- SEPAWA Congress
- E
- Program
- E
- Lecture program
Lecture program
New scientific discoveries and the latest product developments from the industry find their well-earned place in our lectures at the Scientific Conference and Forum for Innovations.
15.10.2025
15:10
15:30
Auditorium
Hybrid Detergents Enable Biocompatible Consumer Products and Medical Research
European Detergents Conference
| Fundamental Research
(available in the SOFW media library after the congress)
Lecture Language: English
Detergents are key ingredients in cosmetic, cleaning, and sanitizer formulations but solubilize hydrophobic matter with low selectivity. This leads to cell damage and side effects, like skin irritation, allergies or antimicrobial resistance. To align detergent chemistry with consumer health, we established ionic/non-ionic hybrid detergents with surprising advantages. Compared to established ionic detergents, like sodium dodecyl sulphate or dodecyltrimethylammonium bromide, related ionic/non-ionic hybrid detergents have low critical micelle concentration values, low cytotoxicity, excellent hard water tolerance and good solubilizing properties. Ionic/non-ionic hybrid detergents will enable the development of cleaning products that demand detergents with scalable cell compatibility, while doing the job of cleaning applications. Furthermore, in context with medical research, we designed non-ionic hybrid detergents to control the stabilization of functional membrane proteins and their interactions with membrane lipids in biochemical assays. Membrane proteins are vital molecular machines in cell membranes and targets for most approved drugs on the market. A detailed analysis of their function and drug binding in context with membrane lipids is crucial for drug discovery but exceptionally challenging. Standard detergents poorly replicate relevant membrane lipid compositions surrounding proteins and limit the transferability of drug binding on purified proteins into patients. To overcome this innovation hurdle, we designed hybrid detergents with scalable solubilization properties. The trick is to fuse headgroups of non-ionic detergents to precisely tune polarity and conical shape of hybrid detergents. Our chemical design led to first detergent micelles that gradually remove or retain protein-lipid interactions during purification from membranes. Surprisingly, our hybrid detergent technology enables new possibilities in membrane protein drug discovery and uncovered a new type of biomolecular interaction between proteins and glycolipids in cell walls of Gram-negative bacteria with relevance for antibiotic research. The chemistry of hybrid detergents delivers exciting avenues for the development of biocompatible consumer products and medical research.
15.10.2025
09:30
09:45
Room 1
TexCare One Terra: Next-generation Performance Polymer Delivering Superior Cleaning and Formulation Flexibility for Laundry Capsules
Forum for Innovation (SEPAWA)
| Home Care, Industrial & Institutional Cleaning
, Cleaning Agents
(available in the SOFW media library after the congress)
Lecture Language: English
Today’s consumers seek one-fits-all solutions for convenient, affordable and sustainable washing without compromising performance. This shift has accelerated the trend toward compact, concentrated laundry solutions that align with modern lifestyles – minimizing storage space, simplifying handling, reducing environmental footprint, while delivering premium cleaning results. The ‘value over volume’ trend reflects evolving consumer decision-making toward affordable sustainability as a top priority when purchasing everyday use products.
In response, the laundry market has adapted to these consumer preferences, as it steadily undergoes impactful transformation. Detergent brands have invested in innovative dosage forms such as liquid detergent capsules that deliver both convenience and sustainability benefits, which supports the assumption that this category is expected to grow at twice the rate of conventional concentrated liquid detergents, becoming the lead detergent category. Manufacturers continuously develop powerful yet resource-friendly formulations requiring less water and ingredient levels, suitable for sustainable packaging options such as paper-based cardboard boxes. As a result, the chemical industry faces increased demand for highly efficient, multifunctional ingredients compatible with high concentrated formats.
Clariant addresses these market needs with the launch of an innovative soil release polymer specifically engineered for high-concentrate laundry products, particularly laundry capsules: TexCare One Terra.
This novel polymer has an innovative chemical structure delivering exceptional compatibility with typical capsule formulations while demonstrating best-in-class cleaning performance, such as soil release performance, whiteness maintenance and detergency boost, even in low temperature wash. This unique combination of high formulation flexibility even in concentrated low-water formats, multifunctionality and highest efficiency make TexCare One Terra an ideal solution to enhance washing performance and cold wash power of laundry pouches without any compromise.
