A. Greco
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45 records found
1
Reusing for tomorrow
Essential prerequisites for circular and adaptable design in building reuse projects
Making Circular Strategies Work
Advancing an Adaptable Building Framework through Action Design Research
Sustainable Plus Energy Neighbourhoods - The Way Forward
The SPEN Compass
Methods and Data. A mixed-method approach integrates CIB for scenario development, AHP for stakeholder-driven prioritization, and Fuzzy-TOPSIS for ranking reuse scenarios. A hypothetical case study demonstrates the framework’s applicability.
Findings. The integration of CIB, AHP, and Fuzzy-TOPSIS provides a structured decision-making approach that enhances scenario coherence, aligns decisions with stakeholder priorities, and improves scenario ranking robustness. The framework enables systematic exploration of adaptive reuse scenarios, ensuring alignment with stakeholder objectives.
Theoretical / Practical / Societal implications. Theoretically, this study advances scenario-based decision-making by integrating scenario development and decision-making approaches, addressing gaps in adaptive reuse decision frameworks. Practically, it provides policymakers, urban planners, and developers with a structured tool to navigate complex decision-making in adaptive reuse projects. Societally, it supports sustainable and inclusive urban development by fostering consistent, long-term strategies that balance environmental, economic, and social considerations. ...
Methods and Data. A mixed-method approach integrates CIB for scenario development, AHP for stakeholder-driven prioritization, and Fuzzy-TOPSIS for ranking reuse scenarios. A hypothetical case study demonstrates the framework’s applicability.
Findings. The integration of CIB, AHP, and Fuzzy-TOPSIS provides a structured decision-making approach that enhances scenario coherence, aligns decisions with stakeholder priorities, and improves scenario ranking robustness. The framework enables systematic exploration of adaptive reuse scenarios, ensuring alignment with stakeholder objectives.
Theoretical / Practical / Societal implications. Theoretically, this study advances scenario-based decision-making by integrating scenario development and decision-making approaches, addressing gaps in adaptive reuse decision frameworks. Practically, it provides policymakers, urban planners, and developers with a structured tool to navigate complex decision-making in adaptive reuse projects. Societally, it supports sustainable and inclusive urban development by fostering consistent, long-term strategies that balance environmental, economic, and social considerations.
This chapter introduces a paradox perspective on the challenges and conflicting interests hindering the energy transition. A paradox approach acknowledges that these tensions are interconnected and persistent. Compromising can be counterproductive, as ignoring conflicting demands can lead to negative unintended consequences.
The chapter begins by providing an overview of some of the main challenges relevant to achieving energy efficiency in the adaptive reuse of existing buildings. It then introduces the basis of paradox theory and its related approaches. A paradox perspective is relevant for researchers and managers dealing with competing demands, as well as for designers who can leverage paradoxes to identify creative solutions. ...
This chapter introduces a paradox perspective on the challenges and conflicting interests hindering the energy transition. A paradox approach acknowledges that these tensions are interconnected and persistent. Compromising can be counterproductive, as ignoring conflicting demands can lead to negative unintended consequences.
The chapter begins by providing an overview of some of the main challenges relevant to achieving energy efficiency in the adaptive reuse of existing buildings. It then introduces the basis of paradox theory and its related approaches. A paradox perspective is relevant for researchers and managers dealing with competing demands, as well as for designers who can leverage paradoxes to identify creative solutions.
Beyond Experimentation
Temporary Use as a Social Circular Strategy
Methods and Data. This research employs a qualitative analysis, first defining a framework from literature and then analysing specific temporary use projects through a retrospective case analysis of three cases by Plateau Urbain (France), communa (Belgium), and Stad in de Maak (Netherlands). Data collection included interviews, project documentation, and field observations, allowing an in-depth exploration of the enabling conditions for successful hybrid approaches in creating social value.
Findings. This study makes three key contributions. First, it conceptualizes collaborative temporary use as a social circular strategy, clearly defining the evolution of the concept and its potential in temporary real estate adaptive reuse. Second, by drawing on the literature on organizational hybridity and case study analysis, it identifies key enabling conditions, such as tweaking the balance between social value and market logic over time to recalibrate impact—that underpin temporary use projects as social circular economy strategies. Third, it offers a framework to determine whether a temporary real estate reuse initiative can function as a social circular economy strategy.
Theoretical / Practical / Societal implications. This study offers theoretical insights into hybrid organizing for urban development and practical recommendations for integrating temporary reuse of real estate into social circular economy frameworks. Societally, it underscores the potential for collaborative temporary use to foster circular urban transformation by balancing economic goals with community-driven social value creation. ...
