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EC number: 206-108-6
CAS number: 301-10-0
The predicted second-order rate constant for reaction of OH radical with tin bis(2-ethylhexanoate) is 9.9 x 10 -12 cm3/molecule*sec. This rate constant equates to an estimated half-life of 38.9 hrs, or 1.6 days; assuming an OH radical concentration of 500,000 molecules/cm3.
The estimated atmospheric half-life for tin bis (2-ethylhexanoate) is
1.6 days, indicating that the substance will not behave as a persistent
atmospheric pollutant if emitted to the air. This half-life is < 2 days,
and therefore the substance is not regarded as having potential for
long-range transport in the atmosphere.
The training set used to develop the AOPWIN algorithm does not include
other Sn(II) organometallic compounds. However, since the mode of
reactivity for the tin bis (2-ethylhexanoate) molecule with hydroxyl
radical is dominated by reactions with the 2-ethyl hexanoate part (i.e.,
hydrogen abstraction), the presence of the Sn atom is not expected to
result in decreased accuracy of the prediction. The accuracy of this
prediction of the second-order rate constant for organic acids was
demonstrated by comparing experimental and predicted rate constants for
butyric acid. The predicted value deviates from the experimental value
by only 12 %.
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