When it comes to sustainability, we don’t just talk the talk. Case in point: our own buildings.
SAGE headquarters and our brand new manufacturing facility in Faribault, Minn., are specifically designed to make our employees more comfortable, more productive and generally happier by letting sunlight stream in and providing a view to the outdoors for all employees.
While SAGE headquarters has been our home since 2004, the market’s enthusiasm for SageGlass caused us to outgrow our 60,000-square-foot (5,600-square-meter) building. Our 324,000-square-foot (30,100-square-meter) high-volume manufacturing facility that opened in 2012 promises to be a game-changer in the green building market. This timelapse shows the construction that took place from February through the end of November 2011.
The new facility is the world’s largest and most advanced dynamic glass manufacturing plant (although our old building previously held this distinction), able to produce SageGlass in high volumes and in large commercial architectural sizes at an affordable cost. We invested in the world’s best available manufacturing technologies to produce a dynamic glass product of uncompromising quality and reliability. The plant houses the world’s largest thin-film coating system for glass production.
And here’s the building as of March 2012. The tan building in the foreground is our old plant, and the big white one is our new facility.
We’re aiming for LEED Silver certification for our new facility. We sourced as many local building materials as possible. An unusually large number of windows and skylights throughout both the offices and the manufacturing facility provide natural daylight and offset the need for conventional electric lighting. The HVAC and chilled water systems use natural cooling from outside air. An innovative hot water reclamation system recycles heat back into the building. Waste- and rain-water reclamation systems conserve water usage. With these and other sustainable features, the energy performance of the new SAGE facility is projected to be 28 percent better than the ASHRAE 90.1 baseline – a key national energy standard for commercial buildings today.