Offering a sustainable alternative to chemical solvents, the eco-friendly Phenobio™ subcritical water technology is behind Lubrizol's botanical expertise for the development of efficient natural active ingredients for the personal care market.
Recognitions from the beauty industry include the 2023 Lester Conrad Memorial Award for the Best Overall Paper titled “Naturally Increasing Phytochemical Complexity in Botanical Extractions Using a Highly Efficient Low Environmental Impact and Sustainable Technique” at the Annual Conference of the Australian Society of Cosmetic Chemists in Australia.
When water stops being water… amazing things happen
Phenobio™ subcritical water technology manipulates temperature and pressure in such a way that water transforms itself and modifies its own characteristics.
Changes in polarity modify the behavior of water as a solvent, allowing for increased extraction efficiency, including the recovery of apolar compounds that are not usually highly soluble in water at room temperature.
27% energy savings ·100% compostable biomass post extraction · 64% water savings
Phenobio™ subcritical water technology allows to obtain purer and environmentally conscious extracts found at Lubrizol's nature-based portfolio of cosmetic active ingredients.
Oxylance™ advanced botanical ingredient mimics the Tibetan genetic adaptation to hypoxia conditions for increased oxygen supply to the skin. A yoga-like effect to look and feel better. Learn more.
Resulook™ advanced botanical ingredient revives the appearance of the eyes by improving hair nourishment and anchorage, to promote growth and density of eyelashes and eyebrows. Learn more.
Actismart SW? extracts, a selection of unique botanicals all characterized and most originate from organic culture and from by-products of the industry. Learn more.
Stevisse™ advanced botanical ingredient retinoid-like mechanism helps minimize the appearance of wrinkles and homogenize the skin tone in a gentler way. Learn more.
You know the destination. We'll help you reach it sustainably.