Sulfimax GX online WATER ATEX

The Sulfimax GX online WATER continuously measures hydrogen sulphide (H₂S) and sulphides in wastewater and other other aqueous samples quickly and accurately. This is important for timely and on-demand intervention in process streams and wastewater treatment procedures.

Effective gas extraction completely expels H₂S from the sample. Interference from the sample matrix is virtually non-existent. The released H₂S gas is directed to the highly sensitive sensor, which detects H₂S in the range of 0.01 to 1000 ppm. A measurement takes 5 to 15 min, depending on the sample composition.

With the Sulfimax GX online WATER, even industrial wastewater that is basic or contaminated with hydrocarbons or ammonia can be monitored reproducibly.

Sample aspiration, all rinsing steps and the return to the pipe system are performed automatically. Configurations can be edited and results read out via remote access. The measured values can be be transmitted to on-site alarm systems via digital and analog outputs.

The Sulfimax GX online WATER as ATEX compliant version is suitable for use in ATEX zone 1 (gas) according to DIN EN IEC 60079-2.

 

Features

• Detection of the true H₂S content directly in the liquid phase and thus independent of weather conditions (even in strongly basic samples)
• Simple calibration
• Simple, clear software
• No cross-contamination due to self-cleaning between measurements
• Long sensor life due to integrated regeneration processes

Sulfimax GX online WATER - Analyzer for online sulphide determination

    

ATEX compliant version for use in potentially explosive environment

  

Applications

• Online acquisition of the current sulfide concentration
• Environmental analysis, e. g.:
  - Waste water analysis for control systems (pump sump, free level or pressure water pipe)
  - Landfill leachate monitoring
  - Industrial sewage treatment plants
  - Municipal sewage treatment plants

  

Advantages

• Automatic sample dosing
• Hardly any cross-sensitivities due to indirect method
• Output 4 - 20 mA for integration of the H₂S signal into the control system
• Short measuring intervals allow fast reaction to changes
• Low maintenance requirements