|
Project Topic
|
In Mediterranean countries, where environmental challenges intersect with economic opportunities, our PRIMA project entitled "Integration of wastewater treatment through physicochemical and biological processes for sustainable water management in Mediterranean countries: a circular economy approach towards the UN SDG" presents a comprehensive solution to address the pressing need for sustainable water management in agri-food and agriculture industries. It leverages advanced treatment techniques while embracing the principles of the circular economy and aligning with the UN SDGs. The Consortium consists of 10 Mediterranean partners renowned in their respective fields of expertise. Advanced oxidation processes (e.g., photocatalytic treatment and photo-Fenton processes), as well as flocculation and coagulation processes, would efficiently degrade these pollutants, paving the way for subsequent treatment stages. Furthermore, the project integrates biological treatment using microorganisms (e.g., microalgae) and biodigestion (e.g., bacterial community), contributing to SDG 7 by generating low-carbon, renewable energy (e.g., biogas, hydrogen, and electricity) from waste streams and SDG 12 by promoting sustainable consumption and production practices through resource recovery and reuse. In conjunction with the reuse application, the project delves into the production of bio-oils, biohydrogen, and biogas from microalgae and biodigestion during the treatment process, aligning with the goal of SDG 7 to promote affordable and clean energy. These energy products are valuable resources with multifaceted applications, including the production of green heat and electricity, thus facilitating the shift towards sustainable energy sources and helping to reduce greenhouse gas emissions. This approach aims to foster autonomy and minimise the impact of energy expenses on processes, particularly during times of crisis, such as surging prices or conflicts.
|
