Review
A sustainable approach to extracting baobab oil: neat supercritical CO2 optimization.
Fatlinda Gashi, Charlotta Turner, Arwa Mustafa, Fiona Nermark
ReviewRSC advances2025
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Research Facts
A sustainable approach to extracting baobab oil: neat supercritical CO2 optimization.
Fatlinda Gashi, Charlotta Turner, Arwa Mustafa, Fiona Nermark
Review · Moderate · 2025 · RSC advances
Findings

Baobab oil extracted using a clean, solvent-free CO2 method produced a lower yield (9.3%) than traditional pressing (37%), but the oil that was extracted had a superior fatty acid profile with high levels of oleic, linoleic, and palmitic acids—the same beneficial fats found in warm-pressed versions. The process resulted in pure oil with no chemical residue, making it viable for clean beauty products.

Design: Review
Evidence: Moderate
Journal: RSC advances
Methodology

Researchers optimized a supercritical CO2 extraction process (no added solvents) using response surface methodology to find the best temperature and pressure conditions for pulling oil from baobab seeds.

Funded By

Funding not disclosed in abstract

A sustainable approach to extracting baobab oil: neat supercritical CO2 optimization. — Duck Heart Ghost