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  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2912.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2914.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2922.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2921.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2918.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2928.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2925.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2913.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2923.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2916.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2907.jpg
  • Residential home construction site using steel for framing. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2908.jpg
  • Hex Washer Head Self Drill, used for steel framing at residential home construction site. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2930.jpg
  • Metal screws used for steel framing at residential home construction site. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2932.jpg
  • Metal screws used for steel framing at residential home construction site. Steel, while not a common material for residential framing, is 94% recyclable, has been milled locally for this project, and is a more sustainable choice than wood, which is typically used for residential building construction, Los Angeles, California, USA
    US_CA_48_2935.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3333.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3326.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3321.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3353.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3329.jpg
  • Worker installing wall system materials and insulation over frame of residential home. Los Angeles, California, USA
    US_CA_48_3501.jpg
  • Worker installing wall system materials and insulation over frame of residential home. Los Angeles, California, USA
    US_CA_48_3498.jpg
  • Worker installing wall system materials and insulation over frame of residential home. Los Angeles, California, USA
    US_CA_48_3497.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3305.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3303.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3291.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3286.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3315.jpg
  • LEEd home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction. home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction.
    US_CA_48_3307.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3288.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3314.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3279.jpg
  • LEEd home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction. home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction.
    US_CA_48_3308.jpg