Field trials demonstrate the ability of novel scavenger to remove H2S from natural gas

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Summary

Field trials in the Permian Basin (Texas) demonstrated that a novel hydrogen sulfide (H2S) scavenger can effectively remove H2S from natural gas, indicating a promising new option for sour gas treatment in real-world conditions.

What performance or operational factors (e.g., removal efficiency, capacity, byproducts, safety, or cost versus triazine/amine systems) would most influence your interest in adopting a new H2S scavenger?

Field demonstration trials of a novel method for removing hydrogen sulfide (H 2 S) from natural gas were recently completed in the Permian basin in Texas. The trials demonstrated the ability of the technology

The post Field trials demonstrate the ability of novel scavenger to remove H2S from natural gas appeared first on Chemical Engineering.

MikeHarlan

Aug 1 at 4:00 AM

Curious how this compares to triazine-based scavengers in terms of sulfur loading (lb S/lb scavenger) and byproducts - our past trials handled H2S spikes but created stubborn gels that fouled filters and drove disposal cost. How does it perform with CO2, COS/CS2, and mercaptans in the mix, and is it regenerable or strictly once-through?

Field trials demonstrate the ability of novel scavenger to remove H2S from natural gas

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