Abstract
This paper proposes a new, simple and an efficient method for methanol formation under the
cavitation influence of hydrogen-peroxide using a dynamic cavitation reactor. The process involves the
reaction of the generated hydroxyl radical with propanebutane
gas (C3–C4) to form propyl and butyl radicals which decompose into methyl radicals and alkenes,
followed by the subsequent yield of methanol (via the interaction of methyl-radical with hydroxyl radical).
Technological process parameters employed in this investigation are quite achievable for industrial
production.
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