Three precision simulators for Progressing Cavity Pump geometry, rod mechanics, and predictive reliability analysis — all secured by the Valevant engineering IP.
Available Tools — 3 Simulators
Validate 1:2 Moineau profile geometry for PCP artificial lift systems. Compute stator bore, eccentricity ratios, theoretical displacement per revolution, and volumetric flow rate from rotor diameter, eccentricity, pitch, and target RPM inputs.
Trajectory-driven sideload model with Mitchell helical buckling, chord-sagitta geometry, and API Grade D fatigue utilisation. Full FEA stress visualisation across the rod cross-section with contact state tracking at centralizer, mid-span, and coupling points.
Weibull reliability analysis and MTBF forecasting for PCP artificial lift components. Condition-factor adjusted B-life calculations, hazard rate curves, and maintenance schedule modelling across stators, rotors, rods, seals, and bearings.
Interactive React analytics suite for equipment reliability forecasting. Includes Weibull life modelling, MTBF trends, hazard-rate progression, component ranking, scenario comparisons, and maintenance planning dashboards for artificial lift assets.
Simultaneous cross-dataset density evaluation. Paste up to 10 numerical columns from Excel to instantly generate Kernel Density Estimation (KDE) curves. Compare spread, skew, and central tendencies across multiple vendor run-lives or asset tests.