The architects snatched up an abandoned lot, which for some time had served as a garbage dump. Then they began work to transform the lot into their home and office space with a heavy focus on simple, cost effective and sustainable design solutions. The exterior of the home is clad in Galvalume metal siding and concrete fiberboard siding that includes recycled content. Materials were sourced from within 500 miles when possible and all the windows were produced locally.
A lot with a good southern orientation allowed the couple to align the home to take advantage of passive solar design. Lots of south facing windows take in the heat during the winter, but large overhangs on the south and west facades protect it from the high summer sun. Shading is also aided by a large 75 year old, 60 foot tall red oak tree, which the home was designed around.
A butterfly roof collects and directs rainwater into a pond at the front of the house and the landscaping and vegetation is drought tolerant, low maintenance and encourages the activity of neighborhood butterflies. Hybridized native buffalo grass was used for the lawn and looks like a typical lush turf grass, but uses much less water and doesn’t need to be mowed. Gravel was used to create the driveway and parking areas, which improves stormwater infiltration. Behind the home is a year round vegetable garden supported by a compost system at the rear of the property.
Inside, the home is minimally decorated in order to reduce the use of materials, much of which was left in a natural state. For example, steel columns were left exposed and the first floor wood ceiling became the wood flooring for the second story. Spaces double for both work and home, like the Architectural Materials Library, which serves as a dining space after the work day has ended. Ample glazing allows for a ton of natural daylight, which is appealing for the employees as well as the owners of the home. Operable windows encourage breezes in the spring and fall.
Via Design Milk
this is truly nice. i am really fond of eco architecture, sustainability and energy efficiency.