Corrosion Monitoring on Transfer Line Exchangers in Ethylene Plants
Improve plant uptime and decrease maintenance costs for ethylene transfer line exchangers using accurate corrosion data.
Pipeline corrosion monitoring solutions fine-tuned for steam crackers
Transfer line exchangers play a key role in quenching the effluent gas coming from the cracking heaters as well as generating steam. When changing conditions unexpectedly exacerbate corrosion, pipeline corrosion monitoring plays a vital role to quickly detect that issue. The corrosion data can then help with the root cause analysis as well as to estimate the remaining life of the exchanger.
Kliknij, aby kontynuować czytanie Pipeline corrosion monitoring solutions fine-tuned for steam crackers
Product Solutions
Get ongoing visibility of corrosion and erosion trends in real-time with unique ultrasonic sensors that continuously measure pipe thickness. Optimized for use in the chemical industry, the Rosemount ET310C is non-intrusive and battery-powered, allowing for quick and straightforward magnetic installation on any metal. The reliable, accurate wall thickness data delivered via a
WirelessHART® network from the Rosemount ET310C to Plantweb™ Insight can help you make better decisions regarding pipe maintenance and replacement.
- Accurately identify corrosion and erosion trends, avoiding unplanned outages and incidents
- Perform predictive maintenance and extend runtimes, with the confidence of continuous asset integrity data
- Maximize asset utilisation and production capacity with real-time asset health information at desk.
Temperature Range
May be used on metal with a service temperature up to 160 °C (320 °F)
Communication Protocol
WirelessHART®
Battery Life
9 years (BP20E power module)
Get ongoing visibility of corrosion and erosion trends in real-time with unique ultrasonic sensors that continuously measure pipe thickness. The WT210 Sensor system is non-intrusive and battery-powered, allowing for quick and straightforward installation. The reliable, accurate wall thickness data delivered via a WirelessHART® network from the WT210 system to the accompanying software can help you make better decisions regarding pipe maintenance and replacement.
- The wall thickness sensors use breakthrough waveguide technology, enabling continuous operation even at temperatures of up to 600 °C (1100 °F)
- Accurately identify corrosion and erosion trends while avoiding inefficient and potentially unsafe manual inspection methods
- Easy, intuitive and non-intrusive installation enables a quick method to automate without the cost of wiring
Temperature Range
<= 600 °C (1100 °F)
Communication Protocol
WirelessHART
Battery Life
9 years (BP20E power module)
Get ongoing visibility of corrosion and erosion trends in real-time with unique ultrasonic sensors that continuously measure pipe thickness. The ET410 Sensor system is non-intrusive and battery-powered, allowing for quick and straightforward magnetic installation. The reliable, accurate wall thickness data delivered via a WirelessHART® network from the ET410 system to the accompanying software can help you make better decisions regarding pipe maintenance and replacement.
- May be used on metal with a service temperature up to 270°C (518°F)
- The wall thickness sensors use EMAT technology enabling easy installation and continuous operation in downstream applications
- Accurately identify corrosion and erosion trends while avoiding inefficient and potentially unsafe manual inspection methods
Temperature Range
From -40 °C (-40 °F) up to 270 °C (518 °F)
Communication Protocol
WirelessHART
Battery Life
9 years (BP20E battery pack)
Get ongoing visibility of corrosion and erosion trends in real-time with unique ultrasonic sensors that continuously measure pipe thickness. The ET310 Sensor system is non-intrusive and battery-powered, allowing for quick and straightforward magnetic installation. The reliable, accurate wall thickness data delivered via a
WirelessHART™ network from the ET310 system to the accompanying software can help you make better decisions regarding pipe maintenance and replacement.
- May be used on metal with a service temperature up to 160 °C (320 °F)
- The wall thickness sensors use EMAT technology and are capable of measuring through external protective coatings enabling continuous operation in upstream and downstream applications
- Accurately identify corrosion and erosion trends while avoiding inefficient and potentially unsafe manual inspection methods
Temperature Range
May be used on metal with a service temperature up to 160 °C (320 °F)
Communication Protocol
WirelessHART
Battery Life
9 years (BP20E power module)
