Implemented integrated coastal ecosystem management on Salamina Island through water quality monitoring, pollution modelling, and satellite analysis. Pilots addressed waste management, coastal restoration, and marine habitat protection under MEDSPA funding.
An integrated GIS and remote sensing platform for flood risk monitoring across the Mediterranean and Black Sea basins. Provided modeling tools, land use mapping, water quality parameterization, and training workshops in 6 countries.
Established an Environmental Economics and Policy Centre in St. Petersburg through EU–Russia academic cooperation. EPSILON led training, curriculum design, EU law transfer, and creation of long-term institutional ties.
Developed UAV and satellite-based tools to manage herbicide-resistant weeds in rice farming. EPSILON delivered GIS mapping, cloud platform integration, and predictive risk algorithms.
Created a socio-economic toolbox and mathematical model to evaluate forest fire prevention vs. recovery. Developed EU-wide guidelines, risk indicators, and facilitated global knowledge exchange on forest fire resilience.
Harmonized logistics platform integrating AI and blockchain for real-time planning and event management. Focused on synchro-modal operations, EU-wide demonstrators, and policy recommendations for sustainable logistics.
TRL9 web platform for life-cycle optimization in shipping. Delivered decision support tools, lifecycle KPIs, and risk-reducing algorithms for vessel design, operation, and end-of-life strategies.
Roadmap for energy-efficient waterborne transport aligned with the EU Fit-for-55 strategy. Delivered a decision support system, digital platform, 10 use cases, and business models for new and retrofitted vessels.
Advanced sustainable shipyard operations and circular economy practices. Delivered digital twin shipyard models, lifecycle assessments, and developed the EU Ship Material Passport for tracking resource use and emissions.
Designed an edge-computing, IoT-powered ecosystem for sustainable agriculture. EPSILON contributed to system architecture, and integration of ADSS for edge-based farming intelligence.