15.10.2025
10:15
10:30
Room 1
Cold Wash, Clean Planet: EURECO™ Powers the Future of Fabric Care
Forum for Innovation (SEPAWA)
| Home Care, Industrial & Institutional Cleaning
, Cleaning Agents, Biocides
(available in the SOFW media library after the congress)
Lecture Language: German
As consumers seek cleaner clothes, lower energy use, and more sustainable solutions, 6-phthalimido peroxyhexanoic acid (PAP)—commercialized as EURECO™—emerges as a transformative active for next-generation fabric care. This high-performance, non-chlorine bleach delivers powerful stain removal, fabric-safe whitening, and proven biocidal efficacy at low wash temperatures—enabling true cold-wash performance while enhancing overall wash efficiency and preserving color integrity.
Technically advanced yet environmentally and consumer safe, PAP degrades into non-toxic, readily biodegradable by-products, aligning with the most stringent sustainability and regulatory standards. From premium detergents to eco-labeled formulations, EURECO™ empowers brands to deliver visible cleaning results, fabric protection, and a reduced environmental footprint—all within a single molecule. It’s not just a bleach—it’s the new benchmark for smart, sustainable fabric care.
15.10.2025
12:15
12:30
Room 1
Citric Acid as Eco-friendly and Safe Rust Removal Agent
Forum for Innovation (SEPAWA)
| Home Care, Industrial & Institutional Cleaning
, Care Agents
(available in the SOFW media library after the congress)
Lecture Language: German
Corrosion, particularly iron oxidation (rust formation), is a widespread problem that affects both industrial and everyday applications. Rust occurs when iron reacts with water and oxygen, and can even occur on corrosion-resistant materials such as stainless steel. The removal of rust is typically carried out through mechanical processes or the use of chemical rust removers, which often rely on strong acids. While these chemicals are effective, they pose health risks and environmental hazards.
Jungbunzlauer citric acid is produced through natural fermentation from renewable raw materials and offers an eco-friendly and safe alternative to strong acids. It is biodegradable, non-toxic, and safe to handle. Its weaker acidity results in a more gradual rust removal, reducing the risks to both humans and the environment.
In the present work, we compared commonly used acids like phosphoric acid with citric acid. Citric acid-based rust removers are primarily available as liquid solutions or gels, allowing for precise and user-friendly application. It was found that citric acid represents an equally effective, more environmentally friendly, and safer alternative to traditionally used acids. The chemical action of citric acid increases the solubility of iron oxide, leading to the formation of iron citrate. These properties make citric acid an effective and eco-conscious solution for rust removal, while simultaneously preserving the integrity of the base material.
15.10.2025
12:30
12:45
Room 1
Soft on Skin, Tough on Dirt: REWOFERM® Biosurfactants for Manual Car Washing
Forum for Innovation (SEPAWA)
| Home Care, Industrial & Institutional Cleaning
, Cleaning Agents
(available in the SOFW media library after the congress)
Lecture Language: German
As the demand for eco-friendly and effective cleaning solutions grows, the manual car wash industry presents a promising application area for REWOFERM® biosurfactants. This presentation focuses on the unique properties of these biosurfactants, particularly their mildness and exceptional foaming characteristics, which result in a dense, creamy foam ideal for automotive cleaning. Our formulation is specially designed to be gentle on sensitive skin, ensuring a safe and pleasant experience for users while effectively removing dirt and grime from vehicle surfaces. Additionally, REWOFERM® biosurfactants demonstrate outstanding compatibility with various metals, providing a protective and non-corrosive cleaning solution that maintains the integrity of car finishes. Join us to discover how our innovative biosurfactants can transform car washing practices, promoting both environmental sustainability and superior cleaning performance.
