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Ion Chromatography for power plants

Water quality in thermal power plants

Thermal power plants are at the core of an industrial society. If this core becomes unstable then the consequences are unpredictable. No matter whether the power plant operates with fossil or nuclear fuel, its safe and reliable operation must be guaranteed.

Water is at the source of all thermal power plants. Water enables cooling, expanding water vapor drives the turbines, and water moderates nuclear fission. In power plants, water comes into contact with numerous components, some of which are mentioned below:

  • piping
  • heat exchangers
  • ion exchangers
  • turbine blades
  • condensers
  • reactor pressure vessel
  • fuel rods

The protection of these components guarantees operational safety and reduces maintenance costs. Ion chromatography offers the possibility of determining important monitoring parameters. Both anions and cations can be determined reliably in the nanogram per liter (ppt – parts per trillion) to milligram per liter (ppm – parts per million) concentration range.

 

IC systems from Metrohm are custom-made for this application

Decidedly robust in use, the IC systems are very easy to use – even by semi-skilled personnel, economical in regard to their purchase and running costs, and provide precise and reliable results.

Another vantage point of Metrohm's IC systems is «MISP» – Metrohm Inline Sample Preparation. Liquid handling is carried out by extremely flexible sample changers and highly accurate Dosinos. Calibration takes place inline and independent of both the user and the ambient conditions. Reliable, non-membrane based suppressors are fully solvent-compatible with very low noise, which guarantees safe and trouble-free operation. The extremely short start-up times and the high degree of autonomy of the IC systems are also the direct result of more than 60 years’ experience in the field of ion analysis and two decades of outstanding research in ion chromatography.

 

Chemical background

Water Monitoring in Power Plants (pdf)

Applications

> Cation Monitoring in Power Plants

> Determination of cations in the secondary circuit of nuclear or conventional power plants

> Anion Monitoring in Power Plants

> Determination of anions in the primary circuits of nuclear or conventional power plants

 

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Ion Chromatography for power plants
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