<b><i>1 Consolidation </i></b>
Using the igloo as a geometric model, the new plan calls for condensing McMurdo Station into fewer, larger structures so that minimal surface area encloses maximum volume.
<b><i> 2 Thermal Jacketing </i></b>
In architect and project lead Rick Petersen’s recommended layout, spaces that require less heat, like warehouses, would act as physical buffers, “thermally jacketing” areas that require more heat, like offices.
<b><i> 3 Waste-Heat Recapture </i></b>
Waste-heat recycling will promote energy sharing across the various program functions. “We are using heat-exchangers to capture and redirect waste heat from generator exhaust stacks and wastewater drains,” says Petersen.
<b><i> 4 Double Wall </i></b>
OZ proposed a double-wall envelope with structural insulated panels outside and stud walls inside, for a total thermal resistance of R-72. (For reference, in less extreme climates, Passivhaus buildings usually have R-40 to R-60 walls.)
<b><i> 5 Triple-Glazed Windows </i></b>
Triple-glazed, low-e coated windows would account for 11 percent of the building envelope, welcoming in the otherworldly landscape. Says Petersen: “The views give you a sense of inspiration to remind you of why you’re there.” Photo 2 of 2 in Meet The Firm That’s Reimagining Life in Antarctica

Meet The Firm That’s Reimagining Life in Antarctica

2 of 2

1 Consolidation Using the igloo as a geometric model, the new plan calls for condensing McMurdo Station into fewer, larger structures so that minimal surface area encloses maximum volume. 2 Thermal Jacketing In architect and project lead Rick Petersen’s recommended layout, spaces that require less heat, like warehouses, would act as physical buffers, "thermally jacketing" areas that require more heat, like offices. 3 Waste-Heat Recapture Waste-heat recycling will promote energy sharing across the various program functions. "We are using heat-exchangers to capture and redirect waste heat from generator exhaust stacks and wastewater drains," says Petersen. 4 Double Wall OZ proposed a double-wall envelope with structural insulated panels outside and stud walls inside, for a total thermal resistance of R-72. (For reference, in less extreme climates, Passivhaus buildings usually have R-40 to R-60 walls.) 5 Triple-Glazed Windows Triple-glazed, low-e coated windows would account for 11 percent of the building envelope, welcoming in the otherworldly landscape. Says Petersen: "The views give you a sense of inspiration to remind you of why you’re there."