The Measurement Layer for
Modern Wellhead Optimization.
Better decisions start with better measurement.
The Spin Echo flow meter produces high frequency, phase resolved measurement data directly at the wellhead. By measuring the physical response of the flowing fluids themselves, rather than relying on indirect correlations, we deliver stable, low noise data across changing flow regimes.
What High Fidelity Measurement Enables
Stable Optimization Inputs
Consistent phase resolved data reduces noise and drift in optimization models, improving the reliability of choke control, artificial lift tuning, and production forecasting.
Improved Event Detection
High signal availability during transient and slugging flow enables earlier identification of regime changes, water breakthrough, and abnormal well behavior.
Better Model Calibration
Direct measurement of phase behavior provides high quality inputs for reservoir, network, and well performance models, reducing reliance on empirical correction factors.
Increased Automation Confidence
Stable measurement data supports closed loop control strategies by reducing false alarms and control oscillations caused by measurement uncertainty.
Live Interface Preview
The dashboard below illustrates how Spin Echo data is exposed in real time for monitoring, diagnostics, and integration into external analytics and control platforms.
Building Wellhead Optimization Software?
If you develop wellhead software, production optimization platforms, or digital oilfield solutions, Spin Echo provides a differentiated measurement layer that can materially improve your product performance. Our flow meters deliver high fidelity data directly at the source — without changes to your existing software architecture.