Accuracy
Quality-controlled acquisition and processing.
Geophysical & Environmental Consultancy
See beneath the surface. Decide with confidence.
High-accuracy, standards-based geophysical surveys for groundwater, engineering, environment, mining, archaeology and infrastructure projects.
Survey design
Advanced inversion
Technical reporting
Subsurface modelLIVE
ERTResistivity imaging
TEMElectromagnetics
GPRRadar imaging
SeismicWave methods
MagneticSusceptibility contrast
GravityDensity contrast
Subsurface Model
Integrated interpretation
2D/3DImaging
6+Methods
360°Workflow
Who we are
Reliable insight for complex ground conditions
MaxRes Geophysics is a professional geophysical and environmental consultancy serving governmental and private sectors. We provide practical, innovative and high-accuracy solutions for surface and subsurface investigations.
Efficiency
Cost-effective survey planning for each objective.
Clarity
Actionable interpretation and clear reporting.
Our services
From survey concept to final decision
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Survey design
Define objectives, select methods and build an efficient field strategy.
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Data acquisition
High-quality field measurements with rigorous quality control.
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Processing & inversion
Advanced workflows for robust 1D, 2D and 3D subsurface models.
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Interpretation & reporting
Integrated technical interpretation presented in decision-ready reports.
Geophysical methods
The right method for every target
Click any method to see how it works and where we use it.
Applications
Solutions across sectors
Groundwater exploration
Delineating aquifers, estimating depth to water-bearing units, and mapping freshwater–saline water interfaces.
Engineering & infrastructure
Imaging weak zones, bedrock geometry, cavities and subsurface conditions that influence design and construction.
Environmental assessment
Characterizing landfills, conductive leachate zones and potential subsurface pathways for contaminant migration.
Mining & minerals
Mapping geological structures, alteration zones and physical-property contrasts associated with mineralized targets.
Oil & gas reconnaissance
Regional mapping of basement architecture, faults, basin geometry and structural trends using potential-field methods.
Archaeological investigations
Non-invasive detection and mapping of buried walls, foundations, tombs, cavities and other archaeological features.
Urban mapping & utilities
Locating buried utilities, voids and shallow infrastructure to support safer excavation and urban planning.
Dams & geotechnical assessment
Investigating seepage, fractures, weathered zones, foundation conditions and other geotechnical anomalies.
UXO & buried objects
Detecting and prioritizing metallic targets and buried objects using high-resolution magnetic and electromagnetic surveys.
Selected experience
Applied geophysics across real-world challenges
Examples drawn from peer-reviewed field investigations carried out by members of our technical team.
ERT · TEM · MAG
Landfill characterization & contamination pathways
Integrated magnetic, ERT and TEM imaging to delineate waste geometry and investigate conductive zones associated with possible contaminant migration.
Project image: 3D ERT fence diagram, Scientific Reports (2024), CC BY 4.0.
View scientific study ↗
TEM · 1D INVERSION
Groundwater salinity & seawater intrusion
Regional and local TEM surveys used to image resistivity variations, freshwater–saline water distribution and potential intrusion pathways in a coastal aquifer.
Project image: stitched 1D TEM resistivity section, Water (2025), CC BY 4.0.
View scientific study ↗
HIGH-RES MAGNETICS · IAS
UXO & buried ferrous-object detection
High-resolution magnetic processing and phase-based filtering for precise detection and enhancement of anomalies generated by buried unexploded ordnance.
Project image: real UXO test-site magnetic maps, Remote Sensing (2021), CC BY 4.0.
View scientific study ↗
ERT · MAGNETIC GRADIOMETRY
Archaeological structure detection
Magnetic gradiometry and targeted ERT were integrated to investigate shallow anomalies interpreted as possible remains of an ancient church and associated structures.
Project image: 3D ERT resistivity fence diagram from Fig. 13 of the published Neuss-Norf archaeogeophysical study.
View scientific study ↗
AEROMAGNETICS · EDGE DETECTION
Basement structures & fault mapping
Advanced magnetic edge-enhancement and interpretation used to sharpen source boundaries and map faults, horsts and grabens controlling the regional structural framework.
Project image: interpreted structural map derived from impTDX/THDR_impTDX magnetic processing, Pure and Applied Geophysics (2023), CC BY 4.0.
View scientific study ↗Start a project
Need a clearer picture of the subsurface?
Contact MaxRes Geophysics to discuss your site, objectives and the most effective survey approach.
Project enquiry
Get in Touch
Tell us briefly about your site and objectives. You can also attach a map, photograph, report or other supporting file.