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Shorter. Lighter. Ultra-High-Resolution Pipeline Inspection Tools.
Small to Large Diameters. Back-to-back 1.5D bends. Remarkably collapsible design. Liquid, gas, and multiphase. Crude oil, refined products, natural gas, and chemicals. Online and Offline applications. Bidirectional tethered operations. Our fleet of Ultra-High Resolution (UHR) smart pigs is robust, reliable and ready, delivering the highest quality data available.
Smart In-Line Inspection Technology. Experienced People.
ENTEGRA’s Data Science and Analysis teams are unparalleled, combining advanced automation technologies with human-based decision making. There is no substitute for experienced insight backed by technology that delivers more accurate, higher-quality reports.
CPCM: Map the Distribution of Current Applied to the Pipeline
Map and measure the current and effectiveness of cathodic protection systems from inside the pipeline. ENTEGRA’S CPCM application is the most effective and efficient ILI method for assessing your system’s performance. Spend less time collecting data, more time using it.
Partnership: An Extension of your Pipeline Integrity Team.
ENTEGRA’s goal is to become an extension of your pipeline integrity team, helping to identify, characterize, and prioritize pipeline integrity threats. Our job does not stop when we hand you your final report. We are here alongside you always.
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It can be difficult for traditional MFL techniques to differentiate between numerous puddle welds and actual metal loss in reconditioned pipe. Other MFL systems are known to generate an unacceptable number of false calls. The edge effects of …
Yes, our number one job is the detection, identification and sizing of a range complex, metal loss and metal gain anomalies. Beyond that, however? When you combine ENTEGRA’s innovative, Ultra-High-Resolution MFL/CAL/IMU system and the exclusive CPCM platform with the know-how and experience of expert ILI data analysts, operators are also afforded a …
There are many complexities involved in identifying metal loss in seamless (SMLS) pipe. Even with advanced MFL technologies. Seamless patterns identified through MFL techniques can range from virtually undetectable to identical and frequently repeating to seemingly …