Find the anomaly
Regional and near-bottom surveys locate promising areas and prioritise targets for follow-up.
SURFACE & NEAR-BOTTOM DATA MARINE GEOPHYSICS DEEP-TECH R&D
See beyond
the seafloor.
Before you drill.
Marimet is developing a vertical marine CSEM system to constrain the geometry, depth, thickness and continuity of deep-sea sulphide deposits — turning selected anomalies into better-defined 3D targets.
QUANTITATIVE APPRAISAL. FOCUSED VERIFICATION.
SYSTEM CONCEPT / NOT TO SCALE
01 / TARGETSeafloor massive sulphides
02 / METHODVertical marine CSEM
03 / OUTPUT3D subsurface interpretation
01 / THE CHALLENGEKNOW WHAT LIES BELOW
The hardest question
starts below the seabed.
Bathymetry, imagery and geochemistry help locate prospective areas. But an anomaly is not yet a well-defined mineral target. Before costly physical verification, explorers still need to understand what the subsurface might contain.
Constrain the unknown
Geometry, burial depth, thickness and continuity of conductive mineralisation may remain unresolved.
THE SUBSURFACE GAPVerify selectively
Drilling and sampling provide essential ground truth, but vessel time and repeated campaigns are expensive.
PHYSICAL EVIDENCE02 / THE APPROACHA MISSING EXPLORATION LAYER
Map the seabed.
Appraise the subsurface.
Then verify.
Marimet is designed to complement existing exploration tools, not replace geology or sampling. A focused conductivity appraisal step can help make each verification campaign more informative.
STEP 01↗
Detect
Identify & select
promising anomalies
STEP 02 / MARIMET◎
Appraise
Constrain subsurface
conductivity & geometry
STEP 03⌖
Verify
Target drilling, sampling
& geological assessment
Conductivity is a geophysical proxy, not a direct measurement of metal grade or a compliant mineral-resource estimate. Physical sampling remains essential.
03 / THE TECHNOLOGYACQUISITION + INVERSION + DECISION SUPPORT
An integrated system.
One clearer picture.
Vertical acquisition geometry, processing and inversion are being developed as a connected workflow for the appraisal of electrically conductive seabed mineralisation.
01↕
Controlled vertical acquisition
Vertically aligned transmitter and multi-offset receiver arrays are designed to provide a stable geometry for electromagnetic measurements.
02∿
3D conductivity inversion
Numerical processing is intended to translate measured EM responses into interpretable subsurface conductivity distributions.
03⌖
Verification-ready targets
Interpreted conductivity anomalies can inform hypotheses about ore-body geometry and guide subsequent drilling and sampling.
04 / THE INTENDED OUTPUT
From a signal
to a decision.
The goal is not simply to collect more measurements. It is to create a quantitative subsurface interpretation that makes the next exploration decision more focused.
01
3D conductivity distribution
Constrain target location and possible subsurface extent.
02
Geometry & continuity hypotheses
Inform estimates of shape, depth and thickness subject to inversion uncertainty.
03
Focused verification plan
Prioritise where direct geological evidence can add the greatest value.
05 / APPLICATIONSBUILT TO FIT EXISTING WORKFLOWS
For the teams making
offshore decisions.
Marimet's proposed appraisal layer is most relevant where the target mineralisation is electrically conductive and targeted subsurface information can change the exploration plan.
Licence holders & explorers
Define high-priority conductive targets before planning costly drilling and sampling.
Marine survey companies
Complement mapping and detection capabilities with focused subsurface appraisal.
Research & public institutions
Study conductive seabed mineralisation with quantitative geophysical modelling.
Strategic technology partners
Co-develop and validate an integrated offshore measurement and interpretation system.
Application boundaryMarimet is focused on conductive mineral targets, particularly seafloor massive sulphides. It is not being marketed as a polymetallic-nodule mapping solution.
06 / THE PEOPLESCIENTIFIC DEPTH + COMMERCIAL DELIVERY
Built by people who know
offshore technology.
A new company drawing on prior experience in electromagnetic geophysics, marine engineering, industrial technology and commercialisation.
TEAM / 01
Konstantin Golokteev
Co-founder & CEO
Strategy, operations and partnerships; 20+ years in technology ventures, consulting and organisational development.
Get in touch ↗TEAM / 02
Dr. Nikita Lisitsyn
Co-founder & COO
Deep-tech commercialisation, business development and international marine geophysics projects.
TEAM / 03
Sergei Indenok
Business Development & Growth
Business development, digital strategy and early-stage technology ventures.
TECHNICAL CONTRIBUTORS
Scientific and engineering expertise
Research and system design draw on expertise including Dr. Evgeniy Lisitsyn, Dr. Vladimir Kyasper and Dr. Alexander Petrov. Previous work by team members and contributors is distinct from Marimet's own development-stage results.
07 / CONTACTLet's make the
Let's make the
subsurface clearer.
Exploring a conductivity-relevant target? Interested in technology validation or strategic collaboration? Start a conversation with the Marimet team.
DIRECT CONTACTKonstantin GolokteevCo-founder & CEO[email protected] ↗
Marimet UG (haftungsbeschränkt)
Neuss, Germany
Neuss, Germany