From seismic change to reservoir insight.
Seis2Dyn combines seismic evidence, wells, rock physics and reservoir context to estimate and interpret dynamic reservoir change.
From seismic change to reservoir insight.
Move from an observed seismic difference to physically informed pressure and saturation hypotheses without losing well, rock-physics or reservoir context.
Real product evidence
Pressure change
Pressure depletion, pressure support and injection response.
Water-saturation change
Water movement, sweep and waterflood response.
Gas-saturation change
Gas movement and gas-related reservoir effects.
Oil-saturation change
Oil displacement and remaining-oil context, interpreted with the other saturation estimates.
Inputs
- Observed seismic evidence
- Well information
- Rock Physics / PEM
- Reservoir context
Outputs
- ΔP pressure change
- ΔSw water-saturation change
- ΔSg gas-saturation change
- ΔSo oil-saturation context
Interpretation context
Seis2Dyn supports probabilistic, AI/ML-assisted estimation and interpretation. Results constrain and rank candidate explanations; they do not prove a unique physical cause on their own.
Connected to the SeiSyn Platform
Outputs remain connected to seismic interpretation, quantitative interpretation, Sim2Seis comparison, uncertainty and reservoir decisions.
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