Ensure asset integrity & minimize safety risks in Amine Treating
Ease safety concerns and cut maintenance costs for improved carbon capture in blue hydrogen processes
Measurement optimization for improved carbon capture in amine treating
One way to capture carbon in hydrogen applications is through amine treating. The biggest challenge with the process is high operational costs and energy usage. Integrating remote monitoring solutions such as wireless corrosion and erosion, continuous gas monitoring, and flow measurement solutions arm plant managers with real-time data to mitigate safety concerns and reduce maintenance costs.
Click to continue reading Measurement optimization for improved carbon capture in amine treating
Product Solutions
Providing precision density and temperature for custody transfer and concentration measurement, the Compact Density Meter (CDM) features simple system integration, health diagnostics and flow-rate indication to help verify sample integrity.
- Achieve superior real-world performance with elevated and combined temperature and pressure calibration
- Ensure sample integrity with flow-rate indication
- Reduce measurement errors and minimize negative installation effects with case RTDs that adjust for ambient temperature
Density Accuracy
±0.1 kg/m3 ( ±0.0001 g/cm3)
Density Repeatability
±0.02 kg/m3 ( ±0.00002 g/cm3)
Flow Rate Indication
±5%of reading with 10:1 turndown
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)
The Roxar Retrievable Electrical Resistance (ER) Probe is a reliable tool for monitoring internal corrosion in common environments such as oil, gas and water. The ER probes are designed to be installed in high pressure pipelines and is compatible with hydraulic and mechanical access fittings. When used with the Roxar transmitter and Roxar Fieldwatch, the many designs provide highly accurate readings. The Roxar ER Probes provide sensitive and fast responses to corrosion change, leading to extended equipment life and increased flow assurance.
- Provides a very high resolution and level of sensitivity compared to other technologies available on the market
- Available in flushed or projecting design to accommodate different operating conditions
- Compatible with access systems provided by most vendors
Pressure Rating
6,000psi (420 bar) as standard, 10,000psi (690 bar) as optional
Max Temperature
145°C/293°F
Probe Element Material
St 52-3N as standard
The X-STREAM Enhanced flameproof analyzer provides powerful analytical technology in a wall-mountable NEMA 4X/IP66 cast aluminum housing. Worldwide approvals enable operation in Class I, Zone 1, Group IIB+H2 and Class I Division 2 BCD hazardous areas.
- Up to five component gas analyzer featuring NDIR/UV/VIS photometer, paramagnetic and electrochemical O2, thermal conductivity and moisture sensors
- Enhanced performance with IntrinzX technology
- Modern communication capabilities including web-browser accessibility
Humidity Range
< 90 % r.h. @ 20 °C (68 °F)
< 70 % r.h. @ 40 °C (104 °F)
< 70 % r.h. @ 40 °C (104 °F)
Enclosure Rating
Type 4X; IP 66 acc. EN 60529 for outdoor installation, protected against direct sunlight
Weight
Up to 63 kg (139 lbs) depending on configuration
