A method using supercritical carbon dioxide to produce concentrated carotenoids and tocols from palm oil is described. The free fatty acids of crude palm oil were esterified by acid-catalysis followed by transesterification of the triglycerides into methyl esters. Methyl esters are considerably more soluble in supercritical carbon dioxide than the triglycerides and free fatty acids, and are preferentially dissolved leaving a solution of highly concentrated carotenoids (20.11 wt%) and tocols (10.66 wt%)
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Residual fibers from palm oil production are a good source of carotene, since they contain more than...
Crude palm oil was processed by continuous supercritical carbon dioxide. The process reduces the con...
A significant quantity of tocochromanols and carotenoids remains in the residual from palm oil produ...
Supercritical fluid extraction of α-tocopherol and β-carotenoids from crude palm oil offers an excel...
Abstract: The extraction of carotenoids from crude palm oil was carried out in a dynamic (flow-throu...
Palm oil is the richest source of natural plant carotenoids in terms of retinol or pro vitamin A equ...
In dieser Arbeit wurden Untersuchungen zur Anreicherung von Vitaminen aus rohem Palmöl durchgeführt...
In dieser Arbeit wurden Untersuchungen zur Anreicherung von Vitaminen aus rohem Palmöl durchgeführt....
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
The supercritical carbon dioxide (SC-CO2) was successfully used in the complete sterilization as wel...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Abstract: In the supercritical CO2 method of extraction of palm oil, many processes in conventional ...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Residual fibers from palm oil production are a good source of carotene, since they contain more than...
Crude palm oil was processed by continuous supercritical carbon dioxide. The process reduces the con...
A significant quantity of tocochromanols and carotenoids remains in the residual from palm oil produ...
Supercritical fluid extraction of α-tocopherol and β-carotenoids from crude palm oil offers an excel...
Abstract: The extraction of carotenoids from crude palm oil was carried out in a dynamic (flow-throu...
Palm oil is the richest source of natural plant carotenoids in terms of retinol or pro vitamin A equ...
In dieser Arbeit wurden Untersuchungen zur Anreicherung von Vitaminen aus rohem Palmöl durchgeführt...
In dieser Arbeit wurden Untersuchungen zur Anreicherung von Vitaminen aus rohem Palmöl durchgeführt....
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
The supercritical carbon dioxide (SC-CO2) was successfully used in the complete sterilization as wel...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Abstract: In the supercritical CO2 method of extraction of palm oil, many processes in conventional ...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Sub-critical extraction of palm oil from pressed palm fiber using water and preassured carbon dioxid...
Residual fibers from palm oil production are a good source of carotene, since they contain more than...
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