Comparative carbon footprint assessment of door made from recycled wood waste versus virgin hardwood: case study of a Singapore wood waste recycling plant

R Ng, CWP Shi, JSC Low, HM Lee, B Song - Glocalized Solutions for …, 2011 - Springer
R Ng, CWP Shi, JSC Low, HM Lee, B Song
Glocalized Solutions for Sustainability in Manufacturing: Proceedings of the …, 2011Springer
Recycling of wood waste has the benefits of reducing waste stream and avoiding the need
(avoided impact) of harvesting virgin wood. To justify these benefits, a carbon footprint
assessment methodology is proposed to compare the carbon emissions of a door made
from recycled wood waste (technical wood) versus virgin hardwood. Results show that
technical wood door has lower carbon emissions of 12.8 kg-CO 2 eq compared to virgin
hardwood door (16.2 kg-CO 2 eq). When avoided impact is taken into account, technical …
Abstract
Recycling of wood waste has the benefits of reducing waste stream and avoiding the need (avoided impact) of harvesting virgin wood. To justify these benefits, a carbon footprint assessment methodology is proposed to compare the carbon emissions of a door made from recycled wood waste (technical wood) versus virgin hardwood. Results show that technical wood door has lower carbon emissions of 12.8 kg-CO2eq compared to virgin hardwood door (16.2 kg- CO2eq). When avoided impact is taken into account, technical wood door carbon emissions may even be lower (-2.9 kg- CO2eq). This assessment also identifies the ‘hotspots’ for future carbon emissions improvement.
Springer
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