
ROXAR SACRIFICIAL PROBE
Sand pulled from the reservoir is a major threat that limits the operators’ ability to ensure maximum uninterrupted production
Erosion Damage
Metal loss from excessive sand induced erosion causes critical loss of control and containment, due to
erosion on wellhead equipment and the inner surface of the pipe structure. Good monitoring of the internal condition of the pipework is essential to maximize production and reduce risks.
Product Overview
Emerson’s Roxar Sacrificial Probe is designed to provide
warnings when erosion exceeds a certain level in flow lines.
Excessive erosion increases the risk of unexpected leaks and
impacts both asset integrity and operational safety. As such,
oil and gas companies are focusing more on monitoring
sand and sand erosion in their process lines.
The Roxar Sacrificial Probe is a cost-effective solution to
quantify the impact from sand production within flow lines.
For more information:
www.Emerson.com/Roxar
Part number / Copyright information

ROXAR SACRIFICIAL PROBE
Key Features
• Unique design allows erosion monitoring on traditional retrievable fittings, while also
fitting on a common threaded weldolet or welding boss
• Cost-effective way to monitor pipeline erosion – it is easy to install and monitor, thus
reducing CAPEX and OPEX
• Provides the ability to be used both offline and online for detecting significant erosion
in high velocity flow lines
• Easy to operate by field personnel, as direct measurements are provided intuitively
Retrievable
Sacricial Probe
Installation
Roxar
Head Office Roxar products:
CIS: +7 495 504 3405
Europe: +47 5181 8800
North America: +1 281 879 2300
Middle East: +971 4811 8100
Asia Pacific: +60 3 5624 2888
Australia: +61 300 55 3051
Latin America:
Portuguese: +55 15 3413 8888
Spanish: +52 55 5809 5000
www.Emerson.com/Roxar
Non-retrievable
Sacricial Probe
Installation
your local Roxar representative.
Roxar products are protected by patents. See http://www.emerson.com/
en-us/automation/brands/roxar-home/roxar-patents for details