2022
DOI: 10.1016/j.buildenv.2022.109320
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Life cycle assessment of mass timber construction: A review

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Cited by 53 publications
(27 citation statements)
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“…The uncertainty analysis indicated that a design that allows for the recycling of mass timber and an extension of the lifespan of the building could have a significant reduction in the total life cycle cost of the mass timber building. Some scholars [24] presented a review of 62 peer-reviewed articles relating to mass timber construction as a substitute for conventional construction. Among other things, the scholars reported that the average embodied energy of mass timber buildings is 23% higher than the reinforced concrete alternatives, and the average embodied GHG emissions of reinforced concrete buildings are 42.68% higher than mass timber buildings.…”
Section: Product Stagementioning
confidence: 99%
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“…The uncertainty analysis indicated that a design that allows for the recycling of mass timber and an extension of the lifespan of the building could have a significant reduction in the total life cycle cost of the mass timber building. Some scholars [24] presented a review of 62 peer-reviewed articles relating to mass timber construction as a substitute for conventional construction. Among other things, the scholars reported that the average embodied energy of mass timber buildings is 23% higher than the reinforced concrete alternatives, and the average embodied GHG emissions of reinforced concrete buildings are 42.68% higher than mass timber buildings.…”
Section: Product Stagementioning
confidence: 99%
“…The scholars recommended further studies of various types of buildings in different geographical locations. LCA has been widely used to evaluate the environmental impact of mass timber construction as a substitute for conventional construction [24]. This study applied LCA in the comparative analysis of life cycle impacts of mass timber and building construction using a design for Calgary, Alberta.…”
Section: Product Stagementioning
confidence: 99%
“…Nadaljnja uporaba se lahko pojavlja v različnih oblikah. Kot ponovna uporaba, kjer izdelek uporabimo za isti namen, kot predelava, kjer izdelek uporabimo za drug namen ali pa kot recikliranje, kjer izdelek predelamo v surovino za nadaljnjo rabo (Aryapratama & Pauliuk, 2022;Cordier et al, 2022;Duan et al, 2022;Fimbres Weihs et al, 2022;Klein et al, 2015;Pirc Barčić et al, 2022). Na sliki 1 je prikazano kroženje lesa v Evropi, ki si prizadeva za čimbolj celovito rabo lesa in lesnih ostankov.…”
Section: Kroženje Ogljika In Implementacija Lca V Lesnopredelovalno I...unclassified
“…Podatki kažejo, da bi z uvedbo 17 % lesa kot alternativnega materiala, emisije v gradbeništvu zmanjšali za 20 %. Pri LCA, kjer je bila lesena gradnja celostno obravnavana (Duan et al, 2022), pa je bilo ugotovljeno, da bi emisije lahko zmanjšali za kar 22-50 %. Najnovejše direktive Evropske unije izpostavljajo nujo po zmanjšanju emisij stavb do leta 2050, kar podpira tudi iniciativa novi evropski Bauhaus, ki temelji na okolju prijazni gradnji in zajema estetska, trajnostna in inkluzivna načela.…”
Section: Kroženje Ogljika In Implementacija Lca V Lesnopredelovalno I...unclassified
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