MASW
Map near-surface stiffness
Measure shear-wave velocity and ground stiffness in the shallow subsurface to support site classification, foundation design and assessment of ground stability.

for rapid access to high-resolution seismic insights
EchoVision helps geothermal and geotechnical teams get the subsurface insight they need to make confident decisions, faster.
We start with helping you define your subsurface image target, then combine decades of seismic expertise and experience with the right technology and processes to deliver fit-for-purpose subsurface intelligence quickly and cost-effectively.
From initial feasibility through development and long-term monitoring, we manage the technical and practical demands on your behalf, providing continuity throughout the project lifecycle and freeing your team to focus on the decisions that move it forward.
Different engineering questions demand different approaches to subsurface imaging.
EchoVision combines expertise in MASW, seismic refraction, 2D and 3D seismic reflection, and ambient noise tomography with the practical experience to plan, manage and deliver your investigation. We tailor the methods and survey design to your site and objectives, providing the subsurface insight you need to make informed engineering decisions.
Imaging depth
0m
Map near-surface stiffness
Measure shear-wave velocity and ground stiffness in the shallow subsurface to support site classification, foundation design and assessment of ground stability.

Acquire dense shallow data quickly
Rapidly collect closely spaced seismic measurements across accessible sites and corridors to investigate near-surface variability with minimal deployment time.

Define layers and depth to competent ground
Use changes in seismic velocity to map subsurface interfaces, estimate bedrock depth and investigate variation in soil and rock properties.

Build a bigger picture of deeper ground structures
Use naturally occurring seismic noise to map variations in shear-wave velocity and reveal larger-scale geological structure, typically from tens to hundreds of metres below ground, without requiring an active seismic source.

Image deep, complex subsurface structures in high-definition
Create detailed images of geological boundaries, structures and deeper ground conditions where greater resolution or investigation depth is required.

EchoVision brings deep seismic expertise across geothermal, geotechnical, near-surface and land applications, supporting the full imaging journey from survey design and acquisition through processing, interpretation and decision-ready outputs.
Our experience spans a wide range of subsurface targets and investigation challenges, from faults, fractures and voids to groundwater pathways, ground stability, reservoir characterisation and complex site conditions.
We help geothermal and geotechnical teams acquire the seismic they need to make confident decisions sooner.
We design the seismic solution around the question you need answered - giving you the right level of data without unnecessary cost or complexity.
We design every project around the information you actually need, helping you reach clear, usable subsurface insight sooner.
One specialist partner across concept, feasibility, survey design, acquisition, processing and delivery - providing one point of accountability - reducing supplier management, operational burden and turnaround time.
Decades of experience and proven workflows help avoid unnecessary work, reduce inefficiencies and deliver the right level of insight without overspending.
Deep expertise, proven experience and advanced technology come together to deliver high-resolution, targeted seismic imaging — faster and at lower cost.
Countries worked in
25+
Geotechnical site investigations delivered
45+
Geothermal seismic projects delivered
20+
We give geothermal and geotechnical teams the subsurface insight they need to make high-stakes decisions with confidence. Here are some examples of where our seismic solutions are proven to add value.
See how EchoVision supports real project decisions
Geothermal
The University of York commissioned a 3D seismic survey to improve understanding of the deep subsurface beneath York and support the planning of a future geothermal well.
Geotechnical
A combination of MASW, seismic refraction, and 2D shear-wave reflection seismic to help confirm soil competence for new vessel pads and steel structure additions at an active nitrogen plant in Alberta.
Geotechnical
A two-person crew deployed a non-invasive MASW survey in one hour, providing the Vs30 and ground-stability information needed to support development planning within three days.
Speak to EchoVision about your geothermal or geotechnical project. We can help you understand what data you need, how to acquire it, and how seismic imaging can support your next decision.
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