sustainable development in architecture
TRANSCRIPT
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SUSTAINABLE DEVELOPMENT
IN ARCHITECTURE5 noiembrie 2010
Ph.D arch. Cristina Victoria Ochinciuc
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1. About S.D.2. Integrated design
3. European architecture and world experience
4. Ameloration & Mitigation
5. EU Ecolabel
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source: SUSTAINABILITY (EASE Project / Rocky Mountain Institute, Snowmass, Colorado)
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source: American Report 2000
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source: SUSTAINABILITY (EASE Project / Rocky Mountain Institute, Snowmass, Colorado)
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Sustainability calls for a new paradigmsource: American Report 2000
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INTEGRATED DESIGN IS AN OBLIGATION
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source: SUSTAINABILITY (EASE Project / Rocky Mountain Institute, Snowmass, Colorado)
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At the constellation of environmental ethics' center is thedevelopment of knowledge that leads to a higher quality of mind
and being.source: SUSTAINABILITY (EASE Project / Rocky Mountain Institute, Snowmass, Colorado)
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Non-material ecological values
source: SUSTAINABILITY (EASE Project / Rocky Mountain Institute, Snowmass, Colorado)
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100%
98%200%
133%
142%
The volume and energy efficiency
Material values ofarchitectural space
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the aims of sustainablearchitecture
social equity,economic opportunity, andenvironmental
responsibility
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Explore the concept of"living buildings“
(complete self-sustaining), andtheir relationship to the
quality of life.
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European architecture and worldexperience shows how architects
have decoded the concept ofsustainability in architecture
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IN RESIDENTIAL AREAS
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Amsterdam / Netherlands arch. MVRDV
Photo: Cristina Ochinciuc
Urban living – open space for comunity
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Photo: Cristina Ochinciuc
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Photo: Cristina Ochinciuc
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Amsterdam / Netherlands
arch. MVRDVPhoto: Cristina Ochinciuc
access in the home - relationship with street
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IN PUBLIC SPACESNETHERLANDS …….or SPAIN
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Rotterdam / Passagies and atriaPhoto: Cristina Ochinciuc
Internal street
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Rotterdam / Public open spacesPhoto: Cristina Ochinciuc
Space for comunity
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Almere / Netherlands / ForumPhoto: Cristina Ochinciuc
space – anvelope - structure
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Rotterdam / Netherlands / Public inside spaces / /Townhall
arch. R. MeyerPhoto: Cristina Ochinciuc
space – anvelope - structure
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Photos: Cristina Ochinciuc
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Photo: Cristina Ochinciuc
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Olympic Forum / Barcelona
Space for comunity
Photo: Cristina Ochinciuc
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Barcelona
Arch. F. Ghery / the roof like signal- “the fish” Photo: Cristina Ochinciuc
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VERNACULARDo you remember?
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HATEG COUNTRY
Sarmizegetusa RegiaPhoto: Cristina Ochinciuc
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the first thermosystem
Photo: Cristina Ochinciuc
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Wind Towers from HeyderabadSource: Klaus Daniels, The technology of Ecological Buildings
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BEDZED
Beddington Zero Energy Development is the UK’s largest mixed use sustainablecommunity. It was designed to create a thriving community in which ordinarypeople could enjoy a high quality of life, while living within their fair share of the
Earth’s resources.
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ZION VISITOR CENTREDe Montfort University, Leicesterarch. Short ford & Ass., London
Briese-soleilNew Phoenix – Central LibraryWilliam P. Bruder, Wendell Burnette, DWL
Architects
Offices and researchcenter, Watford
1996 Arch. Feilden CleggBradley
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“eyes in the roof ” New Phoenix – CentralLibrary /William P. Bruder, WendellBurnette, DWL Architects
Tomigaya Tower arch. R. Rogers
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ATERSA and TAU Cerámica havefinished installing a Ventilated
Façade integrating solar powerphotovoltaic modules connected to a5kWn/6kWp electricity grid at theheadquarters of TAU Cerámica,located in Castellón de la Plana
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We are interested in a building in this newvision in: AMELORATION & MITIGATION
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- Energy : operational energy and carbondioxide (CO2)- Management : management policy,commissioning, site management andprocurement- Health and Wellbeing : indoor and externalissues (noise, light, air quality etc)- Transport : transport-related CO2 andlocationrelated factors- Water : consumption and efficiency insideand out- Materials : embodied impacts of buildingmaterials, including lifecycle impacts likeembodied carbon dioxide- Waste : construction resource efficiency andoperational waste management and minimisation- Land Use : type of site and building footprint- Pollution : external air and water pollution- Ecology : ecological value, conservation andenhancement of the site
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Energy Performance of Buildings Directive bring at least threemajor points of support for development
1. A first strength is waiving 1000mp threshold for mandatoryenergy performance improvements in existing buildings,which means that the entry into force of the new directive, allthe buildings in major renovations, regardless of size willhave to improve their energy performance .
