Zuellig Building

Zuellig Building
Zuellig Building
Zuellig Building
  • Client The Zuellig Group
  • Expertise Commercial
  • Location Manila, Philippines

Project Facts
  • Status Construction Complete
  • Completion Year 2012
  • Design Finish Year 2009
  • Size Site Area: 8,285 square meters Building Height: 160 meters Number of Stories: 33 Building Gross Area: 62,800 square meters
  • Rentable Area 57,600.00 sq m
  • Collaborators
    W.V. Coscolluela & Associates Leighton Contractors (Asia) Limited Bridgebury Realty Corporation Meinhardt Permasteelisa Group
Project Facts
  • Status Construction Complete
  • Completion Year 2012
  • Design Finish Year 2009
  • Size Site Area: 8,285 square meters Building Height: 160 meters Number of Stories: 33 Building Gross Area: 62,800 square meters
  • Rentable Area 57,600.00 sq m
  • Collaborators
    W.V. Coscolluela & Associates Leighton Contractors (Asia) Limited Bridgebury Realty Corporation Meinhardt Permasteelisa Group

The first premium-grade office tower in the Philippines to be erected after 2000, the Zuellig Building is notable for its environmentally conscious design, distinctive facade, and superior finishes. It is the first office building in Manila’s Makati Central Business District that was pre-certified by the U.S. Green Building Council at the LEED® Gold level; the project is now LEED® Platinum certified.

The tower provides approximately 65,000 square meters of Class-A office space and approximately 2,000 square meters of retail area. The building expands on its north side and contracts on its south, resulting in a fan-shaped floor plan. Glass is used as the primary expressive material. A double-paned low-emissivity curtain wall, with a ceramic frit pattern, minimizes solar heat gain and energy loss while allowing 90 percent of interior spaces to have access to natural light and views. The frit pattern references local organic motifs and reinforces the vertical proportions of the tower. Other sustainable features include a sensor-controlled lighting system, an efficient HVAC system, greywater recycling, and rainwater collection.

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