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Titre : BUILDINGS AS MATERIAL BANKS, Reversible Building Design guidelines (synthesis of D10, 3/2018) Type de document : Publication Auteurs : Elma DURMISEVIC, Auteur ; Universiteit Twente, Auteur Editeur : BAMB Consortium Année de publication : 2018 Importance : 22 p. Prix : Free Langues : Anglais (eng) Catégories : Bâtiment
Bâtiment:BAMB
Bâtiment:bâtiment durable
Bâtiment:matériaux
déchets de chantier
empreinte écologique
Environnement (général)
Europe
gaz à effet de serre
prévention
Région de Bruxelles-Capitale
valorisationMots-clés : BAMB construction économie circulaire ressources conception Résumé : At the time of diminishing of resources and increase of environmental problems, it has become crucial to understand the capacities of buildings to transform a negative environmental impact of built environment to a positive one. The question is: how does one transform the current linear approach to design of buildings that has one ‘end-of-life’ option (demolition) to a circular design solution that will guarantee multiple life options of the building as well as of its systems, products and materials?
This synthesis of BAMB report D11 looks into three dimensions of transformation (1) dimension of spatial flexibility of building; (2) dimension of technical flexibility of systems and product; and (3) dimension for material flexibility that can make a transition from a linear to circular building. Buildings designed with three dimensions of transformation open opportunities for a great palette of new value propositions of buildings and its systems, products and materials. Those buildings are called reversible buildings.
More detailed information is available upon request.
This is a publication of the European project “Buildings as Material Banks” (BAMB, 9/2015-2/2019, www.bamb2020.eu) coordinated by Brussels Environment, which received funding from the EU Horizon 2020 research & innovation programme.
Support - Drager : Electronique - Elektronisch Type de publication - Type publicatie : Guide/Vade-mecum - Gids/Vade-mecum Public cible - Doelpubliek : Professionnels - Professionals Archivé - Gearchiveerd : Non - Nee Exemplaires
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06-Reversible-Building-Design-guidelines-and-protocol-note.pdfAdobe Acrobat PDF
Titre : BUILDINGS AS MATERIAL BANKS, BAMB Pilots - Feasibility study + Feedback report (D12, 8/2017) : Testing BAMB results through prototyping and pilot projects Type de document : Publication Auteurs : Bruxelles Environnement / Leefmilieu Brussel, Auteur ; Universiteit Twente, Auteur ; Zuyd Hogeschool, Auteur ; EPEA Nederland BV, Auteur ; Sarajevo Green Design Foundation (SGDF), Auteur ; Drees & Summer, Auteur ; Technische Universität München (TUM), Auteur ; Vrije Universiteit Brussel (VUB), Auteur ; Vlaamse Instelling voor Technologisch Onderzoek (VITO), Auteur ; BRE, Auteur Editeur : BAMB Consortium Année de publication : 2017 Importance : 134 p. Prix : Free Langues : Anglais (eng) Catégories : Bâtiment
Bâtiment:BAMB
Bâtiment:bâtiment durable
Bâtiment:matériaux
déchets de chantier
empreinte écologique
Environnement (général)
Europe
gaz à effet de serre
prévention
Région de Bruxelles-Capitale
valorisationMots-clés : BAMB construction économie circulaire, ressources, conception Résumé : This report provides a synthesis of the feasibility analyses performed for each of the 6 BAMB pilot projects that are spread geographically across Europe. These feasibility studies investigate the challenges, opportunities and barriers identified regarding the implementation of Reversible Building concepts. They prepare the later prototyping and construction phases detailed in reports D12 and D13.
New design, manufacturing, construction and maintenance approaches for dynamic and circular buildings are being investigated and demonstrated. Various operational and testing environments are chosen. Reversible Building Design approaches, the implementation of Materials Passports, new business models for circular material value chains, organized supplier communities, etc. developed in other work packages are being investigated in the 6 real construction or refurbishment projects. The constructions are funded foremost by private partner investments. These private partners assign experts (designers, engineers, production houses, contractors…) for the design, manufacturing and construction of the pilots.
This is a publication of the European project “Buildings as Material Banks” (BAMB, 9/2015-2/2019, www.bamb2020.eu) coordinated by Brussels Environment, which received funding from the EU Horizon 2020 research & innovation programme.
Support - Drager : Electronique - Elektronisch Type de publication - Type publicatie : Etude/Rapport - Studie/Rapport Public cible - Doelpubliek : Professionnels - Professionals Archivé - Gearchiveerd : Non - Nee Exemplaires
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07-D12-feasibility-report-and-feedback-report_web-min-min-min.pdfAdobe Acrobat PDF
Titre : BUILDINGS AS MATERIAL BANKS, BAMB Pilots - Prototyping + Feedback report (D13, 4/2018) : Testing BAMB results through prototyping and pilot projects Type de document : Publication Auteurs : Bruxelles Environnement / Leefmilieu Brussel, Auteur ; Vrije Universiteit Brussel (VUB), Auteur ; EPEA Nederland BV, Auteur ; Sarajevo Green Design Foundation (SGDF), Auteur ; Drees & Summer, Auteur ; Universiteit Twente, Auteur Editeur : BAMB Consortium Année de publication : 2018 Importance : 61 p. Prix : Free Langues : Anglais (eng) Catégories : Bâtiment
Bâtiment:BAMB
Bâtiment:bâtiment durable
Bâtiment:matériaux
déchets de chantier
empreinte écologique
Environnement (général)
Europe
gaz à effet de serre
prévention
Région de Bruxelles-Capitale
valorisationMots-clés : BAMB construction économie circulaire, ressources, conception Résumé : The BAMB pilot cases investigate and demonstrate new design, manufacturing, construction and maintenance approaches for dynamic and circular buildings.
