Proposed to establish a Europe-wide network of demonstration farms implementing Integrated Pest Management (IPM). Included stakeholder platforms, training modules, national IPM hubs, policy recommendations, and data sharing via a collaborative digital environment.
Proposed to assess sectoral water demand in Malta and Gozo under LIFE-IP using econometric modeling. Delivered 50-year forecasts across domestic, agricultural, industrial, and tourism sectors to support integrated planning and ArcGIS-based scenario tools.
MALTA WATER DEMAND Read More »
Proposed to develop GIS-integrated groundwater flow models supporting Malta’s 2nd River Basin Management Plan. Covered variable-density simulations, ArcGIS integration, data gap analysis, and training of EWA staff for sustainable aquifer resource planning.
Proposed to establish a large-scale biodiversity observation and simulation framework across EU sea basins. Included sensor networks, spatial prioritization for conservation, data integration from EO platforms, and modeling of biodiversity shifts due to human and climate pressures.
Proposed to develop inherently safe, modular battery systems for waterborne transport. Focused on cell-level thermal runaway prevention, predictive maintenance, harmonized certification processes, and system-wide electrification integration across maritime vessels.
Proposed to deliver a modular geo-referenced cloud platform (HPlus) for climate risk analysis, remediation, and lifecycle-based decision-making on cultural heritage sites. Included visualization tools, pilot sites, conservation guidelines, and an EEIG for long-term platform operation.
Proposed to establish a Europe–Africa green hydrogen corridor, delivering geological storage analysis, infrastructure simulation, and hydrogen ecosystem modeling. Aimed to strengthen EU energy resilience and support African development through sustainable H₂ supply chains.
DEN Cities proposed to develop a scalable, people-first model for designing Energy Neutral+ (EN+) districts, aiming to transform urban density into a tool for climate-neutral transitions.
CITY-WELLNESS proposed the development of a globally scalable, AI-powered Software-as-a-Service (SaaS) platform to support urban decision-makers in implementing zero-pollution strategies. Building upon Horizon 2020 NetZeroCities and EO4EU technologies, the platform integrates environmental monitoring, health risk assessment, and socio-economic indicators into a City Digital Twin (CDT) and a City-Wellness Index (CIWI).
Evaluation of the sustainable exploitation of fish waste for the extraction of bioactive molecules (BAMs) and marine collagen for applications in health, cosmetics, nutraceuticals, and agri-food industries. EPSILON led the socio-economic and environmental impact assessments under WP6 of the project.
