Facilities We've Engineered
Click any project to expand the full engineering case study — load calculations, duct design, equipment specs, install documentation, and commissioning data.
Lakeview Aquatic Center
Houston, TX · 48,000 sqft
Chloramine accumulation at 4.2x ASHRAE limits. Corroded ductwork failing after 8 years. Coaches repo...
Midwest Events Center
Columbus, OH · 218,000 sqft
Residential-grade RTUs spec'd by architect for a 12,400-seat venue. Equipment undersized by 340%. Co...
Harrington Fieldhouse
Ann Arbor, MI · 94,000 sqft
Title IX deadline: women's sports program expansion required doubling HVAC capacity in an 1962 build...
Summit Ice Sports Complex
Denver, CO · 62,000 sqft
Dual-sheet facility with conflicting thermal loads — ice surface requires 55°F while spectators at 6...
Desert Peak Sports Village
Scottsdale, AZ · 186,000 sqft
Phoenix summer peak: 115°F outside, 186,000 sqft of dark turf absorbing solar gain through transluce...
Lakefront Combat Center
Chicago, IL · 28,000 sqft
NCAA wrestling requires 68°F mat temperature with no draft above mats. Previous system created 12 MP...
Engineered for Every
Sport-Specific Environment
Each facility type presents a unique set of thermal, chemical, and occupancy challenges. We've built dedicated engineering protocols for each.
Arena & Stadium
Up to 3.2M CFMFull occupancy load calculations for 5,000–80,000 seat venues. We handle ice-to-basketball thermal transitions, concourse pressurization, and under-seat displacement ventilation — the systems that keep 12,000 people comfortable while the HVAC stays invisible.
Natatorium
ASHRAE 62.1 Certified
Chloramine-resistant duct systems. Dehumidification to ±2% RH. All ductwork in 316L stainless or polymer-coated.
Fieldhouse
Multi-zone Control
Simultaneous track, court, and spectator zone management. High-ceiling stratification correction. Title IX documentation.
Ice Rink
Dual-Sheet Capable
Desiccant dehumidification for fog prevention. Glycol heat reclaim. Separate ice/spectator thermal zones.
Indoor Turf
Solar Gain Analysis
ETFE/polycarbonate roof solar gain calculation. HVLV fan systems. Evaporative pre-cooling for hot climates.
Combat Sports
NCAA Compliant
Mat-level velocity < 0.15 MPH. High-induction diffuser design. UV-C air treatment for high-contact sports.
2016
Last Game-Day Failure
23
States Served
100%
Projects On Schedule
15yr
Avg Equipment Warranty
Get Your Facility Assessed
Tell us about your facility. We'll schedule a site visit, review your existing mechanical documentation, and deliver a written scope assessment — no commitment required.
The Athletic Director's
HVAC Spec Checklist
Going into a board meeting about your facility's mechanical system? This checklist gives you the technical vocabulary and specification benchmarks to evaluate any HVAC proposal — and identify when someone's trying to sell you the wrong equipment.
- Load calculation requirements by facility type
- ASHRAE 62.1 ventilation minimums for sport-specific occupancy
- Duct material specifications for chlorine-exposed environments
- Equipment redundancy standards for game-day reliability
- Commissioning data requirements for Title IX documentation
- Warning signs your current system is undersized
- 12 questions to ask any HVAC contractor before signing
The Athletic Director's HVAC Spec Checklist