SeiSynTechnologies
Evidence

Inspect the product. Follow the science.

Real SeiSyn workflows, public reference demonstrations and traceable methods, presented without implying customer endorsement.

  • Product Evidence

    Inspect integrated 3D, Seis2Dyn, Sim2Seis and closed-loop workflows using real product visuals.

  • Public Reference Demonstrations

    The Sleipner CO₂ Reference Dataset demonstrates simulator-to-seismic comparison in a public technical context.

  • Methods & Validation

    Review inputs, assumptions, QC, uncertainty and lineage behind each derived result.

  • Technical Results

    Compare observed and predicted response while keeping scale, geometry and interpretation conditions explicit.

  • Case Studies

    A dedicated structure for future customer-approved cases. No customer claims are implied here.

Product evidence

See SeiSyn in Action

Real workflows. Real scientific context. One integrated environment.

Interpret seismic, wells, reservoir grids and dynamic properties in one spatial context.
PUBLIC BENCHMARK · CO₂ STORAGE

Closing the loop between reservoir simulation and observed seismic.

Sleipner CO₂ Storage: Simulator-to-Seismic Example

Using the public Sleipner CO₂ Reference Dataset, this example demonstrates how SeiSyn can transform reservoir-simulation states into a synthetic seismic response and compare the modeled prediction with observed monitoring evidence.

The objective is not simply to reproduce an image, but to evaluate where the reservoir model explains the observed seismic response, and where mismatch may indicate that assumptions, model states or interpretation require further investigation.

  1. Reservoir Simulation
  2. PEM
  3. Synthetic Seismic
  4. Observed 4D
  5. Compare & Calibrate
Simulator-Derived SyntheticReservoir simulation → seismic response
Observed Seismic Response

Data source: Sleipner CO₂ Reference Dataset, Sleipner Group, published via CO₂ DataShare (SINTEF).

SeiSyn-generated/adapted outputs shown in this example are derived from the public reference dataset and are used for technical demonstration.

Data attribution & license

This demonstration uses data from the Sleipner CO₂ Reference Dataset published through CO₂ DataShare.

Attribution to the Sleipner Group is provided in accordance with the dataset license.

The use of this dataset does not imply sponsorship, endorsement, validation, partnership or affiliation between SeiSyn Technologies and the Sleipner Group, its participating companies, SINTEF or any dataset contributor.

The original licensed material and any adapted material remain subject to the applicable Sleipner CO₂ Reference Dataset License terms.

What this demonstrates

  • Converts simulator-derived reservoir states into seismic-domain predictions.
  • Places synthetic and observed responses in the same spatial interpretation context.
  • Supports direct visual and quantitative observed-vs-synthetic comparison.
  • Helps identify areas of agreement, mismatch and model uncertainty.
  • Creates a traceable bridge between reservoir engineering and geophysics.

Does the reservoir model explain what the seismic actually observes?

When modeled and observed responses diverge, the mismatch becomes evidence, not just a visualization difference.

Explore Simulator-to-SeismicExplore CO₂ Storage workflows
Scientific Governance & Traceability

Science you can inspect. Results you can trace.

SeiSyn preserves the scientific context behind every result, from source data and project geometry to assumptions, uncertainty and derived-product lineage.

  • Input provenance
  • Project geometry
  • Units and domains
  • Vintage identity
  • Assumptions
  • Workflow parameters
  • Quality control
  • Uncertainty
  • Derived-product lineage