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Sustainable Refurbishment
| Prijs: | € 65,95 (onder voorbehoud) |
| Beschikbaarheid: | Nog niet verschenen. |
| Bindwijze: | Boek, Paperback |
| Genre: | Architectuur |
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Beschrijving
Details
| Titel: | Sustainable Refurbishment |
|---|---|
| Auteur: | Shah, Sunil |
| Mediatype: | Boek |
| Bindwijze: | Paperback |
| Taal: | Engels |
| Aantal pagina's: | 288 |
| Uitgever: | John Wiley And Sons Ltd |
| NUR: | Architectuur |
| ISBN/ISBN13: | 9781405195089 |
| Intern nummer: | 18411029 |
Biografie (woord)
Wide consultancy experience, reviewing lifecycle environmental and social impacts from facilities. Has worked across several sectors, with involvement in a range of landmark projects:
· Environment Agency Carbon Footprint tool, recognised as an industry standard and developed for civil emgineering projects
· Blackfriars Station sustainability management plan and Europe′s largest PV array
· BP Global Office Environmental Benchmarking, developing the software to collate, analyse and provision of footprints to BP Corporate covering the global office suite
· Member of the Sustainable Construction Taskforce as the end user representative, involved in the Sustainable Construction Strategy
He is currently involved in a range of committees where he provides advice to the UK Government on the built environment
Inhoudsopgave
Chapters:.
1. What is Sustainable Refurbishment: Definitions, scope and size of the market, impacts on sustainability and some examples of what is covered.
2. Legislation: Covering the legislative and other commitments that organisations need to be aware of as part of delivering a sustainable refurbishment.
3. Management system: Delivering refurbishments as part of a co–ordinated programme using systems such as LEED or BREEAM.
4. Occupancy Satisfaction: Overview of stakeholder engagement and delivering exceptional results.
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Part II: TECHNICAL ASPECTS of Sustainable Refurbishment.
Chapters:.
1. Low and zero carbon technologies: The use and retrofitting of these technologies within an existing building type (Author: Faber Maunsell).
2. Embodied carbon of the facility lifecycle: Embodied carbon from the lifecycle of the building providing a means to calculate the pros and cons of material choice, disposal and sourcing. (Author: Jacobs / UK Environment Agency).
3. Water efficiency: Use of various technologies, and cultural changes to affect greater water efficiency within the building (Author: CIRIA).
4. Material use: Identification of material types (Author: BRE/ US GBC).
5. Waste minimisation (Author: WRAP).
6. Biodiversity (Author: Shell).
7. Energy efficiency (Author: HVCA).
8. Lifecycle costing (Author: Cyrill Sweet).
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Part III: SECTOR implementation:.
Chapters:.
1. Retail – (Author: M&S and Waitrose).
2. Office – (Author: BP, California Government).
3. Healthcare (Author: TBC).
4. Schools (Author: Building Schools for the Future UK programme)