15.10.2025
15:00
15:30
Room 2+3
Biotech in Beauty: Preserving Dermal Integrity with a Skin-Identical Collagen Polypeptide
Scientific Conference (SEPAWA)
| Personal Care
, Biotech Innovations in Cosmetics: From Biomimicry to Breakthroughs
(available in the SOFW media library after the congress)
Lecture Language: German
Recent advancements in biotechnology and precision fermentation are transforming the cosmetic industry by enabling access to innovative ingredients such as skin-identical molecules. Collagen, crucial for dermal integrity, diminishes with age, creating a demand for effective interventions. While various compounds modulate collagen expression and degradation, the effects of topically applied biotech-derived collagen polypeptides are largely underexplored.
This study investigates a biotech-derived collagen polypeptide identical to human collagen type III, assessing its potential for dermal protection and anti-aging effects. In vitro and ex vivo analyses demonstrate the polypeptide’s efficacy in enhancing the extracellular matrix (ECM). It offers dual benefits by protecting against ECM degradation and stimulating the biosynthesis of vital ECM components, including collagen, elastin, and fibronectin. Additionally, the polypeptide promotes intercellular communication between keratinocytes and fibroblasts through exosome-mediated microRNA regulation, notably downregulating keratinocyte-derived exosomal miRNA let-7b, which upregulates COL4A1, a critical component of the dermal-epidermal junction (DEJ).
A clinical study assessed the efficacy of a formulation containing the collagen polypeptide over 30 and 60 days, involving 35 female participants aged 38-58 with mild to moderate signs of skin aging. The results demonstrated a substantial reduction in wrinkles, with decreases of 7-10% after 30 days (D30) and 12-17% after 60 days (D60), significantly outperforming the vehicle control. Cutometer measurements revealed substantial improvements in skin firmness (+8.3% at D30 and +19.2% at D60) and elasticity (+8.8% at D30 and +18.2% at D60). Additionally, ultrasonography indicated remarkable enhancements in dermal density, showing increases of 16.6% at D30 and 31% at D60.
Ongoing studies further validate these findings, demonstrating improved dermal density in skin treated before and after aesthetic procedures, highlighting its efficacy in promoting rejuvenation. Collectively, these results underscore the innovative mechanisms through which collagen polypeptides can positively influence dermal structure and combat aging markers in vivo, paving the way for future cosmetic applications.
15.10.2025
16:45
17:15
Room 2+3
Skin Longevity and Rejuvenation: The Role of NAD+ in Targeting the Hallmarks of Aging
Scientific Conference (SEPAWA)
| Personal Care
, The Future of Cosmetics: How Science Can Fulfill Consumer Trends
(available in the SOFW media library after the congress)
Lecture Language: German
There is a growing interest around the world in improving the quality of life of older adults. Interventions to slow biological aging and extend health span are major challenges due to the social and healthcare costs associated with an aging population. The desire for youthful appearance and skin rejuvenation has also led the cosmetics industry to focus on longevity concepts. This trend has led to significant advances in aging research. The “hallmarks of aging,” first published in 2013, describe the fundamental biological processes responsible for aging that are common to all biologically aging organisms. These processes lead to dysfunction, progressive loss of physiological integrity, and ultimately mortality. Targeting the hallmarks of aging with natural, bioactive compounds is a promising strategy to contribute to longevity and improve skin appearance. One promising approach to increasing longevity is to increase levels of NAD+, a molecule involved in many age-related processes. However, incorporating NAD+ into cosmetics has been challenging due to its limited stability and bioavailability. Research has shown that Helianthus Annuus (sunflower) sprout extract can increase NAD+ levels in skin cells by modulating nicotinamide phosphoribosyl transferase, a rate-limiting enzyme in NAD+ recycling. In vitro and ex vivo studies have shown that the extract targets at least five hallmarks of aging by improving DNA repair, mitochondrial function and collagen density. A placebo-controlled clinical study of sunflower sprout extract showed improved skin smoothness, facial lifting potential, and a more youthful appearance. The sunflower sprout promotes skin longevity and visible skin rejuvenation by replenishing NAD+ levels.
