On the degradation of methyl bromide in sea water
Peter M. Jeffers, N. Lee Wolfe
Abstract
Peter M. Jeffers, N. Lee Wolfe
Abstract
Methyl bromide degradation in sea water can be described by a summation of the hydrolysis and chloride ion exchange reactions. Laboratory experiments covered chloride concentrations of 0.1 to 1.0 mol/1, and temperatures from 20 to 60°C. The first‐order hydrolysis rate constant is and the second‐order chloride ion exchange rate constant deduced from the experiments is At a sea water surface temperature of 21.9 °C and a chloride concentration of 0.56 mol/1, the calculated degradation half‐life of methyl bromide in sea water is 4 days. At 35 °C, τ1/2 = 22 hr.
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Methyl bromide degradation in sea water can be described by a summation of the hydrolysis and chloride ion exchange reactions. Laboratory experiments covered chloride concentrations of 0.1 to 1.0 mol/1, and temperatures from 20 to 60°C. The first‐order hydrolysis rate constant is and the second‐order chloride ion exchange rate constant deduced from the experiments is At a sea water surface temperature of 21.9 °C and a chloride concentration of 0.56 mol/1, the calculated degradation half‐life of methyl bromide in sea water is 4 days. At 35 °C, τ1/2 = 22 hr.
Key concepts: Bromide, Chloride, Seawater, Degradation (telecommunications), Hydrolysis, Reaction rate constant, Chemistry, Ion