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AMI CACE

AMI CACE

AMI CACE

Product catalog summary
Overview: The document discusses the AMI CACE system, an analytical instrument designed for continuous monitoring of water steam cycles, particularly focusing on conductivity before and after cation exchange (CACE). It highlights the use of an Electrodeionization (EDI) module for automatic resin regeneration, reducing operational costs and maintenance.
Key Features:
  • Continuous Measurement: Monitors sample flow and temperature for data validation.
  • Electrodeionization (EDI) Module: Provides automatic and continuous resin regeneration, eliminating the need for resin exchange and maintenance.
  • Specific Conductivity (SC) and CACE Monitoring: Ensures uninterrupted data availability and improved data quality.
  • Integrated Calculations: Calculates pH and alkalizing agent concentration.
Specifications:
  • Specific Conductivity (SC): 0.055-1000 μS/cm
  • Conductivity after Cation Exchange (CACE): 0.055-1000 μS/cm
  • pH Value: 7.5-11.5
Applications:
  • Peaking Combined Cycle Power Plants: Automated routines reduce maintenance and costs.
  • Industrial Power and Steam Generation: Cost-efficient operation with minimal maintenance.
  • Nuclear Power Plants: Reduces resin consumption and waste disposal costs.
  • Fossil-fired Base Load Power Plants: Lowers operating costs by reducing chemical use.
Benefits:
  • Cost Reduction: No need for resin exchange or aggressive chemicals, lowering maintenance and waste disposal costs.
  • Data Reliability: Continuous data availability without downtime due to resin exhaustion.
  • Improved Accuracy: Prevents resin leakages, ensuring accurate CACE readings.
Conclusion: The AMI CACE system with EDI module offers an economical solution for monitoring CACE, significantly reducing the cost of ownership by eliminating the need for resin, maintenance, and chemicals.
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Catalog excerpts

AMI CACE-1

AMI CACE One unit to measure both conductivity before (SC) and after cation exchange (CACE). Unique electrodeionization module (EDI) for automatic, continuous resin regeneration. Dependable, uninterrupted and without resin exhaustion. Self-diagnostic functions ensure for highest reliability and minimized maintenance. Continuous measurement of sample flow and sample temperature for data validation Integrated calculation of pH and alkalizing agent concentration Electrodeionization (EDI) module for: • automatic and continuous resin regeneration • uninterrupted monitoring of CACE Continuous monitoring of specific conductivity (SC) and conductivity after cation exchange (CACE) Specific Conductivity (SC) 0.055-1000 μS/cm Conductivity after Cation Exchange (CACE) 0.055-1000 μS/cm Alkalization Agent Concentration in ppm Water Steam Cycles Resin regeneration instead of resin exhaustion: • reduced operational expenditure • no resin exchange • no maintenance • n

 Open the catalog to page 1
AMI CACE-2

AMI CACE with electrodeionization (EDI) module: The economical solution to measure CACE Conductivity after cation exchange (CACE) is the most important parameter in order to monitor the purity of a water steam cycle. In all water steam cycles, but especially ones with high pH regimes (pH ≥ 9.8), the benefits of the AMI CACE´s are of highest importance. Conventional cation resin columns are exhausted fast and frequent resin replacement or regeneration is necessary, driving high operating costs. Whereas conventional CACE monitoring relies on costly resin columns to undertake cation exchange, Swan´s...

 Open the catalog to page 2
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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