Urban Sequoia NOW by SOM at COP27

At COP27, the 2022 UN Climate Change Conference in Sharm El-Sheikh, Egypt, Skidmore, Owings & Merrill (SOM) presented Urban Sequoia NOW—a design, readily constructible today, for a building that will sequester carbon throughout its lifecycle. Created by a global interdisciplinary team at SOM, the design was presented by Partner Chris Cooper live in the Buildings Pavilion Auditorium.

SOM has started to think of buildings as living organisms that can significantly reduce embodied carbon, generate energy in their operation, absorb carbon from the atmosphere, and last much longer than the typical 60-year lifespan of a building. By combining these strategies, we can design buildings that go beyond net zero carbon.

Image © SOM

The design brings SOM’s 2021 high-rise prototype from a visionary concept to a buildable reality. The building would reduce upfront embodied carbon by 70 percent—from construction alone—when compared to that of a typical high-rise. In the first five years of the tower’s life, the building would reach a 100 percent reduction in whole life carbon, achieving net zero.

Over an extended, 100-year lifespan, an Urban Sequoia building would absorb more than 300 percent of the amount of carbon emitted in its construction and operations. The design is an inversion: all the systems that are typically hidden in ceilings, like air ducts and other MEP equipment, would be consolidated or even eliminated.

Image © SOM

SOM’s new approach optimizes the floor slabs to include those systems within the floors, and raises the ceiling heights simply by removing the ceilings altogether, significantly decreasing material use. Air would flow into underfloor ventilation openings, situated between the slab and a timber floor finish, as well as sky gardens doubling as amenities and large air capture zones.

Cool air would move into these gardens and enter open cavities in the building’s core, where the stack effect would bring air up through direct air capture technology embedded within the building’s core and roof. The captured carbon would then be stored and available for use in various industrial applications, completing the carbon cycle and forming the basis of a new carbon-removal economy.

Image © SOM

Urban Sequoia NOW, much like the original concept, is applicable to any building type, at any scale, and in any location. Each building type uses carbon-sequestering materials, like timber and bioconcrete, to reduce embodied carbon emissions, and advanced technologies such as energy-generating solar glass to lower operational carbon emissions.

The idea across the board is to regenerate the environment in the world’s densest places, where carbon emissions are highest, and to do so with a timeless design that has the flexibility to be adapted over the course of a century. Bringing this idea from concept to reality will create a network of Urban Sequoia buildings across the world that absorb carbon, every year, for the next 100 years or more. Source and images Courtesy of SOM.

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