Essential Oils Testing – Natural vs Synthetic

In an article published recently in Personal Care Europe, Beta Analytic’s marketing specialist Haley Gershon described the value of Carbon-14 testing in the growing essential oils industry as a tool to help stop the spread of synthetic, petrochemical-derived ingredients erroneously labeled as “natural”.

essential oil

Natural essential oils are made of highly concentrated plant constituents. However, when aiming for lower production costs, manufacturers may opt to use nature-identical additives containing the same chemical makeup, but from petrochemical sources rather than from plants.

Carbon-14 Analysis of Essential Oils

Identification of adulterated essential oils is possible through the use of analytical techniques such as carbon-14 testing, which indicates whether the origin of an essential oil is natural (biomass) or petrochemical (fossil). Material derived from plant origin contains a known level of the carbon-14 isotope, whereas petrochemical-derived material does not contain any carbon-14.

With the possibility that essential oils containing synthetic constituents are labelled “100% natural,” it is necessary to use carbon-14 analysis to distinguish between pure plant and petrochemical-adulterated essential oils.

For more information, please read the article Carbon-14 analysis: natural versus synthetic essential oil, published in Personal Care Europe in September 2019.

Rapid Carbon-14 Analysis of Essential Oils

Miami-based Beta Analytic provides rapid, high-quality carbon-14 analysis for various essential oils. The ISO 17025-accredited lab routinely reports results in 5-7 business days. A faster service is also available.

For inquiries on rates, please contact the lab using this form or call (+1) 305-662-7760.

Photo credit: https://www.pexels.com/@mareefe

This entry was posted on Wednesday, September 25th, 2019 and is filed under Essential Oil Testing, Flavor & Fragrance, Natural Product Testing .