Product description

The Sulfimax GX Go was developed for the precise determination of hydrogen sulfide (H2S) and volatile sulfide compounds in liquid and gaseous samples.

Samples can be introduced directly via syringe, with no prior sample preparation required. Efficient gas extraction ensures the complete separation of H2S from the sample matrix, while matrix-related interferences are effectively minimized.

The extracted H2S is transferred to a highly sensitive electrochemical sensor capable of detecting concentrations from 0.01 to 10,000 ppm with exceptional precision. A typical measurement takes approximately 5 minutes, depending on the sample composition.

With the optional H2S Headspace Module, the Sulfimax GX Go can be expanded to analyze solid and semi-solid samples with the same high level of accuracy and ease of use.

Key Features:

  • Direct sample introduction without sample preparation
  • Precise detection from 0.01 to 10,000 ppm H2S
  • Fast measurement times starting at approximately 5 minutes
  • Minimized influence from the sample matrix
  • Expandable for solid and semi-solid sample analysis
360° View Sulfimax GX go (compact version)

This device complies with the following standards

The Sulfimax GX go fulfils the requirements of the standard DIN 38405-27: German standard methods for the examination of water, waste water and sludge - Anions (group D) - Part 27: Determination of sulphide by gas extraction method (D 27).

DIN 38405-27, IP 570 (B), ASTM D7621

Product Animation Sulfimax GX lab
360° View Sulfimax GX go with Headspace Module

Applications

  • Water, drinking water, surface water
  • Municipal wastewater
  • Industrial wastewater
  • Monitoring of landfill-leachate
  • Gas analysis (e. g. LNG, LPG)
  • H2S in hydrocarbon mixtures
  • Investigation of technical and pharmaceutical products (e. g. storage stability)
  • Quality management

Advantages

  • Analysis of the original sample
  • No sample preparation
  • Minimized cross sensitivity through the indirect method
  • Suitable for on-site use

Features and Results

  • Complete separation of H2S from the sample by effective gas extraction
  • Simple calibration
  • Software: simple, clear, intuitive
  • Definition of own methods for device control
  • Dosing manually by syringe
  • Typical measuring time 5 min (depending on sample properties)
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