Abstract
The kinetics of absorption of isobutylene in aqueous solutions of sulphuric acid in the range of concentrations of industrial importance was studied in a stirred cell and a jet apparatus. The pseudo-first order reaction rate constant at 30°C was found to vary from 56 sec −1 to 7·87 × 10 5 sec −1 over the sulphuric acid concentrations of 49·5 per cent (7·0 g mole/l.) to 71·0 per cent (11·75 g mole/l.). The apparent energy of activation was found to be 13·0 kcal/g mole.
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