Product description

The determination of volatile hydrogen sulfide (H2S) in solid and semi-solid samples has never been easier. The Sulfimax GX system from ECH can be expanded with a manual Headspace Module to enable selective and precise H2S analysis.

The sample is placed into a glass vial and heated in the headspace unit. Depending on the sample type, the heating temperature can be adjusted between 30 °C and 180 °C. The volatile H2S is then transferred via gas circulation to the Sulfimax GX sensor, where it is detected with high sensitivity.

Even extremely low H2S concentrations are measured reliably – without any sample preparation.

Short measurement times ensure a high sample throughput. The compact and robust design, combined with intuitive operation, makes the system ideal for users with varying levels of experience.

Key Features:

  • Simple H2S analysis in solid and semi-solid samples
  • Adjustable heating from 30 °C to 180 °C
  • No sample preparation required
  • Detection of very low H2S concentrations
  • Fast measurement cycles and high throughput
  • Compact, robust, and user-friendly
360° View Sulfimax GX Headspace Module
Product Animation Sulfimax GX lab
360° View Sulfimax GX go with Headspace Module

Applications

  • Solid samples, e.g. elementary sulphur, sludge, bitumen
  • Liquid samples such as wastewater with sludge particles
  • Semi-solid samples
  • Oil samples and waste

Advantages

  • Analysis of the original sample
  • No sample preparation
  • Minimized cross sensitivity through the indirect method
  • Suitable for on-site use
360° View Sulfimax GX lab with Headspace Module and autosampler

Features and Results

  • Measurement of the sample in the sealed 20 mL vial - no contact of the sample with components of the analysis system
  • Gas extraction technique for rapid release and separation of H2S from the sample
  • Temperature control from 30 to 180 °C
  • Measuring time from 2 to approx. 15 min, depending on the H2S content of the sample
  • Double-needle system for gas transfer
  • Bypass circuit for continuous gas flow
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