Methods and Data. This research employs a qualitative analysis, first defining a framework from literature and then analysing specific temporary use projects through a retrospective case analysis of three cases by Plateau Urbain (France), communa (Belgium), and Stad in de Maak (Netherlands). Data collection included interviews, project documentation, and field observations, allowing an in-depth exploration of the enabling conditions for successful hybrid approaches in creating social value.
Findings. This study makes three key contributions. First, it conceptualizes collaborative temporary use as a social circular strategy, clearly defining the evolution of the concept and its potential in temporary real estate adaptive reuse. Second, by drawing on the literature on organizational hybridity and case study analysis, it identifies key enabling conditions, such as tweaking the balance between social value and market logic over time to recalibrate impact—that underpin temporary use projects as social circular economy strategies. Third, it offers a framework to determine whether a temporary real estate reuse initiative can function as a social circular economy strategy.
Theoretical / Practical / Societal implications. This study offers theoretical insights into hybrid organizing for urban development and practical recommendations for integrating temporary reuse of real estate into social circular economy frameworks. Societally, it underscores the potential for collaborative temporary use to foster circular urban transformation by balancing economic goals with community-driven social value creation.
Towards desirable futures for the circular adaptive reuse of buildings
A participatory approach
What matters when?
An integrative literature review on decision criteria in different stages of the adaptive reuse process
Despite the significant growth of the literature on adaptive reuse, little is known about the specific criteria unfolding throughout the different phases of the adaptive reuse decision-making process. To address this gap this paper aims to provide a comprehensive, state-of-the-art overview of the decision criteria for adaptive reuse throughout the adaptive reuse process. Through an integrative literature review with a systematic search strategy, three phases are substantiated: pre-project phase, preparation phase, and post-completion phase. This paper finds that despite the similarities between the different phases, with a predominant repetition of economic and architectural categories, more specific environmental decision criteria are still overlooked. The findings underscore the necessity for additional research on circularity within the adaptive reuse process, emphasizing the significance of the often overlooked implementation phase, crucial for practices like disassembly. By offering a novel process perspective on AR decision-making, this study contributes to the growing discourse on adaptive reuse and provides a basis for further enhancement of AR decision-making frameworks.
Speeding up the implementation of Zero-Emission Buildings and Neighbourhoods through targeted financial policies
Recommendations for national and regional policymakers in the EU
Despite increasing maturity of the currently known enabling technologies, significant financial barriers hinder realising this potential at the necessary speed and scale. To address these challenges, several innovative demonstration projects have been developed across Europe as part of the EU’s research and innovation funding programmes.
To that ambition, this paper puts forward 10 key policy recommendations for national and regional policy makers for overcoming financial barriers for building renovation and transforming existing buildings into zero emission or positive energy neighbourhoods by 2050. The recommendations are based on experiences and learnings from 8 research and innovations projects in Europe, including 33 demonstration sites around Europe. While the EPBD covers both new buildings and building renovation, these projects and following recommendations made, largely focus on building renovation and transforming existing buildings into zero-emission or positive energy neighbourhoods.
The paper also presents a stakeholder matrix of key built environment actors in building renovation towards zero emission or positive energy buildings and neighbourhoods by 2050. The matrix presents the drivers, barriers and needs of each group to broaden the understanding of what needs to be regulated and who needs to be incentivised. ...
Despite increasing maturity of the currently known enabling technologies, significant financial barriers hinder realising this potential at the necessary speed and scale. To address these challenges, several innovative demonstration projects have been developed across Europe as part of the EU’s research and innovation funding programmes.
To that ambition, this paper puts forward 10 key policy recommendations for national and regional policy makers for overcoming financial barriers for building renovation and transforming existing buildings into zero emission or positive energy neighbourhoods by 2050. The recommendations are based on experiences and learnings from 8 research and innovations projects in Europe, including 33 demonstration sites around Europe. While the EPBD covers both new buildings and building renovation, these projects and following recommendations made, largely focus on building renovation and transforming existing buildings into zero-emission or positive energy neighbourhoods.
The paper also presents a stakeholder matrix of key built environment actors in building renovation towards zero emission or positive energy buildings and neighbourhoods by 2050. The matrix presents the drivers, barriers and needs of each group to broaden the understanding of what needs to be regulated and who needs to be incentivised.
Media Review: Barbie and Ken
Staging Paradoxes to Bridge Polarization
Digital Twins & Sustainability
A Pathway to Building Energy Positive Districts
Energietransities
Verenigen van tegengestelde eisen met het paradoxperspectief
Accelerating circularity systemically
Three directions for impactful research