Electromagnetic Modeling & Analysis
Advanced computational methods for complex geophysical problems, including multidimensional modeling and joint inversion techniques.
Multidimensional Modeling
Our multidimensional modeling capabilities employ unstructured finite element grids for complex geometries, allowing for accurate representation of geological structures with varying scales and properties.
- Unstructured finite element grids for complex geometries
- Tetrahedral meshing for accurate topography representation
- Multi-scale modeling from meters to kilometers
Advanced EM Physics
We implement full solutions of Maxwell's equations for direct modeling of EM coupling effects, providing high-fidelity simulations of complex electromagnetic phenomena in varied geological settings.
- Full solution of Maxwell's equations for direct modeling of EM coupling effects
- Complex spectral induced polarization parameterizations
- Anisotropic electrical conductivity modeling
Joint Inversion Methodologies
Our joint inversion approaches integrate multiple data types to produce more robust and well-constrained subsurface models, reducing ambiguity and improving resolution of target features.
- Joint inversion of MT, CSEM and DC resistivity data
- Parameter estimation with uncertainty quantification
- Multi-physics data integration for improved model resolution
Application Areas
Specialized solutions for energy, mining, environmental, and defense sectors requiring subsurface characterization.
Energy Exploration & Development
We provide comprehensive electromagnetic solutions for energy resource exploration and development, from initial surveys to ongoing reservoir monitoring.
- Offshore & onshore oil & gas exploration
- Geothermal resources assessment
- Reservoir monitoring and characterization
Mining & Minerals
Our advanced modeling techniques help identify and characterize mineral deposits, optimize extraction processes, and monitor site conditions throughout the mining lifecycle.
- Mineral exploration targeting
- Extraction monitoring and optimization
- Site characterization for mining operations
Environmental Applications
We apply electromagnetic methods to map and monitor groundwater resources, track contamination plumes, and characterize sites for environmental assessment and remediation planning.
- Groundwater assessment and monitoring
- Contamination mapping and tracking
- Environmental site characterization
Defense & Security
Our specialized techniques support defense and security applications, including non-invasive detection and characterization of subsurface features and targets.
- Target detection and characterization
- Site assessment for security applications
- Non-invasive subsurface imaging
Specialized Capabilities
Custom consulting, design, and technical solutions for geophysical challenges, from survey planning to data integration.
Consulting & Design
We provide expert consultation on electromagnetic survey design, feasibility assessment, and technical oversight to ensure optimal data collection and interpretation.
- Survey design & feasibility studies
- Client representation during field operations
- Technical audits and project evaluations
Custom Solutions
Our team develops customized software solutions and algorithms tailored to address specific geological challenges and unique project requirements.
- Software development for specific applications
- Algorithm design for unique geological challenges
- Specialized workflows for complex environments
Survey Planning
We design optimal survey configurations through detailed sensitivity analysis and parameter resolution testing to maximize information return while minimizing field costs.
- Optimal survey configuration design
- Sensitivity analysis for parameter resolution
- Cost-benefit analysis for data acquisition
Research & Innovation
Academic collaboration, method development, instrument design, and knowledge transfer for advancing electromagnetic geophysics.
Academic Collaboration
We actively partner with academic institutions to advance the science of electromagnetic geophysics through collaborative research, grant development, and technical publication support.
- Research partnerships with universities and institutions
- Grant development and proposal support
- Peer review and scientific publication assistance
Method Development
Our team works to develop and refine novel survey techniques, processing algorithms, and interpretation methods to address emerging challenges in electromagnetic geophysics.
- Novel survey techniques for challenging environments
- Algorithm development for improved data analysis
- Innovative processing workflows
Instrument Design
We provide expertise in the design, optimization, and evaluation of electromagnetic sensing equipment and instrumentation for specialized applications.
- Sensor technology design and optimization
- Custom instrumentation solutions
- Field equipment performance evaluation
Knowledge Transfer
We provide structured educational programs to share our expertise with clients, partners, and the broader geophysical community, enhancing capabilities in electromagnetic methods.
- Technical Workshops
- Custom Training Programs
- Educational Resources and Documentation