FSU Doak - Campbell Stadium Renovation

Peachtree Mechanical Inc. proudly contributed to the renovation and modernization of Florida State University’s Doak Campbell Stadium, providing comprehensive mechanical and plumbing system upgrades across multiple concourse and suite levels. Our scope spanned both public and premium spaces, helping to enhance fan comfort, operational efficiency, and overall facility performance.

Level 1: Main Concourse – Field Club, Concessions, and Restrooms

Installed full plumbing systems for high-use restrooms and concession areas, including domestic water, sanitary, and grease waste lines. Mechanical ventilation and HVAC systems were integrated into the Field Club, ensuring climate control and ventilation for premium spaces.

Level 2: Founders Level – Founders Suites, Lounges, and Legacy Loge Boxes

Provided mechanical and plumbing systems to serve private suites and hospitality lounges. HVAC systems were selected for quiet operation and energy efficiency, while plumbing layouts were carefully coordinated to preserve ceiling space and architectural design.

Level 3: Public Concourse – Restrooms and Concessions

Upgraded mechanical and plumbing systems supporting public restrooms and food service areas. Systems were designed for high demand and reliability, ensuring service continuity during peak stadium events.

South End Zone Level 4: Champion’s Club and Loge Boxes

Delivered specialized HVAC and plumbing solutions to support the luxury Champion’s Club and associated loge boxes. Systems included high-efficiency heating and cooling units, exhaust ventilation, and discreet plumbing installations to preserve upscale interior finishes.

South End Zone Level 6: Loge Boxes

Installed mechanical and plumbing systems tailored to elevated loge box suites, offering reliable climate control and water service to complement the high-end fan experience.

Peachtree Mechanical’s experienced team ensured all systems met the demanding requirements of a major sports venue, balancing code compliance, energy efficiency, and durability in a fast-paced construction environment.

‍