The corrected velocity coefficients (k') have been calculated for the hydrogenation of safflower, sesame, cottonseed and groundnut oils in a continuous process. The values 2 and 4 obtained for the exponent n in the equation. k=k'R\(\frac{I}{n}\) have been shown to be due to the activated absorption of olein and linolein respectively. The heats of activation calculated for oils containing different percentages of olein and linolein have shown that the heats of activation are about 2K cals. and 8K cals. for olein and linolein respectively
Kinetic studies of the catalytic hydrogenation of vegetable oils and fatty acid methyl esters in liq...
The main objective of rapeseed oil hydrogenation tests was the production of liquid bio-chemicals to...
Hydrogenation of edible oils is a liquid phase process in which gaseous hydrogen is dispersed and c...
ABSTRACT: A second-order kinetic model for hydrogenation of fatty acids in series has been developed...
The kinetics of the hydrogenation of cottonseed oil at different operating conditions were investiga...
Hardening of vegetable oils is reviewed from an engineering point of view. The present review focuse...
Hardening of vegetable oils is reviewed from an engineering point of view. The present review focuse...
WOS: A1991GH15600001The kinetics of the hydrogenation of cottonseed oil at different operating condi...
The catalytic hydrogenation of oils in the preparation of solid fats for edible and general industri...
Canola oil was hydrogenated on an industrial nickel catalyst at 180 °C under a wide range of pressur...
Hydrogenation process is simply defined as the addition of hydrogen molecules to double bonds of tri...
The aim of this research is to study the kinetic reaction models for catalytic hydrogena...
During this project the catalytic hydrogenation of a mixture of fatty acids derivatives was performe...
A kinetic model for sunflower oil hydrogenation on a palladium catalyst is proposed based on Horiuty...
The aim of this research is to study the kinetic reaction models for catalytic hydrogenation of arom...
Kinetic studies of the catalytic hydrogenation of vegetable oils and fatty acid methyl esters in liq...
The main objective of rapeseed oil hydrogenation tests was the production of liquid bio-chemicals to...
Hydrogenation of edible oils is a liquid phase process in which gaseous hydrogen is dispersed and c...
ABSTRACT: A second-order kinetic model for hydrogenation of fatty acids in series has been developed...
The kinetics of the hydrogenation of cottonseed oil at different operating conditions were investiga...
Hardening of vegetable oils is reviewed from an engineering point of view. The present review focuse...
Hardening of vegetable oils is reviewed from an engineering point of view. The present review focuse...
WOS: A1991GH15600001The kinetics of the hydrogenation of cottonseed oil at different operating condi...
The catalytic hydrogenation of oils in the preparation of solid fats for edible and general industri...
Canola oil was hydrogenated on an industrial nickel catalyst at 180 °C under a wide range of pressur...
Hydrogenation process is simply defined as the addition of hydrogen molecules to double bonds of tri...
The aim of this research is to study the kinetic reaction models for catalytic hydrogena...
During this project the catalytic hydrogenation of a mixture of fatty acids derivatives was performe...
A kinetic model for sunflower oil hydrogenation on a palladium catalyst is proposed based on Horiuty...
The aim of this research is to study the kinetic reaction models for catalytic hydrogenation of arom...
Kinetic studies of the catalytic hydrogenation of vegetable oils and fatty acid methyl esters in liq...
The main objective of rapeseed oil hydrogenation tests was the production of liquid bio-chemicals to...
Hydrogenation of edible oils is a liquid phase process in which gaseous hydrogen is dispersed and c...