15.10.2025
09:45
10:00
Room 12+13
The New Gold Standard for Stabilised Retinol
Forum for Innovation (SEPAWA)
| Personal Care
, Anti-Aging
(available in the SOFW media library after the congress)
Lecture Language: German
Retinol is a widely researched and popular anti-ageing ingredient. It firms the skin, stimulates collagen synthesis and promotes skin regeneration. Wrinkles are reduced and the skin appears plumper, smoother and lifted. Retinol is a retinoid like retinoic acid, retinal and different retinol derivatives. Skin tolerance, effectiveness and stability of these substances follow opposing tendencies, which leads to challenges in product development. Furthermore, the maximum quantity restrictions defined recently in Annex III of the EU Cosmetics Regulation (EC) No. 1223/2009 also contribute to this situation.
Our active Golden-A offers the ideal solution to meet these requirements in the development of modern cosmetics and at the same time fully exploit the effectiveness of retinol. In Golden-A, retinol is bound to gold particles. These are biocompatible and act as a carrier system that accelerates the penetration of retinol into the skin and delivers it into the dermis, where it can perform its full effect. In addition, gold stabilises retinol, which is only released in the skin. This increased bioavailability allows to reduce the concentration of retinol significantly with at least the same level of effectiveness. Undesirable side effects such as skin irritation can therefore be avoided and the regulatory maximum quantity restriction can be complied with without compromising efficacy. Golden-A is also China compliant and not subject to the nanoparticle declaration.
This active is the first representative of this modern carrier system technology with retinol. In addition to retinol, Golden-A also contains hyaluronic acid and palmitoyl tripeptide-5 bound to the gold surface, benefiting to the same extent from this special technology. This highly effective product not only combines the power of its individual components, but also maximises their potential and offers the full anti-ageing package ranging from wrinkle reduction, skin regeneration and firming up to moisturising effects.
15.10.2025
12:00
12:15
Room 12+13
Enter Hair Skinification: Glycuron™ Marshmallow Shields Hair from Environmental Aggressors
Forum for Innovation (SEPAWA)
| Personal Care
, Hair Care
(available in the SOFW media library after the congress)
Lecture Language: English
A holistic approach to haircare is emerging in the cosmetic industry. Haircare products now include features such as exfoliation, moisturization, protection, anti-aging, and overnight care, making them as detailed and specific as skincare products. Like skin, hair is affected by external factors such as pollution and UV rays, leading consumers to seek formulas and routines that address these issues. Consequently, there has been a notable increase in the incorporation of skincare principles into haircare routines: this is referred to as the skinification of hair. In alignment with this trend, SEQENS Personal Care has developed Glycuron™ Marshmallow, an active ingredient extracted from organic marshmallow root to protect hair from external pollution.
Hair is constantly exposed to external factors that cause oxidative and structural damage, leading to increased porosity, dryness and roughness: hair loses strength, shine, and becomes more brittle and rigid. The protective effects of Glycuron™ Marshmallow were studied ex vivo on hair strands exposed to urban pollution. Parameters of carbonylated proteins quantification, hair porosity and surface roughness were measured. Both rinse-off and leave-on conditions were evaluated to reflect different cosmetic application contexts.
Applied in the rinse-off condition, Glycuron™ Marshmallow 3% showed strong, dose-dependent efficacy, with up to 100% protection in the cortex and 64% in the cuticle. Even at 1%, full protection was observed internally (cortex), while protection of external regions (cuticle) increased with dose. In leave-on conditions, the efficacy was still significant, especially for the cuticle (up to 33% protection at 3%). The active also fully prevented porosity increases at 1% in rinse-off and showed 91–100% efficacy in leave-on. Glycuron™ Marshmallow was also able to restore cuticle integrity and reduce roughness, with 85% improvement in surface smoothness at 1% in rinse-off and 40% in leave-on.
15.10.2025
15:00
15:15
Room 12+13
CARINEX SL – Sophorolipids for Advanced Scalp Care and Gentle Cleansing
Forum for Innovation (SEPAWA)
| Personal Care
, Surfactants
(available in the SOFW media library after the congress)
Lecture Language: English
Fermentation derived sophorolipids (INCI: Glycolipids) are truly multifunctional surfactants, that combine gentle cleansing properties with additional scalp and skin care benefits. Being derived from locally grown palm-free feedstocks, these biosurfactants are more sustainable and feature a low carbon emission footprint. Compared to traditional counterparts, these fully natural surfactants feature outstanding skin mildness. Furthermore, they are microbiome-friendly and help to protect the skin barrier function. These features make sophorolipids ideal candidates for novel rinse-off formulations that can advance our daily hygiene and care routine.
