There’s an award-winning timber/concrete technology in Austria – that hopes to revolutionize the construction industry around the world.
CREE is the creator of a hybrid technology that enables architects to design stunning tall wood buildings up to 30 storeys high. They can be erected as quickly as a storey a day…
And the company has announced it has opened up operations in San Francisco.
Known as the LifeCycle Tower (LCT) system, CREE’s innovation is a slab and post wood design method that requires up to 50% shorter construction time compared to reinforced concrete and steel construction. The LCT system also requires 39% fewer resources over the lifespan of a building and takes advantage of engineered timber products.
By combining wood and concrete together, the LCT system substantially reduces the amount of concrete used in the building, resulting in a lighter structure, with a smaller foundation and up to 90% lower CO2 emissions. Currently, the firm has two buildings established in Austria, with several North American proposals in the works.
This innovative tall wood design system will be on exhibit at GreebBuild 2012 in San Francisco, November 14-15.
“San Francisco is a great place for us,” said Michael Zangerl, CEO of CREE Buildings. “Here we are surrounded by the cleantech and sustainable ecosystems, as well as some of the finest architecture firms in the country. Tall wood buildings are the future of sustainable urban development. We are excited to provide cities with this cutting edge design expertise and local timber industries with new markets for their products.”
The CREE LifeCycle Tower is a building system which uses prefabricated components manufactured to an architect’s exact specifications. The wall facades are made from glue-laminate posts, while the floor slabs are constructed from a hybrid of glue-laminate posts and concrete. While these components are manufactured off-site, the foundation of a building is laid and the structural elevator shaft core is erected. This core, made out of either steel and concrete or wood, stiffens the building and provides a frame from which the walls and floors can hang. The slabs and posts are assembled by interconnecting the preset pins and holes of the components. With this skeleton structure, architects can design a wide variety of layouts and exterior skins, to create dramatic and sustainable buildings.
“Often people think that a system’s approach to building construction hinders architectural design, and leads to modular, boxy, uninspired buildings,” said Nabih Tahan, Chief Sustainable Officer of CREE Buildings. “However, the CREE LCT system involves only the components of the building structure. This allows for outstanding architectural freedom on the look and feel of the building. Our LCT ONE and the IZM Montafon building look completely different, yet they are built from the same basic components.”
CREE’s first building is its global headquarters in Dornbirn, Austria called the LCT ONE. Built to a passive house standard, the eight-storey pilot project was erected in eight days after the foundation was finished.
The company’s second building is the Illwerke Zentrum Montafon (IZM) Montafon building in Montafon, Austria. Currently under construction, this is CREE’s first commissioned project and is set to be one of the largest tall wood commercial buildings in Europe.
CREE says the LCT buildings are highly durable, fire and earthquake safe, and conform to local building codes. At the end of their lives, the building materials can be efficiently reused, recycled or converted into bioenergy.
