
Use H2S data to optimize desulfurization procceses
Optimizing H₂S removal in produced water requires reliable data on how dissolved H₂S levels develop throughout the process. However, traditional measurement techniques such as manual tube sampling only provide snapshots, which make it difficult to evaluate and control desulfurization performance.
Continuous, inline liquid-phase H₂S measurements directly in produced water provide a complete view of H₂S development under actual process conditions. This enables operators to optimize desulfurization processes such as scavenger dosing, stripping, oxidation, and other treatment methods while simplifying monitoring and reducing the need for manual sampling.
Benefits
A data-driven approach to H₂S control yields many other benefits as you can…

Cost-optimize desulfurization
Use real-time data to control and verify the impact of desulfurization activities such as triazine dosing, strippers, filters, scrubbers etc.

Optimize water reuse
Improve water treatment activities to support more efficient water reuse or produced water reinjection strategies.

Simplify the H2S sensor setup
Replace time-consuming manual tube sampling or complex sampling systems with simple, inline measurements that require minimal maintenance.
Learn more
Read more about the benefits of a proactive approach to sulfide control in the biogas and biomethane industry.
SulfiLoggerTM H2S sensor
The SulfiLogger™ H2S sensor is a robust probe designed for continuous monitoring in rough environments including wastewater and process gases.
Click the button to read more details including full product specifications.
SulfiLoggerTM H2S sensor
The SulfiLogger™ H2S sensor is a robust probe designed for continuous monitoring in rough environments including wastewater and process gases.
Click the button to read more details including full product specifications.
Trusted by the industry
The SulfiLogger™ sensor is in operation in +30 countries world-wide.
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