Sylvan delivered the piping and sheet metal scope for a major air tempering retrofit at a large automotive manufacturing facility, completing the work on schedule and under budget with zero disruption to plant operations.
Sylvan delivered all mechanical process piping and sheet metal installation for a 3.5 million-square-foot EV battery manufacturing facility, completing over 1.2 million safe labor hours with a peak workforce of roughly 900.
Sylvan self-performed a large-scale piping and welding scope for a secure federal research facility, completing more than 7,000 pipe welds across 52,000+ labor hours while coordinating 13 subcontractors with zero safety incidents.
Sylvan is providing mechanical, process piping, and HVAC installation for a 64,000-square-foot federal stable isotope production facility, executing technically demanding work under strict safety and quality standards to help restore domestic isotope supply.
Sylvan upgraded the University of Tennessee’s main steam system serving roughly 75% of campus, installing over 3,000 feet of high-pressure steam and condensate piping and three steam vaults, including work inside Neyland Stadium during football season.
Sylvan provided mechanical labor for a large municipal utility infrastructure project, installing large-diameter piping and hangers across approximately 8,000 labor hours in a congested, active work environment.
Sylvan delivered major mechanical upgrades as General Contractor at the Aries Gas facility in Linden, NJ, including a new quench system and two 60,000-lb condensers.
Sylvan delivered rigging and pipe installation for Princeton’s TIGER geoexchange facility, advancing the University’s 2046 carbon neutrality goal.
Sylvan provides ongoing mechanical service and emergency response support for Fairlawn Retirement Community that includes both planned mechanical work and emergent corrective repairs
Sylvan optimized HVAC and mechanical systems across multiple Harbor Behavioral facilities, cutting maintenance costs by roughly 30 percent while improving safety and reliability.
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