The present report focuses on the prototyping of key elements of the pilot projects as an essential step to materialize, test and improve building elements and systems to maximize impact on the building’s circularity. It follows on the feasibility report D12 and prepares the real scale construction detailed in report D14.
The goal is to see how certain building products and systems (existing, improved or newly designed) can be transformed and disassembled with minimum waste production and limited use of natural resources through improved reuse, refurbishment and recycling.
This is a publication of the European project “Buildings as Material Banks” (BAMB, 9/2015-2/2019, www.bamb2020.eu) coordinated by Brussels Environment, which received funding from the EU Horizon 2020 research & innovation programme.
Support - Drager : Electronique - Elektronisch Type de publication - Type publicatie : Etude/Rapport - Studie/Rapport Public cible - Doelpubliek : Professionnels - Professionals Archivé - Gearchiveerd : Non - Nee Exemplaires
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08-20180425-BAMB-WP4-D13.pdfAdobe Acrobat PDF
Titre : BUILDINGS AS MATERIAL BANKS, BAMB Pilots - 4 pilots built + Feedback report (D14, 2/2019) : Testing BAMB results through prototyping and pilot projects, Type de document : Publication Auteurs : Bruxelles Environnement / Leefmilieu Brussel, Auteur ; BRE, Auteur ; Universiteit Twente, Auteur Editeur : BAMB Consortium Année de publication : 2019 Importance : 134 p. Prix : Free Langues : Anglais (eng) Catégories : Bâtiment
Bâtiment:BAMB
Bâtiment:bâtiment durable
Bâtiment:matériaux
déchets de chantier
empreinte écologique
Environnement (général)
Europe
gaz à effet de serre
prévention
Région de Bruxelles-Capitale
valorisationMots-clés : BAMB construction économie circulaire ressources conception Résumé : The 4 built pilot projects presented are real-scale laboratories for circularity that integrate reversible building design concepts and prove that the economic value of materials can be preserved throughout several transformations.
How were the pilots constructed, disassembled, transformed and/or relocated in a circular way? How was data shared to preserve the value of materials and limit waste generation? How do systems compare in terms of Life Cycle Costing for different transformation scenarios? What business opportunities are seized by real market players? Can users, owners, suppliers and contractors work more closely together from the very start? What policy hurdles are yet to be overcome?
The four built pilot buildings include: Build Reversible In Conception (BRIC) at the EFP in Brussels & Circular Retrofit Lab (CRL) at the VUB in Brussels, Green Transformable Building Lab (GTBL) in Ridderkerk NL, and the Reversible Experience Modules (REMs) travelling exhibition.
This is a publication of the European project “Buildings as Material Banks” (BAMB, 9/2015-2/2019, www.bamb2020.eu) coordinated by Brussels Environment, which received funding from the EU Horizon 2020 research & innovation programme.
Support - Drager : Electronique - Elektronisch Type de publication - Type publicatie : Etude/Rapport - Studie/Rapport Public cible - Doelpubliek : Professionnels - Professionals Archivé - Gearchiveerd : Non - Nee Exemplaires
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09-20190228-BAMB-D14.pdfAdobe Acrobat PDF
Titre : Explorations for Circular Buildings Type de document : Publication Auteurs : Elma DURMISEVIC, Auteur ; Universiteit Twente, Auteur Editeur : BAMB Consortium Année de publication : 2019 Importance : 130 p. ISBN/ISSN/EAN : ISBN 978-90-821698-5-0 Prix : Free Langues : Anglais (eng) Catégories : Bâtiment
Bâtiment:BAMB
Bâtiment:bâtiment durable
Bâtiment:matériaux
déchets de chantier
empreinte écologique
Environnement (général)
Europe
gaz à effet de serre
prévention
Région de Bruxelles-Capitale
valorisationMots-clés : BAMB économie circulaire construction ressources conception Résumé : The publication gives an overview of a broad exploration of factors that determent transformation capacity of buildings and reuse potential of building products and elements for everyone interested in the new world of dynamic circular buildings enabling circular material streams through the built environment of material resources.
The International Design Studio results presented in this e-book have addressed two key elements of Reversible Buildings (i) spatial reversibility and (ii) technical reversibility. Spatial reversibility defines the ratio between fixed and variable space and the capacity of variable space to accommodate different functions. Technical reversibility is about the design of the building structure considering individual recovery and exchangeability of building elements.
This is a publication of the European project “Buildings as Material Banks” (BAMB, 9/2015-2/2019, www.bamb2020.eu) coordinated by Brussels Environment, which received funding from the EU Horizon 2020 research & innovation programme.
Support - Drager : Electronique - Elektronisch Type de publication - Type publicatie : Etude/Rapport - Studie/Rapport Public cible - Doelpubliek : Professionnels - Professionals Archivé - Gearchiveerd : Non - Nee Exemplaires
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