2025 SAG Award Winners

Servicio Nacional de Geología y Minería

Project Goal

The project positions Sernageomin as a leading institution in geospatial management in Chile by modernizing its technological infrastructure and methodologies. Using advanced GIS, remote sensors, and drones, it optimizes the collection, analysis, and dissemination of geological, mining, and natural and anthropogenic hazard data on interoperable platforms. This enhances the accuracy of risk maps, volcanic monitoring, and mineral resource management, strengthening predictive capabilities for geological and anthropogenic threats, such as tailings dam failures and mass movements, supporting public policy decision-making. Additionally, it promotes open access to standardized geospatial data, fosters interinstitutional collaboration, and enhances the training of specialists, positioning Chile as a leader in geospatial innovation for sustainable development and territorial resilience
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Business Problem Solved

At the level of public institutions in Chile, Sernageomin addresses the fragmentation, inaccessibility, and lack of integration of geoscientific data. Historically, geological information was scattered in physical reports, non-interoperable databases, and technical documents that were difficult to access, hindering decision-making and oversight. Through the digitization and integration of data into web platforms, Sernageomin has centralized geological information in an ecosystem accessible from anywhere, facilitating access to geospatial and geostatistical data for territorial management, mining, and the environment. Additionally, it improves transparency, optimizes data interoperability, and supports decision-making and public policy formulation through modern geospatial analysis tools that enable the modeling, prediction, and visualization of trends in the country’s geological resources.

Technology Implemented

For Sernageomin's geospatial solution, various Esri technologies are used. ArcGIS Dashboards allows for the visualization of key indicators for SIGEX, Salar, and Tailings, facilitating interactive monitoring of geospatial information such as the location and status of salars, deposits, and tailings. ArcGIS Insights is applied to the analysis of geochemical lithium data, enabling the exploration of statistics and correlations between geochemical parameters for informed decision-making. ArcGIS StoryMaps effectively communicates public policies such as the Mining Communities Fund and the Andean Geology magazine, integrating maps and multimedia into interactive narratives. ArcGIS Experience Builder creates customized web pages and solutions like Web MAPS, offering a visually appealing experience. Finally, ArcGIS Enterprise is used to manage large volumes of geospatial data, ensuring control and scalability in the infrastructure. These tools guarantee efficient, accessible, and transparent.

Development Team Biography

Patricio Aguilera – National Director of Sernageomin: Oversees operations, aligning policies and projects with national geoscientific, mining, and environmental goals.
Philipe Carlier – Head of Planning, Technologies, and Innovation: Leads strategic planning and tech-driven initiatives to enhance geoscientific and mining management.
Hugo Neira – Head of Territorial Analytics: Manages geospatial/geostatistical analysis for informed decisions on resource monitoring and territorial governance.
Gonzalo Palet – Head of IT: Ensures robust, secure IT infrastructure for efficient geoscientific data processing and accessibility.
Elizabeth Sandoval – Geospatial Specialist: Analyzes geospatial data, creates maps, and provides insights for salars, tailings, and mineral resource management.
Andrés Gómez – Geospatial Specialist: Develops geospatial studies and tech platforms to support strategic resource management decisions.