ABSTRACT: Palm carotene was successfully concentrated from crude palm oil by a single-stage chromatographic process on a synthetic porous polymer. Carotene was concentrated to about 10 5 ppm solution, which is about 160 times the original concentration in crude palm oil. Carotene recovery varied from 40 to 65% depending upon chromatographic conditions. The fatty acid composition of the palm oil did not change during the carotene recovery process, and the carotene composition was also almost the same as that in palm oil. Adsorption isotherms of the adsorbent differed from other adsorbents. This new recovery method for palm carotene may be suitable as an edible palm oil pretreatment process due to its efficient mass recovery of a valuable bio...
Crude palm oil (CPO) and crude palm olein (CPOlein) were hydrolysed with lipase from Candida Rugosa...
Residual fibers from palm oil production are a good source of carotene, since they contain more than...
Efforts to collect carotenoid components from palm oil by crystallization fractionation method with ...
Palm carotene was successfully concentrated from crude palm oil by a single-stage chromatographic pr...
Palm oil is the richest source of natural plant carotenoids in terms of retinol or pro vitamin A equ...
The phytonutrients (carotenes, tocols, squalene and sterols) present in crude palm oil (CPO) are sti...
This research was aimed to obtain an optimum conditions for production of liquid fraction of crude p...
Crude palm oil (CPO) is highly abundant in carotenoids. Previous findings found that dry fractionati...
The growing demand on beta-carotene has generated huge challenges to global industry to fulfill the ...
The use of different synthetic polymer resin adsorbents, including HP 20, Exa 31, Exa 32 and Exa 50 ...
Sub-criticalextraction of palmoil from palmmesocarp using R134a solvent was conducted via the dynami...
This research was aimed to obtain an optimum conditions for production of liquid fraction of crude p...
Malaysia is the world's largest producer and exporter of palm oil. The production figure in 1995 was...
Crude, palm oil (CPO) has the highest content of carotenoids (500-700 ppm), a precursor of vitamin ...
Experiments involving subcritical carbon dioxide extraction of palm oil from treated palm mesocarp w...
Crude palm oil (CPO) and crude palm olein (CPOlein) were hydrolysed with lipase from Candida Rugosa...
Residual fibers from palm oil production are a good source of carotene, since they contain more than...
Efforts to collect carotenoid components from palm oil by crystallization fractionation method with ...
Palm carotene was successfully concentrated from crude palm oil by a single-stage chromatographic pr...
Palm oil is the richest source of natural plant carotenoids in terms of retinol or pro vitamin A equ...
The phytonutrients (carotenes, tocols, squalene and sterols) present in crude palm oil (CPO) are sti...
This research was aimed to obtain an optimum conditions for production of liquid fraction of crude p...
Crude palm oil (CPO) is highly abundant in carotenoids. Previous findings found that dry fractionati...
The growing demand on beta-carotene has generated huge challenges to global industry to fulfill the ...
The use of different synthetic polymer resin adsorbents, including HP 20, Exa 31, Exa 32 and Exa 50 ...
Sub-criticalextraction of palmoil from palmmesocarp using R134a solvent was conducted via the dynami...
This research was aimed to obtain an optimum conditions for production of liquid fraction of crude p...
Malaysia is the world's largest producer and exporter of palm oil. The production figure in 1995 was...
Crude, palm oil (CPO) has the highest content of carotenoids (500-700 ppm), a precursor of vitamin ...
Experiments involving subcritical carbon dioxide extraction of palm oil from treated palm mesocarp w...
Crude palm oil (CPO) and crude palm olein (CPOlein) were hydrolysed with lipase from Candida Rugosa...
Residual fibers from palm oil production are a good source of carotene, since they contain more than...
Efforts to collect carotenoid components from palm oil by crystallization fractionation method with ...