This talk will provide insight into fascinating scalp and skin care benefits of these multifunctional biosurfactants: Human panel patch tests haven been conducted to evaluate the skin irritation potential of two different sophorolipids products as well as their impact on the transepidermal water loss, compared to classical surfactant benchmarks. Within these tests, not only Sodium Laureth Sulfate but also sulfate-free surfactants, like Sodium Cocoyl Isethionate, Sodium Lauroyl Sarcosinate, Sodium Methyl Cocoyl Taurate, and Caprylyl/Capryl Glucoside, have been included. Furthermore, human panel tests have been conducted to reveal additional beneficial effects on blemished skin as well as dandruff-prone, dry, and sensitive scalp. Guideline formulations for various rinse-off products will be presented.
In conclusion, Sophorolipids are an emerging class of innovative surfactants that are not only sustainable and in line with major market trends but also feature unique properties, that are particularly relevant for gentle rinse-off formulations.
15.10.2025
16:00
16:15
Room 12+13
MorinGuard® – Bioactive Skin Soothing through Upcycling of a Plant-Based By-Product
Forum for Innovation (SEPAWA)
| Personal Care
, Skin Care
(available in the SOFW media library after the congress)
Lecture Language: German
How can a previously overlooked by-product be transformed into a powerful cosmetic active ingredient with proven efficacy and social impact?
MorinGuard® by Lipoid Kosmetik impressively demonstrates how scientific research, sustainable raw material use, and socio-economic responsibility can be combined in a single active ingredient. The starting point is the seed cake from Moringa oleifera – a residual material from oil extraction, which is refined through a targeted upcycling process. The result: a standardized plant extract with a high content of moringin, a bioactive isothiocyanate with dual effects on key cellular signaling pathways.
MorinGuard® has a dual mechanism of action:
• Inhibition of the NF-κB signaling pathway – reduces proinflammatory cytokines and protects against inflammation-induced skin stress
• Activation of the Nrf2 signaling pathway – induces the body’s own antioxidant defense mechanisms to stabilize the skin barrier
These molecular biological effects were confirmed by in vitro studies: MorinGuard® significantly reduces the expression of MMP-1 and MMP-9 in keratinocytes, lowers nitric oxide production in immune cells, and protects dermal fibroblasts from inflammatory stress.
In vivo, MorinGuard® accelerates the regeneration of irritated skin. A faster normalization of microcirculation and reduced transepidermal water loss (TEWL) confirm its skin-soothing effect. In combination with the biomimetic active ingredient SLM Eco®, additional synergistic effects on skin protection and comfort were observed. User studies confirmed its effectiveness in various application scenarios such as post-microneedling care, aftershave, or tattoo aftercare.
MorinGuard® stands for a holistic active ingredient approach: scientifically validated, ecologically responsible, and socially impactful.
This presentation offers insights into its development, bioactive mode of action, and the implementation of sustainable value chains – and poses the question: What untapped potential still lies in the “waste products” of nature?
16.10.2025
11:15
11:45
Room 1
Probiotic Laundry Detergents: A Breakthrough in Sustainable Fabric Care
Scientific Conference (SEPAWA)
| Home Care, Industrial & Institutional Cleaning
, Detergents
(available in the SOFW media library after the congress)
Lecture Language: English
Effective and sustainable cleaning solutions play a crucial role in safeguarding public health, preserving the environment, and conserving resources. With increasing urbanization and rising concerns about the impact of chemical-based cleaning agents, the need for eco-friendly and circular alternatives has grown. Microbial-based laundry products (MBLPs), which utilize live microorganisms for extended cleaning action, offer a promising, environmentally friendly solution. However, despite their lower ecological impact and long-term effectiveness, their widespread adoption remains hindered by the lack of scientific validation, market challenges and consumer scepticism. Therefore, the experimental studies demonstrating the efficacy of MBLPs in real-world conditions are essential to build consumer trust and facilitate broader acceptance.
