration

The project reuses the warmed saltwater rejected from power plants in a mixed use infrastructure for low-cost desalination to supply water to Dublin’s growing population.

The water discharge establishes a brine aerosol microclimate – the ideal conditions for the generation of salt marsh gardens, extending the nature reserve and preserving the timber structure. The same water source warms a public swimming pool on the roof top via heat exchangers.

De-Salination

Project authors

  • Project entry 2014 Europe – De-Salination: Symbiotic water supply and landscape …
    András Dankházi

    University College Dublin

    Ireland

Project updates