Variable flows, complex contaminants, and tightening regulations are reshaping sulfur treatment needs. A gas-phase process with field-proven flexibility offers a scalable alternative to traditional systems.
Distributed energy systems, carbon capture projects, and evolving refinery operations increasingly require flexible, low-footprint sulfur removal solutions. This article provides a brief overview of the sulfur removal landscape and details the field validation of a modular catalytic technology for selective sulfur recovery under high-contaminant conditions. Demonstrations in renewable natural gas (RNG) tailgas, syngas, and associated gas streams show reliable performance with reduced operational complexity compared to state-of-the-art technologies. This approach supports compliance with tightening sulfur regulations and enables cost-effective deployment across emerging energy sectors...
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