Cookie consent

This site uses cookies that need consent. Learn more

Steam Vent Silencers

Product Steam Vent Silencers

Country USA

MEDAS successfully acquires a project to supply silencers for its HRSG clients in the US - Burgess Manning Silencers, a renowned provider of industrial noise control solutions, collaborated with a client in the USA operating Heat Recovery Steam Generator (HRSG) systems. HRSG units are integral to combined cycle power plants, recovering waste heat from gas turbines to generate steam and increase overall efficiency.

Challenges: The client faced challenges related to excessive noise emissions from their HRSG units, impacting nearby communities and regulatory compliance. Addressing these noise issues while maintaining optimal HRSG performance was critical to their operations.

Solution: Burgess Manning Silencers conducted a comprehensive assessment of the client's HRSG systems to identify noise sources and determine effective mitigation strategies. Leveraging their expertise in acoustic engineering, they proposed customized silencer solutions tailored to the unique requirements of each HRSG unit.

Implementation: Following the assessment, Burgess Manning Silencers deployed a team of skilled engineers to install and commission the tailored silencer solutions at the client's site. Rigorous testing and optimization ensured that the silencers effectively attenuated noise without compromising HRSG performance.

Results: The implementation of Burgess Manning Silencers' customized solutions led to significant reductions in noise emissions from the HRSG units, achieving compliance with regulatory standards and alleviating concerns of nearby communities. Additionally, the improved acoustic environment enhanced the overall workplace safety and productivity for plant personnel.

Conclusion: Through collaboration with Burgess Manning Silencers, the client successfully addressed noise challenges associated with HRSG operations, demonstrating a commitment to environmental stewardship and regulatory compliance while optimizing plant performance.