Endress+Hauser CPS97E-BA8BHH2 Advanced Silica Analyzer

The Endress+Hauser CPS97E-BA8HHH2 is a state-of-the-art online silica analyzer designed for continuous, precise monitoring of dissolved silica in the water-steam cycles of power plants and high-pressure industrial boilers. This robust analyzer is critical for preventing silica scaling and deposition, which can severely impact turbine efficiency and plant safety. By providing accurate, real-time measurements, the CPS97E-BA8BHH2 helps operators maintain optimal water chemistry, ensuring operational reliability, maximizing equipment lifespan, and reducing costly downtime.

Key Technical Parameters

Measurement Principle: Molybdate blue photometric method, ensuring high specificity and accuracy for silica detection.

Measurement Range: Selectable ranges, typically from 0-2000 µg/L (ppb), capable of detecting ultra-trace levels critical for modern power plants.

Accuracy: High precision with low detection limits, typically < 1 µg/L, for reliable trend analysis and early warning.

Sample Conditions: Handles high-temperature, high-pressure sample streams directly; standard version for temperatures up to 50°C (122°F) and pressures up to 7 bar (100 psi). The "BA8" designation indicates a specific, robust analyzer housing configuration.

Outputs: Multiple configurable analog (4-20 mA) and digital (PROFIBUS DP, Modbus) outputs for seamless integration into plant DCS or SCADA systems.

Reagents: Integrated, optimized reagent packages with long shelf life, minimizing maintenance frequency.

Enclosure: Protection class up to IP66/NEMA 4X, suitable for harsh installation environments.

Core Advantages & Benefits

Unmatched Reliability in Harsh Conditions: Engineered specifically for power plant applications, the CPS97E-BA8BHH2 delivers stable performance even with challenging sample conditions, ensuring continuous data without dropouts.

Exceptional Accuracy at Low Concentrations: Its advanced photometric technology provides trusted measurements at the critical low ppb level, enabling precise control of silica carryover and compliance with strict water chemistry guidelines.

Reduced Total Cost of Ownership (TCO): Features like long-reagent cartridge life, low consumable usage, and robust self-diagnostics significantly reduce operational costs, maintenance time, and manual lab sampling needs.

Enhanced Plant Safety and Efficiency: By enabling proactive control of silica levels, it directly protects expensive turbines and heat exchangers from scaling, maintaining peak thermal efficiency and preventing forced outages.

Simplified Integration and Operation: The intuitive user interface, pre-configured calibration curves, and standardized communication protocols allow for easy setup, operation, and integration into existing plant asset management systems.

Conclusion

The Endress+Hauser CPS97E-BA8BHH2 Silica Analyzer is an indispensable solution for any facility requiring rigorous purity control in high-pressure steam systems. It combines proven measurement technology with rugged design to deliver the accuracy, reliability, and operational savings demanded by modern power generation and industrial processes. Invest in the CPS97E-BA8BHH2 to safeguard critical assets, optimize chemical treatment, and ensure uninterrupted, efficient plant operation.

Keywords: Endress+Hauser CPS97E, silica analyzer, dissolved silica monitoring, power plant water chemistry, boiler feedwater analysis, steam purity, turbine protection, online water analyzer, silica scaling prevention, industrial boiler treatment.