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동의어 포함
This study evaluates the embodied carbon of insulation materials that comply with Korean reinforced insulation and fire safety standards. Glass wool, mineral wool, and phenolic foam were assessed using EPD-based GWP values and the minimum insulation thickness required for the Central Region 1 zone to identify environmentally preferable options. As regulations become more stringent, the role of insulation in reducing whole-life carbon has become increasingly important in design practice. This study therefore provides a detailed comparison of material-specific embodied carbon differences across exterior walls, roofs, and floor assemblies. In addition, the analysis considers how required thickness and density interact to influence embodied carbon outcomes across different building envelope conditions. The findings offer practical insight for architects and policymakers seeking to balance regulatory compliance with environmental performance. The results show that glass wool yields the lowest embodied carbon, while mineral wool shows the highest due to greater density and material use.
Phenolic foam demonstrates mid-level emissions despite of reduced thickness from its low thermal conductivity. These findings indicate that meeting only insulation and fire regulations is insufficient, highlighting the need for LCA-based insulation selection to reduce embodied carbon and support more sustainable building practices.*표시는 필수 입력사항입니다.
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