Showing posts with label deconstruction. Show all posts
Showing posts with label deconstruction. Show all posts

June 11, 2007

DESIGN: Gregorio Residence

LOCATION: Los Angeles, CA
COMPLETION: Target 2007

GOAL: Adapting an existing 1950s structure to meet a growing family’s needs rather than demolishing the entire structure and building from the ground up. We will utilize sustainable materials and techniques to decrease energy costs, to create a more comfortable, healthier indoor environment, and to minimize costs associated with transporting debris to a landfill.

SCOPE: Addition of 820 square feet to an existing 1,115 square foot 2 bedroom, 2 bath single family residence. The process will involve careful “deconstruction” of the existing structure, sorting and diverting material to recycling facilities; framing with structurally insulated panels (SIP); installing a dual-flush toilet and other water-reducing plumbing fixtures; selecting materials and finishes that have minimal impact on natural resources and that expose neither the homeowner’s family nor the manufacturer/installer to toxic chemicals.

SUSTAINABLE ATTRIBUTES
  • Modification of an existing structure has less impact on the environment than construction of an entirely new home because there is less material harvested, manufactured, or transported.
  • Carefully deconstructing portions of the existing structure and sorting by material type enables valuable resources to be recycled, keeping them out of the landfill.
  • Because they are prefabricated to exact specifications offsite, SIP panels generate less construction waste and thus save trees.
  • SIP panels are more energy efficient than conventional wood-framed walls with fiberglass batt insulation because they have a higher insulating capacity, or R-value, for the same wall thickness.
  • Use of sustainable materials such as bamboo flooring, which rapidly renews itself, lessens the impact on the natural environment.
  • Use of materials having little to no harmful chemicals prevents those chemicals, during their manufacturing phase, from entering the waste stream or contaminating the water supply.
  • Plumbing fixtures with “low-flow” features reduce household water use and thus preserve the water supply in an arid region

June 8, 2007

DESIGN: Feldman Residence

LOCATION: Los Angeles, CA
COMPLETION: Target 2008

GOAL: Creation of a LEED for Homes Silver certified residence that will incorporate the most thoughtful and innovative building materials, finishes, fixtures, HVAC and lighting systems to ensure that the environment inside the home promotes the comfort, health and well-being of its occupants.
SCOPE: Construction of a 3-story, 4,360 square foot single family residence with an indoor elevator designed for accessibility. This home is designed to minimize, and even eliminate altogether, the impact of the construction and operation of the home on the surrounding community and the environment in general.

SUSTAINABLE ATTRIBUTES

  • Passive solar design strategies
  • Heat sink via ground floor foundation/slab
  • Heat vent via operable skylight above stairwell
  • Energy Star-rated low-E glazing
  • Photovoltaic system for power generation
  • Electric car recharging station in garage
  • Tankless water heating
  • LED and compact fluorescent lighting
  • Low-flow plumbing fixtures, including dual-flush toilets
  • Energy Star-rated appliances
  • Graywater recycling system
  • Landscape consisting of drought-tolerant, native plants
  • Fly-ash content in concrete foundation
  • Re-use of existing cement driveway
  • “Living Wall” on NW façade of building
  • Permeable paving and hardscape elements
  • Recycled or sustainable hardscape elements
  • FSC-certified lumber
  • Wood framing 24” on center
  • Engineered truss system
  • Insulated wall panels, polyurethane foam or organic fiber insulation
  • Formaldehyde-free sheathing, subflooring, etc.
  • Low, Zero-VOC finishes & adhesives
  • Deconstruction and reuse/donation of existing structure materials