A review paper of the technology basics of vegetable oils epoxidation by means of peracetic or performic acid in the presence of acidic ion exchange resins has been presented. The influence of the following parameters: temperature, molar ratio of acetic acid and hydrogen peroxide to ethylenic unsaturation, catalyst loading, stirring intensity and the reaction time on a conversion of ethylenic unsaturation, the relative percentage conversion to oxirane and the iodine number was discussed. Optimal technological parameters, mechanism of epoxidation by carboxylic peracids and the possibilities of catalyst recycling have been also discussed. This review paper shows the application of epoxidized oils
Vegetable oil epoxides (oxiranes) are customarily manufactured using acetic acid (AA) as oxygen carr...
The epoxidized vegetables oils can be used a raw material for a broad range of products, from pharma...
Abstract The interest in epoxidation of vegetable oil is constantly growing in the chemical industr...
This work studied the epoxidation of soybean oil with aqueous hydrogen peroxide and formic acid, in ...
Epoxidation of vegetable oils is a commercially important reaction, because the epoxides obtained fr...
Epoxides of all kinds of plant oils are well known commercially since they can undergo many importan...
Epoxidation of the double bond is an interesting reaction because it opens up a wide variety of reac...
The general subject of the review is analysis of the effect of technological parameters on the chemo...
Chemical modification of vegetable oils, via epoxidation and epoxide ring-opening with alcohols was ...
Peroxyacids are commonly used in chemical processing, synthesis and bleaching. Recently, they have b...
Plant oils and their derivatives have been vigorously exploited as alternatives for synthesis of epo...
The reaction regimes under which proceed some of the relevant and deletereous consecutive reactions ...
The influence of different process variables (stirring, temperature, hydrogen peroxide concentration...
The interest on epoxidised vegetable oils has been increasing in the last years thanks to their use ...
Cationic ion-exchange resins are versatile catalysts, which offer several advantages over the homoge...
Vegetable oil epoxides (oxiranes) are customarily manufactured using acetic acid (AA) as oxygen carr...
The epoxidized vegetables oils can be used a raw material for a broad range of products, from pharma...
Abstract The interest in epoxidation of vegetable oil is constantly growing in the chemical industr...
This work studied the epoxidation of soybean oil with aqueous hydrogen peroxide and formic acid, in ...
Epoxidation of vegetable oils is a commercially important reaction, because the epoxides obtained fr...
Epoxides of all kinds of plant oils are well known commercially since they can undergo many importan...
Epoxidation of the double bond is an interesting reaction because it opens up a wide variety of reac...
The general subject of the review is analysis of the effect of technological parameters on the chemo...
Chemical modification of vegetable oils, via epoxidation and epoxide ring-opening with alcohols was ...
Peroxyacids are commonly used in chemical processing, synthesis and bleaching. Recently, they have b...
Plant oils and their derivatives have been vigorously exploited as alternatives for synthesis of epo...
The reaction regimes under which proceed some of the relevant and deletereous consecutive reactions ...
The influence of different process variables (stirring, temperature, hydrogen peroxide concentration...
The interest on epoxidised vegetable oils has been increasing in the last years thanks to their use ...
Cationic ion-exchange resins are versatile catalysts, which offer several advantages over the homoge...
Vegetable oil epoxides (oxiranes) are customarily manufactured using acetic acid (AA) as oxygen carr...
The epoxidized vegetables oils can be used a raw material for a broad range of products, from pharma...
Abstract The interest in epoxidation of vegetable oil is constantly growing in the chemical industr...