Services

Training and workshops

At GeoEnergEx, we believe in empowering professionals with the knowledge and skills needed to drive innovation in geoenergy technologies. Our training and workshops are tailored to provide industry professionals and academic partners with hands-on experience and advanced insights into subsurface energy exploration and resource development. 

Our programs are available in various formats, including in-class, online, or in the field, ensuring flexibility to suit your specific needs. We cover a wide range of topics, focusing on subsurface geosciences and their role in defining geoenergy resources. Core topics include the next generation of geothermal systems, discussing the characteristics, designs, and resource potential of closed-loop or Advanced Geothermal Systems (AGS), as well as Enhanced and Hybrid Geothermal Systems (EGS and HGS). We ensure participants gain practical, hands-on experience and the latest industry insights, supporting your team in building expertise to stay at the forefront with emerging geoenergy technologies.

We are equipped to design and conduct field training in volcanic and crystalline basement areas in Europe, New Zealand, and South America. 

Research support 

​​​​​​​Innovation thrives on collaboration, and at GeoEnergEx, we bring expertise and creativity to the table. Our research support services bridge the gap between cutting-edge science and practical application, empowering industry leaders and academic pioneers to tackle challenges in geoenergy-related technologies with confidence and precision.

We offer specialized research support focused on both conventional and unconventional geothermal systems, mining of valuable elements such as lithium and hydrogen from geothermal brines, and opportunities for carbon sequestration and storage in mafic and ultramafic igneous rocks. 

Our services are tailored for industry professionals looking to advance their projects through innovative research, as well as academic partners seeking funding opportunities. We work closely with clients to co-design research strategies and assist in developing cutting-edge research, ensuring each project is optimized for success.  

Multi-scale reservoir characterization

Geoenergy developments demand a detailed understanding of reservoir characteristics across multiple scales. At GeoEnergEx, we specialize in multi-scale reservoir characterization to enable efficient geoenergy exploration, extraction, and storage, with a focus on crystalline basement and volcanic rock settings.

Our services include geological and geophysical interpretation to pinpoint structures like faults and fractures essential for subsurface fluid flow mobility. At the microscale, we integrate thin-section petrography, computed tomography, and petrophysical data to analyze mineralogy and pore-space properties.

By leveraging cutting-edge subsurface characterization tools, we deliver detailed geological models and valuable insights for resource quantification in geothermal energy and carbon mineralization enterprises, ensuring optimal performance across diverse prospects. 

Drilling and logging designing & supervision

​​​​​​​Accurate drilling design and precise core logging are essential for the success of any geoenergy project. At GeoEnergEx, we assist in designing comprehensive geological-structural models that optimize drilling operations and ensure the highest quality of data acquisition.

Our core services include detailed lithological and structural analyses and integration with wireline-logs, with a focus on evaluating the role of fault activity and mineral alteration in developing reservoirs for geothermal prospects and sites for CO₂ mineralization.

We collaborate with clients in drilling design and supervision to develop cost-effective, technically robust plans tailored to project-specific objectives. From planning to execution, we provide comprehensive support to ensure drilling operations are efficient, safe, and aligned with your project goals.

Field mapping

Information from the field is crucial for understanding the fundamental parameters that govern geoenergy prospects across multiple technologies. At GeoEnergEx, we provide field-based geological and structural investigations to support geoenergy exploration, extraction, and storage.

Our field mapping services focus on identifying and characterizing structures such as faults, fractures, and stratigraphic boundaries that govern fluid flow and reservoir potential across multiple scales. By integrating field observations with remote sensing, drone-based photogrammetry, and geophysical data, we deliver high-resolution geological and reservoir models that translate industry-relevant insights into practical subsurface applications.

With our multi-scale approach, we capture critical details such as lithological variations, deformation patterns, alterations, and fluid pathways. This comprehensive understanding of field data supports the development of realistic computational models, enhancing resource quantification and project planning for geothermal energy, carbon storage, and other geoenergy initiatives, ensuring efficiency and sustainability across diverse prospects.

Seismic reflection interpretation

​​​​​​​At GeoEnergEx, we specialize in seismic reflection interpretation tailored to the complexities of volcanic and crystalline basement rocks. These challenging environments require deep expertise to resolve intricate structures such as faults, fractures, and lithological variations that govern fluid flow and reservoir potential.

By leveraging high-resolution seismic data and state-of-the-art interpretation workflows, we accurately delineate subsurface geometries and assess reservoir targets. Our expertise in imaging low-reflectivity zones and complex interfaces within crystalline and volcanic terrains ensures reliable subsurface models that guide exploration and development strategies, unlocking the potential of traditionally underutilized reservoirs.

Petrophysical analysis and advance rock imaging interpretation

​​​​​​​Our petrophysical analysis and advanced rock imaging interpretation provide a robust understanding of reservoir properties essential for geoenergy applications. By combining core analysis, well log interpretation, and state-of-the-art imaging techniques such as CT scanning, SEM, and micro-CT, we capture critical rock properties that govern the formation of geoenergy resources, including porosity, permeability, mineralogy, and microstructure.

This multidisciplinary approach allows us to bridge laboratory-scale measurements with reservoir-scale insights, delivering accurate models of subsurface conditions and its resources. Our interpretations enable resource quantification, fluid flow predictions, and project optimization for geothermal energy, carbon storage, and other geoenergy applications, ensuring reliable and cost-efficient outcomes.

Structural analysis and fault characterization

​​​​​​​Through comprehensive structural analysis and fault characterization, we identify and evaluate critical subsurface features that influence fluid flow and the behavior of geothermal reservoirs. By integrating field data with geophysical surveys, remote sensing, and advanced modeling techniques, we create detailed geological-structural models that provide insights into fault permeability, drilling risk assessment, and geothermal resource potential. 

Our multi-scale approach allows us to capture complex relationship of brittle deformation and georesources, such as fault geometry, fracture networks, and stress distribution, which are essential for understanding reservoir dynamics and geoenergy opportunities.

This in-depth understanding supports the quantification and planning of geoenergy enterprises while optimizing operational safety, efficiency, and sustainability across multiple geoenergy prospects.