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Journal of Chinese
            Architecture and Urbanism                                                  Suzhou heritage building reuse



            conditions of the heritage building, with the appropriate   3.3. Technology adaptation: Assets feedback to
            mode of operation and feedback to the heritage building   heritage
            itself  using  adaptive design. This  feedback  process,   On completing the aforementioned two transformations
            which  includes  management  and technical  support,  is   of heritage, the final component of technology support
            crucial. Consequently, Suzhou’s pathway for the reuse of   becomes  indispensable  (Ru,  2007).  Leveraging  modern
            heritage buildings can be divided into three key steps:   technology and techniques, heritage buildings can be
            value  construction  (heritage  converted  into  resources),   more effectively conserved and utilized, leading to
            benefits operation (resources converted into assets), and   improved operational efficiency and management. These
            technology adaptation (assets feedback to heritage).
                                                               efforts positively impact the heritage buildings themselves
            3.1. Value construction: Heritage converted into   (ICOMOS, 2011). Suzhou has established a regulatory
            resources                                          framework to  ensure  that  the  adaptive  reuse  of  historic
                                                               buildings adheres to relevant laws and regulations. It has also
            The initial step in the reuse of heritage buildings involves   created a platform for dialogue and collaboration among
            constructing values and transforming heritage into   stakeholders, fostering consensus formation. Throughout
            resources. This conversion process entails assessing   the process of reusing heritage buildings, Suzhou has
            the potential of each heritage building, developing a   actively embraced advanced technical and technological
            comprehensive understanding of its value, and formulating   tools. Examples include the utilization of digital
            strategies to optimize its value and align it with urban   technology and intelligent systems for the conservation
            regeneration objectives. Suzhou has conducted extensive   and management of heritage buildings, enabling digital
            research and studies to identify the significance and value   display and intelligent operations within these structures.
            of each heritage building. Once the diverse values of the   In addition, Suzhou has increased its investment in
            heritage  buildings  have  been  determined,  conservation   environmental protection and energy conservation,
            and  utilization  strategies  are  devised  to  maximize  these   aiming to achieve sustainable and environmental-friendly
            values and align them with the requirements of urban
            regeneration (Wu, 2006). This process involves positioning   operations within heritage buildings.
            and planning the heritage buildings, as well as identifying   By following this reuse pathway, Suzhou’s heritage
            the most suitable reuse options and utilization approaches   buildings can be successfully adapted to contemporary
            for each building, considering their historical and cultural   development while retaining their historical integrity,
            values, location within the city, and economic development   thereby contributing to the revitalization of the city.
            potential.                                         On the whole, the reuse of heritage buildings in Suzhou
                                                               exemplifies a harmonious balance between the “specimen”
            3.2. Benefits operation: Resources converted into   and “living” values of heritage. It effectively combines three
            assets                                             key dimensions: value construction, benefits operation,
            Building on the initial step, the subsequent phase focuses on   and technical adaptation, fostering positive interaction
            converting heritage resources into heritage assets through   between the conservation and use of heritage buildings and
            the operation of heritage buildings. This second conversion   urban regeneration. In future development, it is necessary
            process necessitates the development of appropriate   to maintain focus on balancing the contradictions
            operational models and management processes that   between the “specimen” and “living” values of heritage
            maximize the benefits of heritage buildings while meeting   buildings, as well as managing the relationship between
            the demands of urban regeneration (Wang, 2018). Suzhou   different stakeholders’ interests. This approach ensures the
            has implemented suitable operating models for different   protection of heritage buildings while fostering sustainable
            types of heritage buildings, considering their unique   urban development (Figure 1).
            characteristics and historical context. Examples include
            leasing, sale, and cooperative development. In addition,   4. Effectiveness of reuse pathways of
            a comprehensive management system and process are   heritage buildings in Suzhou: Value
            established to ensure the daily operation and maintenance   construction as case study
            of  heritage buildings,  guaranteeing  their  long-term  use
            and value. Furthermore, this approach takes into account   4.1. Sampling matrix based on value construction
            potential risks and challenges that heritage buildings may   To verify the effectiveness of the reuse pathway of Suzhou’s
            encounter during operation, leading to the development of   heritage buildings, this study examined a substantial
            appropriate risk control measures to ensure effective and   number of reuse projects spanning the past decade. Given
            sustainable reuse.                                 the extensive pool of potential cases, specific criteria such


            Volume 6 Issue 4 (2024)                         7                        https://doi.org/10.36922/jcau.2158
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