Ijagbuji A. Direct-conversion of propane-butane gas into methanol

Dissertation is devoted to the development of scientific bases of direct conversion of propane and butane technology in methanol using physical and chemical methods of initiation of the process, namely the photocatalytic (photodissociation of nitric acid in the UV range, steam mixture and nitrogen dioxide in the visible range) and cavitation (dynamic cavitation of peroxide hydrogen) methods generate OH radical, whereby the gases are converted into methanol in the "mild" conditions. The effect of process parameters and process conditions (reactant ratio, mass content of hydrogen peroxide, nitric acid, transmit power) conversion process on the performance of propane and butane in methanol and set its optimum conditions. Resolved the issue of practical implementation of the process, proposed design solutions of devices for its implementation, worked out alternative technological schemes installations.