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LCA of Concrete and Steel Building Frames

Åsa Jönsson (Institutionen för vattenförsörjnings- och avloppsteknik) ; Anne-Marie Tillman (COMESA, Miljösystemanalys) ; Thomas Björklund (COMESA, Miljösystemanalys)
The International Journal of Life Cycle Assessment Vol. 3 (1998), 4, p. 216-224.
[Artikel, refereegranskad vetenskaplig]

The effects on the external environment of seven concrete and steel building frames representative of present-day building technology in Sweden were analysed using LCA methodology. Objects of the study included frame construction and supplementary materials. Several-storey offices and dwellings were studied. The functional unit was defined as one average m2 of floor area during the lifetime of the building. Inventory data were elaborated for concrete and steel production, the building site, service life, demolition and final disposal. Parameters included were raw material use, energy use, emissions to air, emissions to water and waste generation. The inventory results were presented and evaluated as such, in addition to an interpretation by using three quantitative impact assessment methods. Parameters that weighed heavily were use of fossil fuels, CO2, electricity, SOx 2 NOx 2 alloy materials and waste, depending on what assessment method was used. Over the life cycle, building production from cradle to gate accounted for about the same contribution to total environmental loads as maintenance and replacement of heat losses through external walls during service life, whereas demolition and final disposal accounted for a considerably lower contribution.

Nyckelord: buildings, concrete, LCA, steel

Denna post skapades 2006-12-11. Senast ändrad 2017-11-20.
CPL Pubid: 24268


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Institutioner (Chalmers)

Institutionen för vattenförsörjnings- och avloppsteknik (1955-2000)
COMESA, Miljösystemanalys (1900-2004)



Chalmers infrastruktur