An analysis of the energy performance and economic efficiency of the practical use of low carbon fumed silica insulation panel using recycled resources
Based on the increase of the global interest in climate change, various political and technological efforts are being made in Korea in order to reduce carbon dioxide emissions, considered to be one of the main causes of greenhouse gas effects.Low energy and low carbon technologies with high reusability that enhance the performance of architectural materials have been developed in the architectural construction field 1.This study has developed an FS insulation panel using recycled resources, and has verified the enhancement of economic efficiency, reduction of carbon dioxide emissions, and enhanced energy performance of the developed insulating panel.The results of the analysis have confirmed a 1.2t reduction of carbon dioxide emissions and a 7.3% increase in energy performance in comparison to standard insulators based on the existing legislative standards.Furthermore, cost effectiveness was also seen as the cost increased by 72% with a 10 year return period.
Recycled resources low carbon Architectural materials Energy performance Economic efficiency FS insulation panel
Choi Gyeong-Seok Woo Sujin Lee Seung-Eon Kang Jae-Sik
Korea Institute of Construction Technology,Korea
国际会议
武汉
英文
241-245
2012-12-27（万方平台首次上网日期，不代表论文的发表时间）