A novel selective disassembly sequence planning method for adaptive reuse of buildings

Sanchez, Benjamin; Haas, Carl T.

doi:10.1016/j.jclepro.2018.02.201

Cited by 120 publications

(72 citation statements)

References 28 publications

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“…PRM has the purpose of recovering as much of the economic and the ecological value of a product and its components as possible [16]. Also, several studies have demonstrated that the applications of green design methods, such as design for disassembly, design for deconstruction, disassembly planning, and life cycle assessment (LCA), in the building industry represent a way to fully exploit the life cycle expectancy of buildings and building materials and components [17][18][19][20][21][22][23].…”

Section: Adaptive Reuse Of Buildings In a Circular Economymentioning

confidence: 99%

Usage of Interface Management System in Adaptive Reuse of Buildings

2019

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Adaptive reuse of buildings is considered a superior alternative for new construction in terms of sustainability and a disruptive practice in the current capital project delivery model for the renewal of today’s built environment. In comparison to green-field construction projects, adaptive reuse projects require distinct stages, definition of interfaces, decision gates, and planning methods in order to secure the success of the building project. Unfortunately, little research has been done regarding establishing feasible systems for the planning, assessment, and management of adaptive reuse projects, leading to underperforming building projects outcomes. Interface management (IM) can improve renovation projects outcomes by defining appropriate ways to identify, record, monitor, and track project interfaces. IM has the potential of bringing cost and time benefits during adaptive reuse projects execution. The aim of this study is to develop a reference framework for implementing IM for adaptive reuse projects. First, the inefficiencies of redevelopment projects are explained inside of a circular economy (CE) context. Second, an ontology of IM for adaptive reuse projects is defined based on the current barriers to adaptive reuse and the most common interface problems in construction projects. Third, the defined ontology is expanded through a case study by showing examples of adaptive reuse barriers on a case project, and how IM could have been part of the solution for these problems. Finally, this study concludes with the suggestions on interface management systems (IMS) implementation for future adaptive reuse projects.

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Section: Adaptive Reuse Of Buildings In a Circular Economymentioning

confidence: 99%

Usage of Interface Management System in Adaptive Reuse of Buildings

2019

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“…Moreover, some use qualitative criteria and their result may depend on the assessors. However, the sequence disassembly planning for buildings (SDPB) method published in 2018 by Sanchez and Haas was based on geometric and physical parameters only and estimated the impacts of a disassembly in time and global warming potential [16]. This SDPB method has several limitations, including the fact that the possibility for future reuse is not considered and its output cannot be directly linked with design improvements.…”

Section: Aim and Scopementioning

confidence: 99%

“…Sanchez and Haas' SDPB method [16] Disassembly sequence structure graph (DSSG), automated graph plot, BIM data.…”

Section: Useful Life (In Years)mentioning

confidence: 99%

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Using Network Analysis and BIM to Quantify the Impact of Design for Disassembly

2018

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Design for Disassembly (DfD) is a promising design strategy to improve resource efficiency in buildings. To facilitate its application in design and construction practice, specific assessment tools are currently being developed. By reviewing the literature on DfD, including criteria and assessment methods, and with an explorative research approach on simple examples, we have developed a new method called Disassembly Network Analysis (DNA) to quantify the impact of DfD and link it to specific design improvements. The impact of DfD is measured in material flows generated during the disassembly of a building element. The DNA method uses network analysis and Building Information Modeling to deliver information about flows of recovered and lost materials and disassembly time. This paper presents the DNA method and two illustrative examples. Although DNA is still at a preliminary stage of development, it already shows the potential to compare assemblies and supports better-informed decisions during the design process by detecting potential points of improvements regarding waste generation and time needed to disassemble an element.

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“…Because of it 1 million of virgin materials have to be mined again. These materials at minimum could be use for filling foundation pits and another kind of pits [19,20,21,22,23,24]. In the table 4 is presented divergence of cluster participants purposes.…”

Section: Suppliermentioning

confidence: 99%

Balanced score card for cluster of building materials scrap recycling in Voronezh

Potekhin

2018

MATEC Web Conf.

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Abstract. In this article is described an effort to develop a new system of management and economy of building materials scrap recycling cluster. For this task is used conception "Management by Objective" by American legend Peter Drucker. Thus cluster participants have divergent purposes, but have common purpose, the present conception match the most for develop business strategy of uniting companies in this cluster. As result, it was developed a "Balanced Scorecard" for the cluster. This "Balanced Scorecard" take into account technological features of companies in cluster and developed common purpose system. In base of system structure of indicators there is exist model of cluster. This model can show capacity, output flows and throughput capacity of participants. During develop a system of cluster's purposes it were learned priorities balance of economy efficiency and natural resource management. There are shown calculation of costs of reuse building recycled materials, located on solid waste landfill. Developed strategic system of purpose of cluster activity allows to get economical benefit all participants and for citizens to save environment from nature disaster.

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A novel selective disassembly sequence planning method for adaptive reuse of buildings

Cited by 120 publications

References 28 publications

Usage of Interface Management System in Adaptive Reuse of Buildings

Usage of Interface Management System in Adaptive Reuse of Buildings

Using Network Analysis and BIM to Quantify the Impact of Design for Disassembly

Balanced score card for cluster of building materials scrap recycling in Voronezh

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