BASF's Cosmetics Scientists Are Chasing Better Skin Regeneration From Coconut Water

BASF is highlighting several new research developments in cosmetic science at the 36th IFSCC Congress 2026, spanning sustainable extraction, targeted collagen repair, and bio-based skin-care formulations.

The research reflects a broader shift in specialty personal-care chemicals toward bio-based inputs, precision actives, advanced formulation systems, and scientifically supported performance claims.

For cosmetics manufacturers and ingredient procurement teams, these developments are important because they show how suppliers are combining sustainability objectives with increasingly sophisticated skin-care functionality.

Sustainable Extraction Using Coconut Water

One of BASF's featured studies examines coconut water as a naturally derived extraction medium for botanical ingredients.

According to BASF, the research found that coconut-water extraction increased polyphenol content from botanical sources and enriched rose and citrus extracts with compounds including flavonol glycosides and flavanone glycosides.

The resulting extracts also demonstrated effects related to epidermal cohesion and barrier resilience.

The approach could provide formulators with another pathway for developing botanical cosmetic ingredients while reducing reliance on conventional extraction solvents.

Precision Peptides Target Damaged Collagen

BASF is also presenting research into collagen hybridizing peptides (CHPs), a class of bioactive peptides inspired by biomedical research.

The peptides are designed to recognize and bind damaged collagen structures. BASF's research indicates that its lead candidate stimulated procollagen I production, supported tissue-repair processes, and reduced damaged collagen.

The work also uses AI-driven molecular modeling, highlighting the growing intersection between computational science and cosmetic ingredient development.

This direction is particularly relevant to premium skin-care products, where consumers increasingly expect more specific scientific mechanisms rather than broad anti-aging claims.

Bio-Based Polysaccharides for Skin Hydration

A third research project, conducted jointly by BASF and Stanford University, examines bio-based polysaccharides that form functional films on the skin.

The research explores how molecular entanglement and crystallization influence film formation and water transport through the skin's outer layer.

According to the researchers, the bio-based additives can improve hydration retention, facilitate emollient penetration, and reduce drying-related stress while maintaining skin-barrier performance.

This creates another example of sustainability and formulation performance being developed together rather than treated as separate objectives.

Sustainability Is Becoming a Formulation Requirement

The research presented by BASF reflects a broader transformation in the personal-care ingredients market.

Cosmetics companies increasingly need ingredients that combine:

• Strong functional performance

• Sustainable sourcing

• Bio-based or renewable feedstocks

• Traceable production

• Reliable commercial supply

• Scientifically supported claims

• Formulation flexibility

BASF's Care Chemicals division already supplies ingredients including surfactants, emulsifiers, polymers, emollients, chelating agents, cosmetic actives, and UV filters.

This breadth allows suppliers to compete not only on individual ingredients but also on formulation technology and technical support.

BASF Is Also Expanding Personal-Care Production

The research activity comes alongside investment in personal-care manufacturing.

In July 2026, BASF inaugurated a new Düsseldorf plant for specialty emollients, representing a mid-double-digit-million-euro investment and expanding capacity for European and global cosmetics markets. The facility focuses particularly on skin-care and sun-protection applications and includes emollients based on renewable raw materials.

Taken together, the research and capacity investment indicate that BASF is pursuing both ingredient innovation and manufacturing capability in personal care.

Competitive Intelligence

Cosmetic ingredient companies can monitor this trend through several indicators.

1. Bio-Based Chemistry

Track new extraction technologies and renewable feedstocks that can replace conventional inputs.

2. Precision Actives

Monitor peptides, proteins, and other targeted actives supported by increasingly sophisticated biological research.

3. Formulation Systems

Watch developments in polymers and film-forming technologies that improve hydration, delivery, and barrier performance.

4. Manufacturing Capacity

New plants and capacity expansions can indicate where suppliers expect future demand.

5. Scientific Validation

Clinical, in-vivo, and laboratory evidence is becoming increasingly important for premium cosmetic ingredients and product claims.

Procurement Considerations

Cosmetics procurement teams should evaluate emerging ingredients on more than price.

Important criteria include:

• Ingredient performance

• Regulatory documentation

• Manufacturing capacity

• Feedstock traceability

• Sustainability credentials

• Quality consistency

• Technical support

• Supply continuity

• Customer qualification requirements

For innovative cosmetic actives, procurement teams should also distinguish between research-stage technologies and commercially available ingredients. Not every promising research platform immediately translates into a scalable commercial product.

Looking Ahead

BASF's IFSCC research illustrates how the specialty personal-care chemicals market is moving toward a combination of sustainable chemistry, precision biology, advanced materials, and formulation science.

Coconut-water extraction demonstrates the search for more sustainable processing routes, while collagen-hybridizing peptides show how targeted biological mechanisms are influencing cosmetic innovation. Bio-based polysaccharides add another dimension by combining renewable materials with functional skin-care performance.

For ingredient buyers and cosmetics manufacturers, the competitive landscape will increasingly depend on suppliers that can combine scientific innovation with reliable commercial manufacturing and credible sustainability performance.

Key Takeaways

• BASF is presenting research covering sustainable extraction, collagen repair, and bio-based skin-care formulation systems.

• Coconut water is being studied as a naturally derived extraction medium that can increase botanical polyphenol yields.

• Collagen-hybridizing peptides are being investigated for targeted interaction with damaged collagen.

• Bio-based polysaccharides may improve hydration retention and skin-barrier performance.

• BASF's research is complemented by recent investment in specialty emollient production capacity.

• Cosmetic procurement teams should evaluate innovation alongside scalability, documentation, sustainability, and supply reliability.

Sources

https://chemxplore.com/news/basf-sustainable-extraction-skin-regeneration