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Design and Detailing for Deconstruction home | introduction | context | resource efficiency | design approach | principles | details |
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References and Acknowledgements
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The authors would like to thank the following people for their invaluable contribution to developing this guide: Steering Group: Advisory Group: Production Assistance: Our thanks also go also to the numerous individuals in the manufacturing and construction industry who have specifically helped to develop the details in this guide through freely giving their advice and information. We owe particular thanks to Paola Sassi, whose trail blazing work on re-use and recycling in building construction has informed much of this guide. The authors gratefully acknowledge the funding from the Scottish Executive’s
Sustainable Action Grant which made this guide possible. BPEO - Best Practical Environmental Option Addis, W. and Schouten, J. (2004), Design for Deconstruction: principles of design to facilitate reuse and recycling, Report No.C607,CIRIA, London Brand, S. (1994), How Buildings Learn, Viking, London Brouwer, J. and Durmisevic, E. Design Aspects of Decomposable Building Structures, in Chini, A.R. ed,(2002),Design for Deconstruction and Materials Reuse, CIB Publication 272 Duffy, F. (1990), Measuring Building Performance, Facilities, CIBSE (2002), Guide to building services for historic buildings, CIBSE, London Halliday, S. (2000),Green Guide to the Architects Job Book,RIBA, London Hobbs, G. and Collins, R.(1997),Demonstration of reuse and recycling of materials: BRE energy efficient office of the future, Information Paper 3/97, BRE, Watford McGrath, C.,Fletcher, S. and Bowes H.M., UK Deconstruction Report in Chini, A.R. and Kibert,C. eds (2000) Overview of Deconstruction in Selected Countries, CIB Publication 252 www.cce.ufl.edu/affiliations/cib/ Hurley, J.W.,Valuing The Pre-demolition Audit Process, in Chini, A.R. ed (2003)Deconstruction and Material Re-use, CIB Publication 287 www.cce.ufl.edu/affiliations/cib/4-2003.html Lazarus, N. (2003), Beddington Zero (Fossil) Energy Development Construction Materials Report Part 1 and 2, Bioregional Development Group and DTI H.R. Preisig, W. Dubach, U. Kasser & K. Viriden (2001) Ecological Construction Practice – A-Z Manual for Cost-conscious Clients. Werd Verlag. CRB Zurich University of Applied Sciences, Winterthur. Rathmann, K., Sustainable Architecture Module: Recycling and Reuse of
Building Materials, National Pollution Prevention Center for Higher Education,
Michigan, USA Sassi, P (2002), Study of current building methods that enable the dismantling of building structures and their classifications, according to their ability to be reused, recycled or downcycled (available from: www.greenspec.co.uk/html/design/155_sassi2002.html) Stevenson, F. and Williams, N. (2000),Sustainable Housing Design Guide for Scotland, TSO, Norwich Warm, P. and Oxley, R. (2002), Guide to Building Services for Historical
Buildings, CIBSE, London Berge, B. (2000), The Ecology of Building Materials, Architectural Press, London Sassi, P. (2004),Designing Buildings to Close the Material Resource Loop, in Proceedings of the Institute of Civil Engineers, Engineering Sustainability 157, Issue ES3, September 2004, pages 163-171 www.cf.ac.uk/archi/dfr/ - the most relevant site for design and detailing for deconstruction www.salvo.co.uk – the number one site for reclamation of construction products www.smartwaste.co.uk – BRE’s “BREMAP” helps to locate local salvage yards for reclaimed materials www.greenspec.co.uk – for helpful advice and examples of environmental specification www.seda2.org – the premier NGO in Scotland for Ecological Design www.sust.org – a variety of useful Scottish sustainable design initiatives on line www.cce.ufl.edu/affiliations/cib/4-2003.html
- for CIB Task Group 39 publications on deconstruction
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