Philosophy
Our Aim
Knowledge of sustainability issues have been experienced
first hand throughout the Sustainable team's career in Australia and
overseas. They undertsand how respect for the environment and utilisation
of energy efficient design techniques, can really make a difference.
Recycling, careful and innovative choices of materials, sensitive site
management and working closely with clients are the keys to success.
Our aim is to eventually provide entirely self-sufficient buildings, which
will only become possible in suburban areas if there is a change in current
Government policy. We have been advocating this change through practically
built projects that clearly demonstrate solution-based answers to
environmental issues.
Through physically installing bio-diverse waste treatment plants, water
storage and reuse systems on a site-by-site basis, we reinforce the
fundamental environmental design principles which we utilise.
Project Sustainability Concepts
Economic:
Our aim is for the incorporation of economical building systems and the
use of energy efficient fixtures and fittings, thus providing direct
financial savings on construction costs.
Through the inclusion of the environmental systems listed below the
continual cost savings in running costs are achieved.
The main economic saving is to our future, in relation to reduction of environmental damage, the building of communities and the production of less waste and toxins.
Connectivity:
Considerations through design principles will ensure that the house
relates to the neighbourhood and region. Through a critical regionalist
approach a connection with place and community will always be in existence.
Physical and visual connectivity through the site and to the street will be paramount along with adaptability and versatility. This will allow for a broader range of potential dwellers and provide security through the use of defining public and private spaces.
Environmental:
- Wall, roof and floor breathing construction for the reduction of insulation materials in the construction process.
- Use of non-toxic paints.
- Passive ventilation.
- Natural day lighting techniques.
- Water harvesting and storage systems.
- Water saving devices of sanitary and plumbing fixtures.
- Energy efficient light fittings and appliances.
- Use of gas reticulation for heating solutions.
- Stormwater / wastewater natural filtering systems for storage and reuse onsite.
- Solar / wind power generation.
- Design of drought resistant landscape.
