Topics

Fracture Analysis, Rock Mechanics and Structural Integrity in Extractive Systems - Advanced approaches to fracture detection, digital mapping, 3D modelling and geophysical imaging (GPR, ERT, seismic methods), combined with rock fabric characterisation and mechanical analysis, aimed at improving quarry planning, resource efficiency, structural stability and long-term operational safety in mining and dimension stone engineering.

Environmental Impacts, Monitoring and Risk Assessment in Mining - Integrated assessment of environmental pressures associated with extractive activities, including air emissions, dust, noise, water and soil contamination, supported by advanced monitoring technologies, real-time data integration systems and deterministic or probabilistic environmental risk assessment methodologies.

AI, GIS and Digital Transformation in Extractive Industries - Applications of artificial intelligence, machine learning, GIS platforms, remote sensing, digital twins and data-driven decision-support systems to enhance environmental monitoring, methane detection, performance validation, calibration protocols and automated compliance reporting within ESG and international environmental standards.

Sustainable Mining, Circular Economy and Resource Efficiency - Innovative strategies for waste valorisation, industrial symbiosis, zero-waste approaches and material efficiency optimisation supporting circular economy transitions in quarrying and mining sectors, including strategies addressing critical raw materials supply, resource security and strategic autonomy within the European context.

Life Cycle Assessment, Carbon Management and Decarbonisation Pathways - Application of Life Cycle Assessment (LCA), carbon footprint quantification, sustainability metrics and performance indicators to evaluate environmental impacts across the mining life cycle and support climate-neutral and low-emission extractive systems.

Contaminated Land, Soil Remediation and Human Health Risk Assessment - Advanced site investigation techniques, pollutant migration modelling, exposure pathway analysis, deterministic and stochastic risk assessment methods, and innovative remediation technologies addressing contaminated soils and groundwater in mining-affected regions.

Post-Mining Regeneration, Just Transition and Sustainable Land Use -Environmental monitoring in mining transition regions, post-closure land repurposing strategies, renewable energy integration, nature-based solutions and socio-environmental governance frameworks supporting sustainable redevelopment, including socio-economic resilience, community engagement and geoethical approaches to responsible resource management.

Health, Safety and Smart Operations in Mining - AI-based safety monitoring systems, occupational exposure assessment (dust, noise and hazardous substances), real-time hazard detection, worker health surveillance and digital compliance tools enhancing operational safety and responsible governance in extractive industries.