We have developed next-generation probiotic-powered laundry detergents that combine Bacillus probiotics with advanced detergent formulations to deliver immediate and long-lasting stain removal, odor control, and fabric care. Unlike conventional detergents, MBLPs leverage probiotic attachment, selective germination, and enzymatic activity to enhance cleaning performance even after the wash cycle ends.
Our research, based on stain color intensity calculations, demonstrates that MBLPs outperform traditional detergents in removing stubborn stains like red wine, tomato purée, and chocolate. Gas chromatography-mass spectrometry (GC-MS) analysis further confirms their ability to significantly reduce odor-causing compounds, ensuring long-lasting fabric freshness. Beyond cleaning performance, MBLPs promote sustainability by reducing chemical reliance, preserving fabric integrity, and supporting eco-friendly cleaning practices.
This article explores the efficacy, sustainability, and commercial potential of MBLPs, highlighting their role as an innovative, scientifically proven alternative to conventional laundry detergents in an era of growing environmental consciousness.
Keywords: Probiotic laundry detergent, microbial-based cleaning, sustainable fabric care, stain removal, odor control, Bacillus probiotics, enzymatic cleaning
16.10.2025
11:15
11:45
Room 2+3
A 360° Approach to Hair Reconstruction Using Peptides and Proteins
Scientific Conference (SEPAWA)
| Personal Care
, Feel and Touch in Cosmetics: Uniqueness of Texture and Technology
(available in the SOFW media library after the congress)
Lecture Language: English
The future of haircare is rapidly evolving, mirroring the personalized and targeted solutions seen in skincare. Advances in technology, including innovations in formulation and delivery systems, are transforming how we approach haircare. At-home and salon routines are becoming increasingly customized to meet individual needs. A key element of this revolution is addressing the root causes of hair damage and providing solutions that can adapt to the changing needs of hair over time.
Hair fibers are composed of up to 95% proteins, which are critical for the structural integrity and mechanical properties of the hair, making it strong, resilient, and visually appealing. But proteins are not just essential for strength, they also influence the sensory and aesthetic qualities of the hair. However, various factors, such as environmental stressors, chemical treatments, and heat, can damage these proteins, leading to weakened fibers and compromised appearance.
As consumer awareness grows, hair labeled as “damaged” has become a recognized hair type. Proteins and peptides are essential allies in restoring hair health, as they can act at different levels depending on their size, amino acid composition, and polarity. These molecules penetrate the hair fiber differently, targeting specific damaged areas and adapting to the level of deterioration.
This study explored the efficacy of natural-derived, biodegradable proteins and peptides in promoting hair repair. Techniques such as fluorescence microscopy, SEM, and tensile testing were used to assess the impact of these solutions. It was found that small peptides from plant sources can deeply penetrate the hair cortex, interact with damaged sites, and enhance mechanical properties, while larger proteins and natural film formers enhanced hair’s sealing. The study demonstrated that combines ingredients in a 360° approach with natural origin ingredients can effectively restore hair’s strength, appearance, and health, providing a more complete solution to haircare needs.
16.10.2025
10:00
10:15
Room 12+13
Clean Protection for Natural Colors, Fragrance & More – Without Controversial UV Filters
Forum for Innovation (SEPAWA)
| Personal Care
, Other
(available in the SOFW media library after the congress)
Lecture Language: English
In a context of increasing regulatory scrutiny and consumer concern over cosmetic ingredients, protecting colors, fragrances, and sensitive actives from UV-induced degradation remains a major challenge for formulators. Commonly used UV filters such as Octyl Methoxycinnamate, benzophenones… have come under criticism due to potential health and environmental concerns, driving the need for safer, high-performance alternatives.
This presentation introduces an innovative range of multifunctional protectors that effectively safeguard color, fragrance and other sensitive components without relying on controversial filters. Stability and efficacy studies demonstrate the ability of these new solutions to preserve formula integrity while aligning with current clean beauty demand and sustainability.
