This project tackles one of the most significant challenges to water management in the Baltic Sea Region – eutrophication, but more specifically, historical phosphorous loads in lakes. Excessive algal blooms in eutrophic lakes decrease ecosystem services and have negative impacts on human health. Many lakes still suffer from phosphorous due to historically mistreated catchments. If not addressed, phosphorous hot spots will continue to eutrophicate the Baltic Sea.
In this project we will build trust for the ALUM water treatment method that can combat eutrophication hot spots in the Baltic states rapidly and cost-effectively by providing long-lasting positive effects on lakes. ALUM method is widely used in water treatment, including by our expertise partner Sweden, with over 60 years of experience and ~250 positive application examples. Yet, ALUM has never been used in Baltic countries due to identified barriers: lack of know-how, scepticism about outcomes, belief it is too expensive, and fear of aluminium. ALUM is a safe method often mistaken as a chemical treatment, while in reality, we are adding a phosphorus-binding mineral that is commonly found on Earth to capture phosphorous permanently. The project will build trust in target groups and thus foster ALUM application on a broader scale through targeted activities: ALUM treatment demonstration, co-creation of missing supportive tools (technical regulations, recommendation, roadmap), and initiating expertise linking hub.
This project is funded by the Interreg Baltic Sea Region 2021-2027 programme and co-funded by the European Union.
Design and development by Soapbox.