Emerson introduces Roxar FSM Log 48 area corrosion monitor | Automation.com

Emerson introduces Roxar FSM Log 48 area corrosion monitor

September 272018
Emerson introduces Roxar FSM Log 48 area corrosion monitor

September 27, 2018 -  Emerson introduced the Roxar FSM Log 48 Area Corrosion Monitor, a pipeline integrity management system that provides remote, continuous online corrosion and erosion monitoring, enabling operators to track localized corrosion and works to ensure pipeline health in challenging environments. 

The Roxar FSM Log 48 - with 48 referring to the number of pins in the sensing pin matrix -  is a large-area, real-time remote pipeline monitoring solution capable of distinguishing between localized and generalized corrosion, a feature that helps reduce the need for pigging. The Roxar FSM Log 48 has a total cost of ownership of just one typical smart PIG run of up to 10 kilometers (although this can vary according to the PIG technology).

The Roxar FSM Log 48 continuously monitors corrosion in remote areas using WLAN and cellular data transfer protocols and built-in solar power options. Armed with real-time pipeline health information, operators can make better decisions about when and where to conduct pig runs, integrity digs and hydrostatic pressure tests.

The system is specifically designed to work for both uncovered and buried pipelines and is easily installed on bottom pipe sections where water collection is most likely. It can be retrofitted to existing uncovered or buried pipelines and several units can be located over a pipeline, minimizing the need for pigging to assess pipeline integrity and increasing transportation capacity.

The Roxar FSM Log 48 uses the non-intrusive field signature method, in which an electric current is fed through the monitored length of pipeline to generate an electric field. The initial measurement sequence measures the voltage drop between pairs of sensing pins installed on the external pipe wall. Later measurements are compared to the field signature, where a uniform increase in voltage drops between all pin pairs indicates generalized corrosion, and a local increase in the values indicates localized corrosion. Typical detection sensitivity for generalized corrosion is 0.1 percent of wall thickness for outer pipeline diameters between six and 48 inches.

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