billedet viser et eksempel på en tilgængelig løsning
The Raman Rxn5 analyzer equipped with an Rxn-30 probe delivers fast composition measurement of gas turbine fuel feeds. Reduce risk, optimize turbine operational conditions, and meet quality compliance specifications.
Solution overview:
Available for:
Power & Energy
Hardware & Software:
Raman Rxn5 analyzer
Raman RunTime embedded control software with Modbus TCP/IP or RS485
Raman Rxn-30 probe
Fiber optic cable up to 150 m
Sunshade racks, cabinets and shelters
Calibration with reference gas
Power and communications distribution
HTTPS remote access
Services:
Application Consultancy & Onsite Inspection
Project Management & Engineering
FAT & SAT
Project Commissioning
System Performance Verification Services
Customer Training
Multi-component measurement in seconds
for optimized turbine efficiency
Endress+Hauser’s Raman Rxn5 analyzer performs full composition measurement of gas turbine fuel feeds without sacrificing speed. Fast results allow you to quickly detect fuel composition fluctuations and make critical changes to optimize operational efficiency. Easily adjust combustion conditions to accommodate the properties of the blended fuel. Quickly adjust for flame speed and reduce flashback risks. Minimize the risk of turbine issues such as stage down, blow out, or excess emissions.
Heighten the safety and efficiency of your gas turbine operations using fast and reliable, real-time composition measurement with low maintenance requirements.
Quickly detect transient events by receiving results in seconds.
Simultaneously measure H2, N2, CH4, C2H6, CO2, C3H8, O2, Btu, and Wobbe index from one system
Calculate the hydrocarbon dewpoint via composition measurement to avoid condensate and burner coke up
Conduct minimal sample conditioning with little maintenance, infrequent calibration, no sample transfer, and no carrier gases
Avoid potential damage to injection nozzles caused by flame flashback
Vi anvender cookies for at forbedre din browseroplevelse, indsamle statistiske oplysninger med henblik på optimering af webstedets funktionalitet og levere skræddersyede annoncer eller indholdselementer.
Hvis du vælger "Accepter alle", giver du dit samtykke til vores brug af cookies.
Yderligere oplysninger fremgår af vores Cookiepolitik .
