Sustainability.
What is sustainability?!
The quality of not being harmful to the environment or depleting natural resources.
The sustainable design approach.
Environmental.
If using timber, is it being re-planted to counter its use?
Buildings use at least half of the energy consumed in the UK, and consequently, produced half of our man made carbon monoxide ( the major greenhouse gas.)
Social
The gap between Rich and poor:
The rich: 20% of the world’s population- receive 80% of the worlds income
The poor: 20% of the world’s population, receive 1.5% of the worlds income.
In the UK our use for energy has increased by more than 70% in the last 39 years. The questions is have we become 70% happier or healthier in this period.
The process of industrialisation in the western world has been based on an economic various.
Economic
Sustainable design sits between environmental, social and economic boundaries.
History
Vernacular
Vernacular architecture is a category of architecture based on local needs and construction materials, and reflecting local traditions.
Japanese sustainable architecture, very first time it has ever been concidered.
Tatami matt—set dimensions—build the rooms around a set size mat.
Looking at using local materials and skills
Responding to the climate
Creating a link to nature
Exploiting new technology
Avoiding excess and waste.
Building to last.
Architecture and the city.
Dongtan will be a zero pollution largely car free, renewable-energy powered, sewage recycling, green fringed utopia.
Commercial interiors
Living sustainability.
Sustainable commercial interiors.
Materials
Hardwood VS softwood.
Café bar interiors
Reclaimed timber.
Reclaimed aluminium
Timber
Natural composites and recycled acrylics.
Student examples.
The issue of sustainable development is the single most important challenge facing the design industry today.
Selecting materials- Appropriate!
Substitution: Choosing flooring made of bamboo, over one made of endangered hardwood.
Sustainability of natural resources.
Energy consumed during purchasing process, transport etc.
Durability
Impact on human health.
Embodied energy
The sum of energy required at all stages of precaution
Extraction of raw materials
Transport
Energy used in processing
Energy used during construction/application.
Highly process materials such as metal and plastic have high embodied energy.
Locally sourced materials that do not tend to travel between origin and have a lower embodied energy.
Questions to ask myself.
How is the material going to be used?
Improves durability
Improves structural performance
High thermal mass?!
Recycle and reuse
Direct recycling- using materials salvaged from other buildings/interior. REUSE.
Recycling consumer industrial waste.
Recycling process consumes energy; the material product can be lower grade.
Where did it come from?
What went into it?
Can it be used safely to make something else?
Does it nurture the health and well-being of its occupants?
Will it be comfortable without requiring a lot of energy for heating?
What chemicals might this product emit during its lifetime.
What is the future of sustainability?