CO2 vs Steam Distillation for Fragrance Industry

The fragrance industry demands **high-quality aromatic compounds** for **perfumes, cosmetics, and essential oils**. This article compares **supercritical CO2 extraction** and **steam distillation** for **fragrance compound production**.

1. Purity and Aroma Retention

• Supercritical CO2 Extraction: Preserves **full aromatic complexity**, ensuring long-lasting fragrances.
• Steam Distillation: High heat may **alter delicate fragrance molecules**, affecting final scent profiles.

2. Efficiency in Extracting Volatile Compounds

• CO2 Extraction: Captures **heat-sensitive compounds** without degradation.
• Steam Distillation: Some fragrance notes may be **lost or modified** due to temperature exposure.

3. Industrial Applications in Perfume Production

• CO2 Extraction: Used for **luxury perfumes and high-end fragrance oils**.
• Steam Distillation: More common in **mass-market fragrance production** but less effective for delicate extracts.

4. Case Study: CO2 Extraction in High-End Perfumery

A premium perfume brand **increased fragrance intensity by 30%** after switching to CO2 extraction.

5. Conclusion

For **fragrance industry applications**, **supercritical CO2 extraction** ensures **higher purity and aroma preservation**. Companies like **SHANGHAI NORTH BROOKS** provide **CO2 SUPERCRITICAL EXTRACTION MACHINE** solutions for **high-quality fragrance production**.

READ MORE：

• CO2 vs Steam Distillation for Food-Grade Extracts
• Supercritical CO2 vs Steam Distillation Temperature Control
• CO2 vs Steam Distillation for Heat-Sensitive Compounds
• Supercritical CO2 vs Steam Distillation for Peppermint Oil
• CO2 vs Steam Distillation for Lavender Oil Extraction
• Supercritical CO2 vs Steam Distillation Process Efficiency
• CO2 vs Steam Distillation Environmental Sustainability
• CO2 vs Steam Distillation for Terpene Retention
• Supercritical CO2 vs Steam Distillation Purity Level