Transient reduced-order models
Fast estimates for changing pipeline states and operational transitions.
Multiphase flow measurement
Measure the flow. Respect the regime.
DigitronX combines firsthand two-phase pipeline measurement with fast, physically grounded computation for systems in which gas, liquid, terrain, and instrumentation interact.
The operating problem
One pipeline can contain several different measurement problems.
Gas–liquid flow is not a single correction to a single-phase meter. Liquid accumulation, intermittent transport, elevation changes, pressure transients, and changing composition can alter both the physical state of the line and the meaning of an instrument signal.
A useful model must therefore connect conservation laws, phase behavior, terrain, instrument response, and the operating history. It must also identify when the assumptions behind its estimate are no longer defensible.
Field heritage
Digitron began with measurements through steel pipelines.
From 1983 to 1993, Digitron, Inc. designed and operated gamma-transmission systems for gas-condensate pipelines. Field work included the Rickman–Painter hilly-terrain system and the Matagorda offshore pipeline system, with research reported through the American Gas Association. That experience informs present work at the measurement-model interface.
Explore the developing field archive ↗Potential work products
Virtual flow metering
Physics-based inference from sparse pressure, temperature, density, and composition measurements.
Measurement diagnostics
Instrument equations, uncertainty structure, dynamic response, and recognizable failure signatures.
Independent technical review
Assessment of model assumptions, field evidence, calibration strategy, and operational validity.
Technical inquiries