Teledyne – Hydra IIC – Mercury Analyzer

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Teledyne – Hydra IIC – Mercury Analyzer

The Hydra IIC is a fully automated turnkey analyzer that measures mercury in solid and semi-solid sample matrices directly without any acid digestion (sample preparation). The system employs the technique of sample combustion (thermal decomposition), mercury concentration via gold amalgamation and detection by cold vapor atomic absorption.

The biggest advantage of the Hydra IIC is that no sample preparation is required before analysis. And, because no sample preparation is required; the cost and hassle of dealing with waste disposal is avoided.

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The Teledyne Hydra IIC Mercury Analyzer is a fully automated system designed for rapid, precise determination of mercury in solid, liquid, and semi-solid samples. Using combustion, gold amalgamation, and cold-vapor atomic absorption (CVAA), it delivers ultra-low detection limits without the need for chemical digestion. Reliable, fast, and easy to operate, the Hydra IIC is ideal for environmental, industrial, and quality-control laboratories.

Built for efficiency and compliance, the Hydra IIC streamlines workflows with minimal maintenance, intuitive software, and high throughput capability. Its robust design ensures consistent performance while meeting global regulatory standards, making it a trusted solution for laboratories that require accurate mercury analysis with maximum operational uptime.

  • No sample preparation required; no waste generated
  • Wide dynamic range with extended range option
  • Excellent sensitivity; no sample dilution required
  • Easy calibration; matrix independent
  • Electronic transfer of sample weight
  • Simple “plug and play” design makes preventative maintenance a snap
  • “On the fly” sample can be easily accommodated​
  • Maintenance of the catalyst and gold trap in minutes
  • Pressure monitoring, indicates a problem with the catalyst or sample boat injector
  • Standard usable range 0.001 ng – 1500 ng
  • Configurable to a high mass analyzer in minutes
  • 0.0006 ng instrument detection limit*

Under ideal system conditions, you determine the System Blank Detection Limit by taking 10 no-boat readings and multiplying their standard deviation by 3 to get the final value.

  • EPA Method 7473​
  • ASTM D6722
  • ASTM D7623

 

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