著者
高村 秀紀 浅野 良晴
出版者
日本建築学会
雑誌
日本建築学会環境系論文集 (ISSN:13480685)
巻号頁・発行日
vol.75, no.657, pp.993-999, 2010-11-30 (Released:2011-02-25)
参考文献数
26
被引用文献数
1 1

This paper focuses on how to reduce CO2 emissions regarding construction materials. We compared section by section the amount of CO2 emissions from the four different houses. Next, we made an improved plan that took away the first floor that was constructed with reinforced concrete, as well as the interior decorations which emitted less CO2 during their factory production. The following results were obtained.1) We determined which sections of the four houses had less construction waste. We determined which sections of the four houses emitted less CO2 during their production.2) The total amount of CO2 emissions per floor from construction materials is 318.8kg-CO2/m2~498.1kg-CO2/m2.3) The proposed countermeasure that took away the first floor reduced CO2 emissions by 15.7×103kg-CO2, a decrease of 30.4%.The proposed countermeasure that used the interior decorations, which emitted less CO2 during their factory production, reduced CO2 emissions by 5.1×103kg-CO2, a decrease of 9.9%.The countermeasure that the authors described in their improved plan reduced CO2 emissions by 20.8×103kg-CO2, a decrease of 40.3%.

言及状況

外部データベース (DOI)

Twitter (2 users, 2 posts, 1 favorites)

アルミ樹脂のCO2排出量が高いのはなぜだろう。 海外の鉄芯入り樹脂サッシやアルミクラッドも、CO2排出量は多いのかな。廃棄時の分別手間はありそう。 https://t.co/9XIiViuL6r https://t.co/Wpkmh6DwFC

収集済み URL リスト