GreenChem aimed to advance scientific knowledge on Hypericum androsaemum and Ruscus colchicus through detailed biochemical analysis and sustainable extraction methods. By implementing green chemistry techniques, the project sought to reduce the environmental impact of plant-based compound extraction while improving yield and purity. The research generated valuable data on antioxidant properties, phenolic content, and essential oil compositions, contributing to future pharmaceutical and cosmetic applications. Beyond scientific goals, GreenChem fostered interdisciplinary collaboration and skill development for young researchers. It also promoted sustainable economic opportunities for local communities by identifying potential high-value plant-based products. Ultimately, the project aimed to balance biodiversity conservation with responsible utilization, ensuring long-term benefits for both scientific advancement and socio-economic development.
The GreenChem project aimed to promote the sustainable use of Artvin’s rich plant biodiversity, particularly medicinal and aromatic species. Artvin, located in the Caucasus Biodiversity Hotspot, hosts over 2,700 plant taxa, yet many remain under-researched in terms of their biochemical potential. Despite their known medicinal properties, species like Hypericum androsaemum and Ruscus colchicus lack systematic studies on their bioactive compounds. Traditional extraction methods often involve harmful solvents, posing environmental risks. GreenChem introduced eco-friendly, microwave-assisted extraction techniques to enhance efficiency while minimizing waste. Additionally, the project aimed to bridge the gap between scientific research and local communities, supporting rural economies through sustainable plant applications. International collaboration ensured knowledge exchange, access to advanced methodologies, and stronger research networks. Partnerships across Europe enabled comparative plant analysis, technology transfer, and standardized, eco-friendly extraction protocols. Joint training and mobility programs also provided young scientists with hands-on experience, fostering long-term academic partnerships.