01977nmm a22002537a 4500003000900000005001700009008004100026022001400067040002800081110004600109245006700155260003100222300001600253500017000269501070100439520041401140653001701554653002101571653001901592653001801611653002201629653001101651856006101662ES-BaAUN20230103182901.0221102| ||||go||d|||||| |||| 00| 0 eng d  a2575-5374  aES-BaAUNbengcES-BaAUN2 aArkitektfirmaet C.F. Møllerearchitects.10aWooden Skyscraper: Tall CLT, the building blocks of the future3 burbanNext,cJune 21, 2017.  a1447 words.  aC.F. Møller, Discipline, Energy and sustainability, Essay, High Density, Politics and economics, Senseable Technologies, Technology and fabrication, Urban Paradigms  aCarbon-emissions, Carbon-neutral, Climate change, CO2 emissions, Cross Laminated Timber, Design-based research, Ecological agencies, Ecological researches, Energetic Approach, Energy consumption, Environmental&technological, Essay, Experimental Fabrications, Experimental housing, Future cities, Future projections, Housing, Innovation, Life expectancy, Local resources, Material experimentation, Modular housing, Natural materials, New materials, Prefab housing, Renewable resources, Responsive technologies, Self-sufficient Housing, Skyscrapers, Stockholm, Sustainability, Sustainable construction, Sweden, Technological Approach, Timber, Urban Paradigms, Wood, Wood construction, Wooden panels  aChanging the way we build is part of an evolutionary and innovative approach that is essential within a worldwide movement towards a stronger circular bio-economy. Urban metabolism is a figurative way to describe the development from cities producing CO2 to future cities preserving CO2. The possibility of realizing tall timber buildings highlights an important change in the way we are designing our future.00aArchitecture00aUrban Metabolism00aSustainability00aCO2 Reduction05aStockholm, Sweden05aSweden40uhttps://urbannext.net/wooden-skyscraper/zAccess to info