Investigation of building certification systems in terms of sustainable preservation: the case of Mardin city in Turkey

IF 0.6 Q3 ENGINEERING, MULTIDISCIPLINARY
Izzettin Kutlu, İrem Bekar
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Abstract

The global threats that arise due to the changing needs as a result of the advancement of technology cause the rapid depletion of natural resources. This situation necessitates studies to protect resources and reduce energy consumption. Recent studies have particularly emphasized the concept of “sustainability”. Today, as a result of the emergence of sustainability in buildings, certification systems have been developed in which the features of buildings are revealed. In this study, 4 certificate systems frequently used in different countries were discussed. First of all, these systems were examined, and their current data were revealed. The study aims to reveal the sustainability of a historical building located in an important historical city in Turkey according to criteria of the determined certification system. For this aim, the Old Government House in Mardin was discussed as a study area. The historical features of the building and plan features were included in the study area. In the findings of the study, the features of the historical building were determined according to the criteria of certification systems. In the evaluation of the features revealed, suggestions were made especially for the use of energy and water. At this point, to use simple renewable energy sources and systems will support the efficient and recycling of water in the building. This situation will contribute to the sustainable use of the faculty to a great extent. As a result, the sustainable preservation of historical buildings can be achieved in the long term by producing its own energy and using recyclable systems.
从可持续保护角度考察建筑认证制度:以土耳其马尔丁市为例
由于技术进步导致需求的变化而产生的全球威胁导致自然资源的迅速枯竭。这种情况需要研究保护资源和减少能源消耗。最近的研究特别强调了“可持续性”的概念。今天,由于建筑可持续性的出现,已经建立了展示建筑特征的认证系统。在这项研究中,讨论了不同国家经常使用的4种证书制度。首先,对这些系统进行了检查,并揭示了它们的当前数据。本研究旨在根据确定的认证体系标准,揭示土耳其重要历史城市历史建筑的可持续性。为此,曾讨论将马尔丁的旧政府大楼作为一个研究区。研究区域包括了该建筑的历史特征和平面特征。在研究结果中,历史建筑的特征是根据认证系统的标准确定的。在对所揭示的特征的评估中,特别是对能源和水的使用提出了建议。在这一点上,使用简单的可再生能源和系统将支持建筑中水的高效回收。这种情况将在很大程度上有助于教师的可持续使用。因此,通过生产自己的能源和使用可回收系统,可以长期实现历史建筑的可持续保护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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76
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