Increasing Distillate Yields with gPIMS Monitoring
How can refineries increase diesel and jet fuel yields while managing corrosion risks? Discover the role of guided wave monitoring in distillate optimisation.
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Guided Wave Monitoring provides ongoing insight into pipeline condition, helping operators detect corrosion, track wall loss, and plan maintenance. A single gPIMS® – guided wave Permanently Installed Monitoring System – can monitor a large area of pipework without repeated inspection access.
Our case studies show how this technology supports proactive integrity management across a range of industrial applications.

How can refineries increase diesel and jet fuel yields while managing corrosion risks? Discover the role of guided wave monitoring in distillate optimisation.

Explore the benefits of gPIMS for buried pipeline monitoring through an application addressing inspection access and monitoring coverage.

Beneath a refinery jetty, corrosion was developing out of sight. gPIMS® area monitoring raised the alarm early, enabling targeted maintenance before costly, extensive repairs became necessary.

Supporting optimisation of corrosion inhibitor programmes through continuous guided wave monitoring of buried pipelines.

Caisson Monitoring can be much improved by using guided wave permanently installed monitoring sensors or gPIMS®.

How can refineries increase diesel and jet fuel yields while managing corrosion risks? Discover the role of guided wave monitoring in distillate optimisation.

Explore the benefits of gPIMS for buried pipeline monitoring through an application addressing inspection access and monitoring coverage.

Supporting optimisation of corrosion inhibitor programmes through continuous guided wave monitoring of buried pipelines.