In parallel, we will showcase our expanded portfolio of natural colorants following the FDA’s recent announcement of banning synthetic dyes in food. Although this regulation does not directly affect personal care products, the resulting shift in consumer perception may accelerate the transition toward naturally derived colorants. Given the typically lower stability of natural colorants, the combination of these with our Ingredient Protectors provides a powerful solution for enhancing performance and shelf life in clean-label formulations.
16.10.2025
12:00
13:00
Room 15
Nose: Smells & Cities
Scientific Conference (SEPAWA)
| Fragrance
(available in the SOFW media library after the congress)
Lecture Language: English
A tour of two cities as explored and visualised by a mapper of smellscapes. This talk covers Singapore and Tübingen; the culture, landscape, weather, infrastructure and people as revealed through the nose. It will also consider the smells that combine to make each place unique and discuss which odours Berlin’s olfactory heritage might incorporate. Of interest to professional and amateur perfumers and evaluators, cartographers, and anyone curious about exploring nose-first.
17.10.2025
11:15
11:30
Room 12+13
Shifting from Climate-focused Packaging Strategies to a Nature & Circularity-centric Approach
Forum for Innovation (SEPAWA)
| Packaging
, Sustainability
(available in the SOFW media library after the congress)
Lecture Language: English
This session explores the evolving priorities in sustainable packaging as companies across all sectors need to shift from climate-focused strategies to holistic approaches. These approaches emphasize nature and circularity in response to emerging regulations as well as the concept of operating within the planetary boundaries. In this session, we will explore how businesses are moving beyond carbon footprint reduction to address plastic pollution, biodiversity, and closed-loop models that prioritize material reuse and prevent detrimental trade-offs at the expense of carbon performance. Attendees will gain insights into what current opportunities exist for companies to align their packaging innovations from the design process with broader environmental goals, to optimizing end-of-life circularity through integration of circular design principles.
Key takeaways:
– The audience will leave the session understanding the significant connection between nature on packaging, which goes beyond climate goals.
– The audience will gain insights into what is at stake and why action is so critical based on issues such as supply chain shortages, rate of plastic pollution, upcoming regulations (EPR, Global Plastics Treaty, PPWR).
– We will share tangible opportunities and solutions including governance structures, innovations in tools, suppliers & materials, stakeholder/consumer engagement, supplier management (preferred suppliers, improvement journey…) and more.
17.10.2025
10:00
10:15
Room 15
"One Plant, Two Bioactives": Maximizing Sea Buckthorn’s Potential through Advanced Extraction Technologies
Forum for Innovation (SEPAWA)
| Sustainability
, Environment
(available in the SOFW media library after the congress)
Lecture Language: German
Gattefossé demonstrates how sustainable ingredient innovation can be achieved by unlocking the full potential of a single plant source through tailored extraction technologies. From the leaves of sea buckthorn (Hippophaë rhamnoides), the experts have developed two distinct bioactive ingredients for cosmetic applications, thus demonstrating a circular approach to plant-based value creation.
The process begins with supercritical CO₂ extraction to isolate lipophilic compounds for Eyeglorius™, an anti-fatigue active proven to reduce dark circles and puffiness around the eyes. Building on this success, Gattefossé employs complementary extraction methods to obtain Noxifense™ from the same biomass—a water-soluble active that specifically addresses skin sensitivity associated with “oxi-inflammation.”
The efficacy of Noxifense™ is based on an optimized flavonoid profile that combines antioxidant and anti-inflammatory properties to strengthen the skin’s natural defense against environmental stressors. Thanks to the targeted selection of these bioactive compound groups, the ingredient soothes irritation, reduces redness, and improves the skin’s glow, texture, and overall well-being.
This “one plant, two bioactives” strategy highlights:
• Resource efficiency: Full utilization of sea buckthorn leaves minimizes waste.
• Precision extraction: Tailored technologies isolate specific bioactive fractions for targeted benefits.
• Versatile applications: By selectively extracting different bioactive compounds from a single plant, various aspects of skincare can be addressed and utilized for different cosmetic formulations.
Gattefossé showcases its expertise in plant chemistry, enabling the development of high-performance, sustainable ingredients that meet consumer demands for environmentally conscious efficacy.
