Kinetics and Mechanism of the Ozone Reaction with Alcohols, Ketones, Ethers and Hydroxybenzenes

Author:

Rakovsky Slavcho, ,Anachkov Metody,Belitskii Mikhail,Zaikov Gennady, , ,

Abstract

The review, based on 92 references, is focused on degradation of organics by ozonation and it comprises various classes of oxygen-containing organic compounds – alcohols, ketones, ethers and hydroxybenzenes. The mechanisms of a multitude of ozone reactions with these compounds in organic solvents are discussed in details, presenting the respective reaction schemes. The corresponding kinetic parameters are given and some thermodynamic parameters are also listed. The dependences of the kinetics and the mechanism of the ozonation reactions on the structure of the compounds, on the medium and on the reaction conditions are revealed. Various possible applications of ozonolysis are specified and discussed. All these reactions have practical importance for the protection of the environment.

Publisher

Lviv Polytechnic National University

Subject

General Chemical Engineering,General Chemistry

Reference79 articles.

1. [1] Razumovskii S., Rakovsky S., Shopov D. and Zaikov G.: Ozone i ego Reakcii s Organicheskimi Soedineniyami. Publ. House of the Bulgarian Academy of Sci., Sofia 1983.

2. [2] Bailey P.: Ozonation in Organic Chemistry, v. 2. Academic Press: New York 1982.

3. Oxidation of secondary alcohols with ozone

4. Integrated Wet Air Oxidation and Biological Treatment of Polyethylene Glycol-Containing Wastewaters

5. Simultaneous photodegradation and ozonation plus UV radiation of phenolic acids—major pollutants in agro-industrial wastewaters

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