Page 30 - VOL.53

廠務季刊 Facility Journal 2024

永續工法_以加勁擋土牆的施工管理為例
Ecological Engineering_A Case Study on Construction Management of
Reinforced Retaining Walls
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文││陳弈霖 劉邦宇 │ 新廠工程管理一部 新廠工程處

摘要

摘要 受到全球暖化的衝擊，全球氣候越趨極端，改變了全球的生態，
造成超越以往經驗之大規模災難。
1. 前言
面對極端氣候的嚴重課題，講究安全、經濟、生態、減碳之綠色
1.1 永續工程的趨勢及重要性
工法成為全球土木營建工程之新趨勢。台積電在建廠相關工程之
1.2 綠色營建工法的發展 中也不例外，在環境永續發展之前提下，優先採用符合綠色內
涵、節能減碳的永續加勁擋土牆方案。特別是在邊坡及景觀工程
2. 文獻回顧
之中，配合最新地工技術與低碳材料，以兼顧環境、生態、景觀、
2.1 傳統RC擋土牆與施工案例 節能減碳之理念設計施工，以實際的綠色行動達到台積電打造永
2.2 綠色加勁擋土牆與應用領域 續競爭力的理想目標。
2.3 加勁擋土牆的組成及材料 關鍵詞 : 永續工程、地工格網、地工合成材料、加勁擋土牆
2.4 加勁擋土牆的結構型式
Impacted by global warming, the world�s climate has become
2.5 加勁擋土牆的施工流程 increasingly extreme, altering global ecosystems and causing
unprecedented large-scale disasters.
3. 研究方法(效益探討)
In the face of the serious challenges posed by extreme
3.1 傳統RC擋土牆與
weather conditions, green construction methods that
加勁擋土牆的比較 prioritize safety, economy, ecology, and carbon reduction
3.2 減碳效益探討 have become a global trend in civil engineering. TSMC
(Taiwan Semiconductor Manufacturing Company) is no
3.3 耐震效益探討
exception when it comes to incorporating sustainable
reinforced concrete solutions that align with green
4. 結果與分析
principles and energy-saving carbon reduction measures
4.1 以F12P8加勁擋土牆為例 in their construction projects. This is done with a focus on
4.2 F12P8北側植生加勁擋土牆 environmental sustainability, aiming to adopt the latest
geotechnical technologies and low-carbon materials in slope
4.3 F12P8可擴充型加勁綠牆
and landscape engineering. By integrating the concepts of
4.4 F12P8加勁擋土牆設計 environment, ecology, landscape, and energy-saving carbon
增加綠覆面積 reduction, TSMC aims to realize its ideal goal of creating
sustainable competitiveness through practical green actions.
4.5 台積電專案加勁擋土牆之
Keywords : Sustainable Engineering, Geosynthetic Grid,
創新工法探討
Geosynthetic Composite Materials, Reinforced Retaining
5. 結論 Walls

參考文獻
作者介紹

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