Sustainable living is basically being able to construct the balance of protecting and using natural resources. In this way, the heritage value transferred to future generations is formed by the interaction of people and the environment. This is also very important for “architecture”, which expresses sustainability and is an important tool. In addition to the continuity of sustainable architecture and cultural heritage, it is possible to create economic resources and detect sociological data. Local architecture, which bridges the past and the present and best reveals the relationship of people with each other and their environment, has a place in many parts of the world with its rich diversity. Local architecture has an active place in contemporary society with its cultural, socio-economic and concrete identity values. These structures are protected by various strategies and methods and transferred to future generations. One of these methods is adaptive re-use. Within the scope of adaptive re-use, the study examined the principles of sustainability through eight second-degree registered İslamköy residences in the Demirel Complex of İslamköy village in Atabey district of Isparta province in Turkey. Thus, by evaluating three basic principles, environmental, economic and social, in terms of the continuity of local architecture with the sub-parameters determined, it was aimed to reveal the benefits and damages caused by the complex to the settlement in terms of sustainability. In this way, the change and transformation created by re-functioning with the renewal of building materials and typology was examined.

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This study aims to determine the necessary parameters to ensure sustainable conservation in the adaptive reuse of industrial heritage and create a decision-making model. This study included the selection of the sample industrial heritage, determining the necessary parameters, percentage frequency analysis (PFA) of the industrial heritages in relation to the parameters, interpreting the percentage frequency results by comparing them, and developing the decision-making model. The decisions of the architectural heritage conservation organizations ICOMOS, TICCIH, and UNESCO were used to determine the conservation parameters. The reuse parameters were determined based on sustainability principles, since the adaptive reuse of historical buildings is also the subject of sustainability. The obtained parameters were converted to percentage values after being made numerically significant by two different percentage frequency analyses: conservation and reuse. Each sample used in the model was considered successful in various sources, rewarded, and praised in the literature and media. If we accept 50% as an average value, there are only four industrial heritages which are over 50% for the conservation percentage frequency analysis, but there are nine industrial heritages which are over 50% for the reuse percentage frequency analysis. On the other hand, it is written in the article that the aim is to catch 100%. Therefore, maybe it can be said that we cannot only conserve, but also fail to use. The model developed in this study will serve as a guide in establishing the conservation –use balance of project decisions as well as in objectively evaluating current practices.

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