TM500 Guided Wave Radar in Urea Hydrolysis Reactor

Reliable Level Measurement in Extreme Urea Hydrolysis Conditions
 

The Challenge

Measuring liquid level in a urea hydrolysis to ammonia reactor is one of the most demanding applications in coal-fired power plants. Key challenges include:

• High Temperature & High Pressure simultaneously
• Strong Corrosive Medium (NH₃ + CO₂ + Carbamate)
• High Steam Saturation & Severe Foam
• Crystallization & Build-Up Risk
• Rapidly Changing Dielectric Constant
• Complex Internal Structures (agitators, coils, packing)

Technical Requirements

The GWR transmitter must ensure high reliability and accuracy under extreme conditions:

• Corrosion Resistance
• Temperature & Pressure Tolerance
• Steam & Foam Immunity
• Anti-Crystallization Capability
• High Signal Quality & Measurement Performance
• Mechanical Robustness
• Safety & Reliability
• Advanced Commissioning & Software Support

Our Solution – TM500 Guided Wave Radar

• 3-Year Full Warranty – covering performance and reliability
• High-Grade Special Steel Probe – optimized for corrosive, high-temp environments
• International High-End Benchmarking – comparable to Endress+Hauser and VEGA premium GWR products
• Advanced Signal Processing – accurate measurement despite foam, vapor, or crystallization

Benefits

• Stable, reliable measurements under the harshest reactor conditions
• Extended service life with minimal maintenance
• High-end positioning comparable to leading GWR suppliers
• High-Grade Special Steel Probe – optimized for corrosive, high-temp environments
• International High-End Benchmarking – comparable to Endress+Hauser and VEGA premium GWR products
• Advanced Signal Processing – accurate measurement despite foam, vapor, or crystallization

Want to Discover How TM500 Can Handle Your Extreme Level Measurement Needs? Please do not hesitate to contact us.