The Geological Mapping programme creates maps that depict the rocks and sub-soils of the onshore area of Ireland. We collect new data by field surveying and borehole drilling, and combine them with existing mapping to produce map products at various scales and levels of complexity. Our aim is a seamless, maintained, online data set of bedrock and subsoils geological mapping that is reliable, accessible and meets the requirements of all users.
Major discoveries are declining and increasingly difficult to find, with greater focus on exploration at depth or under cover. Decisions must focus on decreasing risk through sound, quantitative interpretation, mitigating uncertainty in 3D geological modelling, analysis, and interpretation.
Our integrated modelling approach provides answers to specific geoscientific questions supported by all available multi-disciplinary data. Independent interpretations of geological, geochemical, and geophysical data are no longer good enough in today's challenging exploration environment. ENGEO TECH has extensive experience in working across a wide range of scales—from deposit to camp to regional.
Our team works with a broad spectrum of data types and modelling technology to generate and deliver meaningful, client-driven models for decision making in exploration targeting and geotechnical hazard assessment.
We have deep expertise in managing complex modelling projects: from setting concrete objectives, to detailed modelling workflows, to products focused on supporting business decisions. Our experts work with clients around the world, from juniors to majors, and across all commodity types to provide valuable insight and interpretation, and easy communication of ideas and results.
Our team understands and can recognize key ore system exploration criteria in your data through fully integrated geological modelling. An essential step as major discoveries is declining and increasingly difficult to find.
We provide the knowledge and tools for the construction of 3D models and interpretation of complete geological frameworks supported and cross-validated by multiple data sets.