BASF is presenting its research and innovations focused on sustainable extraction and skin regeneration at the International Federation of Societies of Cosmetic Chemists (IFSCC) Congress 2026 from September 28 to October 1 in Perth, Australia. The findings emphasize three key areas: natural extraction technologies, collagen restoration, and enhancing skin barrier support while prioritizing sustainability.
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The company highlights its plant compound extraction method utilizing naturally derived solvents, particularly coconut water, as a renewable medium for extracting botanical compounds. This innovative approach reportedly enhances the recovery of specific phytochemicals, including flavonol glycosides in rose extracts and flavanone glycosides in citrus extracts. Aurélie Courtois, a scientific communication specialist at BASF, stated that optimizing solvent properties can yield extracts with higher concentrations of active compounds, which may improve biological performance and skin barrier resilience.
BASF is also researching collagen-targeting peptides (CHPs), which are bioactive peptides designed to bind to damaged collagen and enhance skin regeneration. Preliminary clinical studies indicate that these peptides stimulate procollagen I production and promote tissue repair while addressing collagen degradation. Courtois noted that this approach marks a shift towards selectively repairing damaged collagen, positioning peptide technologies as promising for anti-aging solutions. The development of CHPs has been supported by AI-driven molecular modeling, leading to the launch of new active ingredients for collagen-focused skincare earlier this year.
In collaboration with Stanford University, BASF is investigating the use of bio-based polysaccharides to create functional films on skin that improve hydration and barrier properties. Research findings indicate that these bio-based additives can enhance moisture retention and facilitate the delivery of emollients, while also protecting the skin from dehydration stress. Dr. Thomas Albers, director of global development, skin care and application technology EMEA at BASF, emphasized that sustainability and performance can be achieved simultaneously with these new materials, allowing formulators to meet consumer demands for effective and environmentally responsible skincare solutions.