Torque, Arrastre e Hidráulica en Tiempo Real
Compares what the string should weigh and how hard the pumps should work against what is actually measured, and flags the gap.
Predicts whether the cement behind the casing will isolate properly, from the job data, before the evaluation log is run.
A poor primary cement job is usually discovered weeks later through a bond log or, worse, through sustained casing pressure years later. Remedial squeezes cost far more than getting the first job right.
The job data — pump rate, density, returns, displacement efficiency, centraliser placement — contains most of the signal, and is normally archived without analysis.
A gradient-boosted classifier is trained on historical jobs labelled by their cement bond and variable density log interpretation, using job execution data, hole geometry from caliper, centralisation standoff and mud removal indicators. Predictions come with the top contributing factors so the engineer can act on them.
Where a job is predicted poor, the system proposes the specific change — rate, spacer volume, standoff — rather than only flagging risk.
The training labels come from bond-log interpretation, which is itself subjective and varies between interpreters and between tool vendors. The model inherits that noise. It is reliable at separating clearly good from clearly bad jobs and is not trustworthy in the middle band, which we report explicitly rather than forcing a binary call.
Cada página de capacidad declara una limitación real. Si un proveedor no puede decirle dónde termina su producto, no le están diciendo la verdad sobre dónde empieza.
Compares what the string should weigh and how hard the pumps should work against what is actually measured, and flags the gap.
Tracks every well’s barriers and annulus pressures against the operating envelope, and escalates the wells that are outside it.
Rate of penetration is how fast the bit makes hole. This recommends the weight and rotation speed that make it fastest without wrecking the bit.
A kick is formation fluid entering the wellbore. Left unchecked it becomes a blowout. This watches eleven sensor streams and warns the crew minutes earlier than pit-volume alarms do.
Predicts the mud weight window that keeps the hole open — not too light and it caves, not too heavy and it fractures.