التآكل وسلامة خطوط الأنابيب
Predicts where a line is corroding fastest and how long it has left, so inspection and replacement go where the risk actually is.
Allocates a fixed inspection budget to the equipment where failure would hurt most and is most likely, with the reasoning written down.
Inspection plans are inherited and adjusted at the margin. Equipment that has never failed keeps its frequent inspection while a genuinely high-risk vessel sits on a long interval because that is what the previous plan said.
Probability of failure is estimated from degradation mechanism, inspection history and condition data; consequence of failure from inventory, location, process conditions and safety exposure. Ranking follows API 581 methodology, and every input assumption is stored so an inspection authority can audit how a rank was reached.
Risk-based inspection shifts effort; it does not reduce total effort in a portfolio that has been under-inspected. In fields where the baseline condition of much of the equipment is simply unknown, the first honest output is an assessment campaign, and any plan produced before that campaign rests on assumed rather than measured condition.
كل صفحة قدرة تذكر حداً حقيقياً. إن لم يستطع المورّد إخبارك أين يتوقف منتجه، فلم يُقل لك الحق عن أين يبدأ.
Predicts where a line is corroding fastest and how long it has left, so inspection and replacement go where the risk actually is.
Puts every piece of equipment into one reliability taxonomy so that failure rates mean the same thing across all fields, and maintenance is planned from them.
Flies or drives the inspection route so that people do not have to work at height or enter confined spaces as often.
Listens to pumps, compressors and turbines continuously and identifies the specific defect — bearing, imbalance, misalignment, looseness — from the vibration signature.
Tracks every well’s barriers and annulus pressures against the operating envelope, and escalates the wells that are outside it.