Rate of S(IV) to S(VI) at Different pHs using O3 and H2O2
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If the ozone concentration in the plume is 80 ppb, calculate the liquid-phase rate of S(IV) oxidation in the plume by ozone.
The rate for the oxidation of SO2 by H2O2 is given by the expression: please see attachment for expression.
where k = 7.45  107 M-2 s-1 and K = 13 M-1. If the pH of the rainwater is 4.3, calculate the rate of SO2 oxidation by H2O2 in the plume if the H2O2 concentration is 1 ppb. Which oxidation (O3 or H2O2) sequence dominates at a pH of 4.3?
At what pH would the rates of SO2 oxidation by H2O2 and O3 be equal?
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Rate of S(IV) to S(VI) at Different pHs using O3 and H2O2 is calculated.
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If the ozone concentration in the plume is 80 ppb, calculate the liquid-phase rate of S(IV) oxidation in the plume by ozone.
The rate for the oxidation of SO2 by H2O2 can be expressed by:
where k = 7.45 107 M-2 s-1 and K = 13 M-1. If the pH of the rainwater is 4.3, calculate the rate of SO2 oxidation by H2O2 in the plume if the H2O2 concentration is 1 ...
Purchase this Solution
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