Evolution in
flow measurement.
High fidelity wet gas and multi phase fluid characterisation. Physics based NMR metrology installed for continuous production monitoring.
The Challenge
Legacy measurement leaves a blind spot in the pipe.
High GVF Uncertainty
Conventional meters struggle in wet gas and transient regimes, leading to unreliable production data when gas volume dominates.
Radioactive Risks
Many legacy multiphase meters rely on radioactive sources, increasing regulatory burden, HSE risk, and operational complexity.
Low-Frequency Data
Existing measurement systems deliver data that is too slow, noisy, or uncertain to support real-time operational decisions.
The Inference Gap
Operators are forced to rely on inferred models and periodic well tests instead of continuous, first-principles measurement.
Technical Differentiation
Shift from legacy correlations
to molecular truth.
Direct Phase Identification
Instead of using pressure drops to infer flow, our NMR technology senses the hydrogen atoms in each phase. We quantify oil, gas, and water by their molecular signature.
Continuous Signal Validation
The NMR resonance signal provides a built in quality check. If the fluid regime changes, the signal characterizes the change immediately without needing manual calibration.
Live phase characterization // Frequency 10Hz
Proof of concept closed.
Ready for the field.
We are currently identifying partners for pilot deployments in high GVF and wet gas environments. Move from inferred estimates to physics based truth with Spin Echo.
Production Unit // 2026 Configuration