Maintaining the safety and integrity of infrastructure, such as pipelines, tanks, and other metal structures, hinges on effective metal-loss monitoring. Traditionally, this monitoring has involved regular physical inspections or intrusive methods that require direct access to the metal surface, often necessitating cutting or other forms of material alteration. However, a transformative alternative now exists: Remote Non-Intrusive Metal-Loss Monitoring using Installed Sensors.

Eddyfi Technologies leads the way in this innovative field, offering non-intrusive, permanently installed ultrasonic sensors that deliver precise real-time data on metal loss and flaw growth across a range of industries and applications. This approach not only enhances monitoring accuracy but also eliminates the need for damaging or altering the material being inspected.

From Pipelines to Power Plants: Why Installed Sensors Are the Future of Metal-Loss Monitoring
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The Case for Installed Sensors

smartPIMS Installed Sensors by Eddyfi TechnologiesData Fidelity & Integrity

Permanently Installed Monitoring Systems, or PIMS, provide for a much higher quantity and quality of the measurement data along with exact traceability of the date, time, location, temperature, and the raw signal’s RF waveform. 

Data Privacy

Eddyfi Technologies’ non-intrusive monitoring systems are designed to integrate into your private networks and backend systems. Wired systems connect directly to a PC or Modbus network to provide an alternate level of security for your critical data. We also offer a PW-protected AWS cloud solution for remote data access and analysis. This cloud solution ensures the security and privacy of your critical data, while also allowing you the convenience of accessing and analyzing your data remotely, from anywhere, and at any time.

Safety

Permanently or temporarily installed non-intrusive UT sensors allow for data collection without manual inspection. Once installed, the sensors can be left in place for extended periods, providing continuous monitoring. This keeps personnel from needing to go to, travel to, and work in hazardous areas including ATEX Zone 0 atmospheres or the exposure to intrusive sensor maintenance.

Superior Measurement

With an industry-best performance, Eddyfi Technologies’ dual-element UT corrosion sensors can measure down to < 0.040 inches (1 millimeter), a capability not achieved with any other corrosion monitoring systems. The two measurement sensor models are paired with a temperature sensor for compensation calculation.

The Applicability of Installed Sensors Across Industries

Oil & Gas

Upstream Oil & Gas

Multi-point monitoring for sand erosion on elbows is used to assess the level of metal-loss-related erosion on the inner diameter, or ID, of elbows of pipelines in the oil and gas industry. Sand erosion is a common problem in pipelines that transport crude oil or natural gas containing sand and other abrasive particles. 

Multi-point monitoring systems are installed on the elbows of the pipeline to measure the level of erosion. A series of ultrasonic sensors are strategically placed around the elbow to provide a comprehensive picture of the erosion patterns.

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Midstream Oil & Gas

In midstream applications, aboveground and buried pipelines are often exposed to environmental factors that can lead to corrosion. To prevent this, multi-point and area monitors can be used to detect the presence of corrosion and other potentially damaging conditions.

Downstream Oil & Gas

Downstream monitoring using installed sensors is an effective method for ensuring the integrity and reliability of critical assets in various industries. 

  • General corrosion monitoring
  • Process control optimization
  • Integrity operating windows (IOW) and fitness for service (FFS) for critical asset monitoring
  • Chemical inhibitor verification
  • Unmanned data collection for difficult-to-reach or hazardous areas

PIMS for Downstream Oil and Gas

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Power Generation

Power generation facilities rely on critical equipment to ensure smooth operations, and utilizing installed sensors for monitoring is a cost-effective and efficient way to ensure the reliability and safety of that equipment.

  • Gas void detection (GAMP) in nuclear power plant service water & cooling pipes
  • Flow-Assisted Corrosion (FAC)
  • Critical asset/high energy piping
  • Areas with high radiation

Renewables

One of the key challenges in renewables is monitoring the critical metal or composite rotating components for defect or crack propagation, typically in areas that are difficult for manual inspections. 

  • Shaft crack monitoring
  • Critical blade monitoring
  • Barrel nut monitoring
  • Splash-zone corrosion monitoring

PIMS for Renewables

Mining

Eddyfi Technologies provide monitoring solutions that can help mining operations detect and prevent damage to critical assets, improving efficiency and reducing maintenance costs.

  • Erosion monitoring on long-radius piping bends; buried and above-ground slurry lines
  • Corrosion monitoring of assets at mining refineries and facilities

Conclusion

Remote non-intrusive metal-loss monitoring using installed sensors provides a cost-effective and efficient solution for ensuring the safety and reliability of critical infrastructure across various industries. With the versatility of installed sensors, our solutions can be applied in upstream, midstream, downstream, power generation, renewables, and mining applications to monitor erosion, corrosion, critical components, and other potentially damaging conditions. The use of PIMS is not only cost-effective but also promotes safety, making it an indispensable solution for those seeking to improve operational efficiency and reduce maintenance costs. Contact our team of experts to discuss your next inspection campaign today.