Transforming potential into opportunity!
Natural mineral waters have long been recognised for their unique mineral composition and their contribution to health, wellbeing, and wellness tourism. However, their potential extends far beyond traditional thermal treatments.
The Sustainable & Scalable Cosmetics Project was created to transform natural mineral waters into innovative, high-value cosmetic products, enabling thermal destinations to maximise the value of their natural resources while creating new opportunities for growth, differentiation, and sustainability.
By combining scientific research, advanced formulation technologies, and sustainable manufacturing principles, the project addresses key challenges faced by both the thermal and cosmetics sectors, creating benefits for businesses, consumers, and society as a whole.
Responding to Emerging Market Needs
The project responds to four major trends shaping the future of the thermal wellness and cosmetics sectors.
First, there is a growing demand for health and wellness tourism, accompanied by increasing investment by thermal spas in complementary cosmetic experiences that extend the value of thermal treatments and enhance visitor engagement.
Second, consumer awareness of the benefits of cosmetic products continues to grow. Beyond their functional role, cosmetics contribute to quality of life, self-confidence, and social wellbeing, creating new opportunities to extend the experience beyond the spa environment.
Third, consumers are increasingly seeking products made with natural ingredients, strong territorial identity, and lower environmental impact throughout their lifecycle. Natural mineral waters represent a unique opportunity to meet these expectations through authentic, locally inspired cosmetic solutions.
Finally, thermal operators are seeking economically sustainable strategies that enable innovation without requiring substantial investment. By offering a scalable and shared development model, the project makes advanced cosmetic innovation more accessible to thermal destinations of different sizes while supporting their environmental, social, and governance (ESG) objectives.