Rendering Courtesy of Retzsch Lanao Caycedo Architects

Office Depot Global Headquarters/Boca Raton, Florida

Architect and Interior Designer

Core and Shell: Retzsch Lanao Caycedo Architects/Boca Raton, Florida

Tenant Infill: Hellmuth Obata + Kassabaum/Atlanta, Georgia

Owner
Office Depot/Boca Raton, Florida

Size/Cost
625,000 sf/$150 million total

TLC Services
M/E


Located in the Arvida Park of Commerce, the new Office Depot Global Headquarters will boast state-of-the-art technology and a design that inspires productivity and teamwork. The project consists of three vertical, interconnected, five-story buildings that are linked by glass-enclosed atriums and will accommodate up to 2,500 Office Depot associates. The core and shell were designed for maximum flexibility, redundancy and reliability. The 2,200-ton HVAC system consists of self-contained water cooled unitary devices (SWUD) fed by a remote cooling tower plant. The plant was remotely located to provide for a clean roof line, improved acoustics in the office spaces, and ease of maintenance. High density polyethylene was chosen for the 20” underground condenser water piping to reduce labor costs; minimize fittings (thus reducing leakage); decrease friction; and reduce pump energy. The cooling towers are made of galvanized steel to reduce corrosion due to ocean breezes. The water-cooled system was chosen because it is more efficient than traditional air-cooled equipment. In addition to high efficiency, the SWUD units were chosen for their redundancy, flexibility and ease of maintenance. The tenant infill portion of the project was completed on a fast track to minimize construction waste between the core/shell design and tenant infill design. Information from the owner’s consultants was arriving up until the final days of production. The office space HVAC system is a variable-air-volume system that provides flexibility, functionality and excellent dehumidification. Outdoor air is modulated in response to CO2 levelsin the space, allowing for energy consumption reductions.