SUSTAINABLE URBAN ARCHITECTURAL REHABILITATION OF AIRPORT INFRASTRUCTURES

Proceedings of International Structural Engineering and Construction Pub Date : 2024-03-01 DOI:10.14455/isec.2024.11(1).aae-07

Christine De Franca Van Sluys, Esteban Nicolás Jaramillo Serrano

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Abstract

This paper presents a proposal for the sustainable urban-architectural rehabilitation of the former Quito airport building in Ecuador. The research focuses on exploring the implementation of nature-based solutions to optimize environmental performance and mitigate the impacts of climate change at the urban scale. Additionally, sustainable, and bioclimatic design strategies are investigated to enhance energy efficiency and resource consumption at the architectural scale. A notable aspect of the rehabilitation of the existing building is the use of glued laminated timber as the main material. This construction system has become an increasingly popular solution due to its technical, aesthetic, and environmental advantages, positioning it as a sustainable alternative capable of significantly reducing carbon emissions associated with construction. This approach not only enables the conversion of an obsolete urban area but also contributes to the preservation of important architectural heritage, making this proposal a flagship project in the responsible use of renewable natural resources in the construction industry.

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机场基础设施的可持续城市建筑改造

本文介绍了对厄瓜多尔前基多机场建筑进行可持续城市建筑改造的建议。研究的重点是探索实施基于自然的解决方案，以优化环境性能，减轻气候变化对城市的影响。此外，还研究了可持续和生物气候设计策略，以提高建筑规模的能源效率和资源消耗。修复现有建筑的一个显著特点是使用胶合层压木材作为主要材料。这种建筑系统因其技术、美学和环境方面的优势，已成为一种日益流行的解决方案，并被定位为一种可持续的替代方案，能够显著减少与建筑相关的碳排放。这种方法不仅能够改造陈旧的城区，还有助于保护重要的建筑遗产，使该提案成为建筑行业负责任地使用可再生自然资源的旗舰项目。

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Proceedings of International Structural Engineering and Construction

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