Mission critical environments demand mechanical systems that are engineered, coordinated, and delivered with exceptional discipline. These facilities depend on infrastructure that can support continuous operation, high-performance standards, and complex system requirements.
icon partners with owners, engineers, and construction managers to deliver mechanical solutions for facilities where uptime, reliability, and precision are essential.
Mechanical systems designed to support thermal management, redundancy, and continuous operations.
Integrated systems that support resilient energy infrastructure and backup power environments.
Coordinated mechanical execution for facilities with strict uptime, security, and operational requirements.
Large-scale systems built to support demanding loads, campus-wide operations, and long-term performance.
Our teams combine engineering, fabrication, and field execution to deliver coordinated systems that support mission critical performance.
icon Mechanical is delivering mechanical scope for three 60+MW, 200,000+ SF hyperscale data centers on the campus of a confidential client. Scope for each building includes liquid cooling, fanwalls, and a redeployable and custom-designed modular equipment platform.
icon Mechanical is delivering mechanical and HVAC scope for two 300 MW enterprise hyperscale data center buildings in the Southwest.
icon Mechanical is delivering mechanical and plumbing installation for a confidential 150MW hyperscale data center in the Southeast.
icon Mechanical delivered mechanical and plumbing scope for two colocation data centers (40 MW/30 MW) on a confidential campus.
icon Mechanical is delivering a custom manufactured cooling system for this confidential data center.
icon Mechanical delivered the design-assist mechanical scope for a confidential 40 MW data center.
icon Mechanical is delivering design-assist mechanical and plumbing systems for a confidential 50 MW enterprise hyperscale data center retrofit.
Mechanical systems for a 9,600-square-foot data center using a hot-aisle/cold-aisle design, with eight AHUs and four 200-ton air-cooled chillers on variable drives.
