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Squalane has long been celebrated for its exceptional moisturizing properties, making it a staple in the cosmetics and skincare industry. However, traditional methods of sourcing squalane from shark liver oil have raised significant ethical and environmental concerns, leading to a pressing need for sustainable alternatives.
In response, biotechnology company Amyris has pioneered a groundbreaking approach to squalane production. By harnessing the power of biotechnology and precision fermentation, Amyris has developed a method to produce squalane from sugarcane—a solution that not only preserves marine ecosystems but also offers a more sustainable, economical, and ethical source of this valuable compound.
This case study highlights multiple aspects of this important development:
- Amyris utilizes innovative bioprocessing with engineered yeast strains and advanced fermentation techniques to produce farnesene from sugarcane.
- Thermo Fisher Scientific’s Prima PRO Process Mass Spectrometer ensures optimal fermentation conditions and maximizes yields through real-time monitoring.
- The partnership between Amyris and Thermo Fisher Scientific is reducing the environmental impact of squalane production, addressing ethical concerns, and meeting the growing demand for cruelty-free, eco-friendly products.
Access the full case study to see how Thermo Fisher Scientific is supporting Amyris in leading the charge toward a more sustainable future for the beauty and skincare industry.