2. Another important element of the Directive is the introductionof minimum energy performance requirements for minorrenovations (including windows, doors, roofs).
3. The third strength is the requirement that all new buildingshave a net energy consumption close to zero, sinceDecember 2020, new public buildings will comply with thisstandard since 2018.
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better management, and improvement of theexisting building stock
reduce the running costs and improve theenvironmental performance of existingbuildings
- reduce operational costs- enhance the value and marketability of
property assets- give a transparent platform for negotiatingbuilding improvements with landlordsand owners- provide a route to compliance withenvironmental legislation and standards,
- give greater engagement with staff inimplementing sustainable business practices- provide opportunities to improve staffsatisfaction with the working environment withthe potential for significant improvements inproductivity
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Energy efficiency of new buildings require more funding
Buildings represent 40% of total EU energy consumption,reducing energy consumption and use renewable energy inthe building sector is an important component of measuresto reduce EU energy dependence and greenhouse gas
emissions greenhouse.
Create a European Fund for Energy Efficiency and Renewable Energy, toassure the public and private capital raising for projects in the field during 2010-2020, will represent a big step forward.
European citizens would not be so compelled to bear alone the costs ofbuilding energy modernization. "
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The aims of criteria are:
– limit energy and water consumption;
– limit waste production and enhance recycling;
– favour the use of materials with high environmental performances;
– favour the use of renewable resources and of substances which are lesshazardous to the environment,
– favour indoor well-being;
– promote information and education on the correct management of thebuilding.
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Documentation 3. User's guide 5. Social responsibilityduring the constructionphase
1. Building Book Planning - Project -Construction
Impacts on site
2. Maintenance plan 4. Design fordisassembly, re-use,recycling
6. Heat island
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Water consumption andmanagement
21. Day lighting - GlareControl
Materials 14. Rainwater use 22. Integrated indoor
well-being7. List ofmaterials/products
15. Water saving systems 23. Day lighting - DaylightFactor
8. Wood based materials Waste management 24. Materials used for theinteriors
9. Wood materials 16. Recycling facilities 25. VOC emissions inindoor environment
10. Long life servicematerials
Health and well-being Facilities provided 11. Plastic materials 17. Dust 26. Common TV antenna
Energy 18. Radon 27. Transport facilities 12. Energy efficiency -Heating
19. Day lighting -Common areas
28. Cycle Facilities
13. Renewable energysource
20. Lighting systemcontrol
29. Test of building andequipments
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The total number of points or credits gained in each section ismultiplied by an environmental weighting factor which takes intoaccount the relative importance of each section.
Section scores are then added together to produce a singleoverall score.
Once the overall score for the building is known this is translatedinto a rating on a scale of:
BRE Global (UK)- Pass - Good - Very Good- Excellent - Outstanding
A star rating from 1 to 5 stars is also provided
Or LEAF (GERMANY): bronze, silver, gold, platinumetc.
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Assessments are carried out by independent Assessors who aretrained and licensed an institution with attributes in the field.
The Assessor produces a report outlining the development’sperformance in each of the sections and its overall score.
Upon completion of the assessment, the client is presented with acertificate confirming the institution rating. The earlier an Assessor isinvolved in the design process, the easier it is to gain a high rating inthe most cost-effective way.
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General requirementsIn order to apply for the Ecolabel the applicant needs to comply withEuropean, national and local legal requirements. In particular, the buildingshall be:1. built legally and respect all relevant laws or regulations of the locality inwhich it is built, especially those related to landscape and biodiversityconservation;2. in compliance with European, national and local laws and regulations
regarding energy conservation, water sources, water treatment anddisposal, construction products and materials, waste collection and disposal,maintenance and servicing of equipment, safety and health dispositions;
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BedZED was initiated by BioRegional and BDa ZEDfactory, anddeveloped by the Peabody Trust. It was completed and occupied in 2002.
The community comprises 50% housing for sale, 25% key worker sharedownership and 25% social housing for rent.
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People move to BedZED with typical lifestyles , and over the yearschange their behaviour significantly. The holistic design works onthree levels:
1.the design solves problems such as heating and water usage;
2. the design and services offered help people make sustainablechoices such as walking rather than driving; and
3. the community have created their own facilities and groups toimprove quality of life and reduce their environmental impact.
Thank you for your attention!