Abstract

Betacarotenes molecules extractions using acetic acid (99% of purity) as solvent followed by distillated water neutralization or hexane solvent to get back betacarotenes. To obtain pure betacarotenes molecules, distillation step is necessary for the second process which use hexane solvent; however for the first process which use distillated water neutralization, decantation step is enough. The first process is energetically profitable. Unrefined palm oil which contains betacarotenes molecules with triglycerides and grease acids is used as model product for betacarotenes extraction. Both of the two processes have extraction rate more than 27% which increases proportionally with the weight of unrefined palm oil used for extraction.

Highlights

  • Betacarotenes molecules have been widely used in food and pharmaceutical industries

  • This paper show two news processes to extract betacarotenes molecules

  • The first process use distillated water to obtain pure betacarotenes molecules after decantation whereas solvent hexane is used for the second process and distillation is necessary to separate pure betacarotenes molecules

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Summary

Introduction

Betacarotenes molecules have been widely used in food and pharmaceutical industries. They were seen in many natural products such as: palm grains, carrots, tomatoes, spinach, etc.... [1]. Betacarotenes molecules have been widely used in food and pharmaceutical industries They were seen in many natural products such as: palm grains, carrots, tomatoes, spinach, etc.... This paper show two news processes to extract betacarotenes molecules. The main of these processes is the first step which use acetic acid 99% purity like solvent extraction. Unrefined palm oil which contains betacarotenes molecules with triglycerides and grease acids is used as model product for betacarotenes extraction. Both of the two processes have extraction rate of pure betacarotenes more than 27% which increases proportionally with the weight of unrefined palm oil used for extraction

Acetic Acid Extraction Followed by Water Neutralization
Step 4 Water Neutralization of the up to Gather Phase Rich on Betacarotenes
Acetic Acid Extraction Followed by Hexane Separation
Findings
Comparisons Between the Two Processes
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