STP1018

    Measurements on Natural Dispersion

    Published: Jan 1989


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    Abstract

    In the case of an oil spill, knowledge is needed of the natural dispersion behavior of the oil in the particular situation for decision making on the application of chemical dispersants. Small-scale and full-scale laboratory measurements were performed on the natural dispersion rate Q, droplet size distribution d0(f), and intrusion depth zi for a surface oil slick broken up by breaking waves and the breakup of submerged oil (submerged spill) in a turbulent ambience. Empirical relations were derived for Q, d0(f), and zi as a function of oil type, weathering state, oil layer thickness, breaking wave energy, temperature, and water salinity.

    Keywords:

    natural dispersion, laboratory measurements, droplet size, oil, water, oil spills, waves


    Author Information:

    Delvigne, GAL
    Research engineer, Delft Hydraulics, Delft, MH


    Paper ID: STP18662S

    Committee/Subcommittee: F20.18

    DOI: 10.1520/STP18662S


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