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| iicorr provides a comprehensive portfolio of state-of-the-art condition monitoring equipment which includes equipment for detecting and quantifying corrosion, erosion, sand production, pressure, temperature and flow force in conventional and subsea oil and gas wells, and for monitoring and quantifying corrosion, cracking, pitting and erosion in any industrial process piping. | ||
| To view our range of products, please select from below | ||
| Corrosion Monitoring | FSM Corrosion Monitoring | |
| Sand Erosion Monitoring | FSM Inspection Tool FSM IT | |
| Corrosion Monitoring | ||
Effective corrosion monitoring requires a full range of equipment, including pipeline fittings, retrieval equipment, probes and coupons, corrosion meters and loggers. State of the art communications equipment, data retrieval and presentation software take the risk out of the analysis. iicorr helps you maintain asset integrity and reduce explosion hazards. Corrosion monitoring requires not only corrosion monitoring probes, but a full range of products and software. |
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| Access Fittings, Plugs and Covers iicorr offers a complete range of access fittings, plugs, standard and pressure retaining covers. Access fittings provide safe access to pressurized pipelines for equipment like corrosion monitoring coupons or probes. |
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| Corrosion Data - Retrieval and Management iicorr provides a full range of tools for reading probes and presenting the best analysis and results - also for probes from other manufacturers. |
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| Corrosion Management Corrosion and erosion management are key parts to maintaining the integrity of operational assets. |
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| Coupons and Coupon Holders One of the most commonly used methods for internal corrosion and erosion monitoring is to use weight loss coupons. The coupons are made of the same or similar material as the pipe being monitored. In that way the weight loss of the coupons is representative of the weight loss of the pipe. |
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| Hydraulic Retriever System The hydraulic system is the preferred solution for safe and easy installation/retrieval of probes/coupons under full working pressure. (Standard rating 420 bar / 6,000 psi). |
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| Sand Erosion Monitoring | ||
| Quantify sand production and erosion and warn against well bore collapse with sand detection / erosion monitoring and corrosion monitoring probes and sensors. Our sensors measure directly, and are not affected by mechanical noise and require no calibration. We can predict possible operational problems with monitoring equipment from iicorr. | ||
| Combination Probes and Systems Sand detection / erosion monitoring and corrosion monitoring can be combined at different levels. |
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| Detecting Sand and Erosion The sand and erosion monitoring system is based on measuring the change in electrical resistance of thin sensing elements which are eroded by sand (ER principle). |
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| Erosion Prediction Model iicorr can offer a general erosion correlation model. |
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| SenCorr Subsea Sand / Erosion Sensor The SenCorr SE system offers sand monitoring close to the reservoir, detecting sand production at an early stage and minimizing the damage to chokes and valves. Not affected by flow noise, iicorr's sand and erosion monitoring system can be put directly on the Christmas tree itself. No calibration is required. |
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| Topside Sand and Erosion System All over the world, major oil and gas producers increase their production rates by means of sand and erosion detection equipment from iicorr. |
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| Well Services Solids Control iicorr offers sand well test services, where both sand production and corrosion is shown during the test. The test shows the dynamic interrelation of well flow, sand erosion and corrosiveness over time, helping to predict possible operational problems. |
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| FSM Corrosion Monitoring | ||
| FSM (Field Signature Method) is a unique, non-intrusive technique for monitoring changes in a pipe wall over a relatively large area of pipe. The technique can also be used for storage vessels or any other metallic structures. By inducing an electrical current into selected sections of your structure, FSM monitors changes in the electrical field pattern due to general corrosion, pitting, erosion or cracking. | ||
| FSM Technology The field proven FSM (Field Signature Method) technique detects metal loss, cracking, pitting or grooving due to corrosion by detecting small changes in the way current flows through a metallic structure. |
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| Corrosion Monitoring Under Ground A FSM system requires virtually no maintenance nor replacement of consumables. This makes the FSM particularly attractive for remote monitoring at inaccessible locations. |
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| FSM Applications Subsea, topside, buried, as a portable inspection tool - there is always an appropriate FSM package to fit your needs. |
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| MultiTrend Software Package MultiTrend is a Windows software package designed to monitor corrosion and sand erosion data from corrosion and sand probes, FSM installations - FSM Subsea, FSM Topside, FSM Under ground and FSM-IT Inspection Tool, and weight loss coupons. |
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| Subsea Corrosion Monitoring With FSM A major application of FSM™ is continuous corrosion monitoring of subsea pipelines. Early warnings of increasing corrosion means corrective actions at an early stage - before corrosion damage takes place. |
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| FSM Inspection Tool FSM IT | ||
| The FSM Inspection Tool (FSM-IT) is the portable, NDT version of FSM. It reduces inspection time for Y and T-joints from hours to minutes. We can evaluate asset integrity without dismantling equipment, grinding off coatings or refitting insulation. User-friendly PC-software and fixed sensors mean operator independent results. It's the fastest and most accurate state of the art for non-intrusive corrosion monitoring. | ||
Developed with support from Elf and Shell, FSM-IT is a portable instrument a user friendly PC software based on the field proven FSM principle. Some main properties of the FSM-IT technology are: Can be used on high temperature objects (400C) |
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| With FSM-IT, you may: | ||
| Widely expand possibilities for monitoring (thin walls, high temperatures, complex geometry, difficult access) | ||
| Dramatically reduce inspection time for bends, T or Y joints. At each location, reduce inspection time from 1-2 hours (UT) to 3-4 minutes. | ||
| Reduce or eliminate scaffolding costs due to remote inspection capability. |  |
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| Eliminate costs for repeated cutting away and refitting heat insulation | ||
| Eliminate precautionary pipe replacement - High accuracy and no operator variations even when monitoring weld corrosion. | ||
| Our Typical Customers include: Refineries, Chemical Plants, Process Industry, Power Plants, Oil & Gas Platforms |
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