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  • On 5/31/2013 Ed Begley Jr. and Rachelle Carson-Begley tour their new with home with General contractor Scott Harris from Building Construction Group after the steel framing was recently completed. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become one of North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, CA.
    US_CA_48_2962.jpg
  • On 3/5/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2794.jpg
  • Ed begley Jr. and Rachelle Carson-Begley. Steel framing began on 1/14/2013 over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2677.jpg
  • On 3/5/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2787.jpg
  • Ed begley Jr. and Rachelle Carson-Begley. Steel framing began on 1/14/2013 over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2678.jpg
  • On 3/14/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2858.jpg
  • On 2/20/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2761.jpg
  • On 4/12/2013 the steel framing is near completion over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2905.jpg
  • On 3/14/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2861.jpg
  • Ed Begley Jr.,  Rachelle Carson-Begley and general contractor Scott Harris.  On 3/14/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2812.jpg
  • On 3/5/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2800.jpg
  • On 2/20/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2760.jpg
  • On 3/14/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2844.jpg
  • On 4/12/2013 the steel framing is near completion over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2897.jpg
  • On 3/5/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. 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. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2792.jpg
  • On 3/14/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2854.jpg
  • Ed Begley Jr.. On 2/13/2013 the steel framing continues to be assembled over the foundation on the Begley's new home.  Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2733.jpg
  • Ed begley Jr. and Rachelle Carson-Begley. Steel framing began on 1/14/2013 over the foundation on the Begley's new home.  Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2675.jpg
  • On 5/31/2013. The steel framing has been completed over the foundation on the Begley's new home. Steel, while not a common material for residential framing, is 94% recyclable. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become one of North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, CA., US
    US_CA_48_2980.jpg
  • On 3/14/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2855.jpg
  • Ed Begley Jr and Rachelle Carson-Begley.  On 3/14/2013 the steel framing continues to be assembled over the foundation on the Begley's new home. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2803.jpg
  • Ed begley Jr. and Rachelle Carson-Begley. Steel framing began on 1/14/2013 over the foundation on the Begley's new home.  Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2676.jpg
  • Rachelle Carson-Begley. Steel framing began on 1/14/2013 over the foundation on the Begley's new home. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, California, USA
    US_CA_48_2697.jpg
  • Electrician wiring green home. Ed Begley Jr., and his wife Rachelle Carson-Begley, are trying to build one of the Greenest homes in North America. Studio City, Los Angeles, California, USA
    US_CA_48_3824.jpg
  • Electrician wiring green home. Ed Begley Jr., and his wife Rachelle Carson-Begley, are trying to build one of the Greenest homes in North America. Studio City, Los Angeles, California, USA
    US_CA_48_3822.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
  • 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
  • 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
  • Instructions for assemply are written on the steel studs. 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_2956.jpg
  • Instructions for assemply are written on the steel studs. 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_2946.jpg
  • Instructions for assemply are written on the steel studs. 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_2944.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
  • 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_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_2914.jpg
  • 8/2/2013. Stairway. The steel framing has been completed over the foundation on the Begley's new home and plumbing installation has begun. Steel, while not a common material for residential framing, is 94% recyclable. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become one of North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, CA., US
    US_CA_48_3132.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_2949.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
  • 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_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_2913.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
  • 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
  • Instructions for assemply are written on the steel studs. 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_2951.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
  • 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
  • 8/2/2013. Stairway. The steel framing has been completed over the foundation on the Begley's new home and plumbing installation has begun. Steel, while not a common material for residential framing, is 94% recyclable. Ed Begley Jr. (noted actor and environmentalist) and his wife Rachelle Carson-Begley are building their new home under LEED Platinum Certified standards in an attempt to become one of North America's greenest, most sustainable home. It is also being filmed for their web series "On Begley Street." Studio City, CA., US
    US_CA_48_3130.jpg
  • Drain pipes catch rain from metal roof for rainwater harvesting system on a Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3404.jpg
  • Tesla electric car recharging in garage in Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3394.jpg
  • Loose-fill insulation in attic of Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3399.jpg
  • Insulated crawl space reduces heating costs as well as preventing moisture problems, insect infestation, and radon infiltration. Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3383.jpg
  • 865 gallon rain barrel next to UV water filter and micron filters for harvested rainwater on a Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3376.jpg
  • 865 gallon rain barrel next to Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3380.jpg
  • UV water filter and micron filters for harvested rainwater on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3374.jpg
  • UV water filter and micron filters for harvested rainwater on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3373.jpg
  • 50 gallon rain barrel holding filtered water from rainwater harvesting system at Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3372.jpg
  • Drain pipes catch rain from metal roof for rainwater harvesting system on a Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3407.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3391.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3388.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3387.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3385.jpg
  • 865 gallon rain barrel next to Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3381.jpg
  • UV water filter and micron filters with 50 gallon rainwater barrel that holds filtered water from harvested rainwater system on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3378.jpg
  • Tankless water heater on side of Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3370.jpg
  • A photo voltaic inverter on side of Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3369.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3389.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
  • Leveling off steel beams on framing of home. Los Angeles, California, USA
    US_CA_48_3204.jpg
  • Leveling off steel beams on framing of home. Los Angeles, California, USA
    US_CA_48_3203.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
  • 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_3315.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_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_3286.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_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
  • 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
  • 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
  • Geothermal Heat Pump in new residential construction building. The building utilizes a geothermal closed-loop heat-pump system in which high density polyethylene pipe is buried vertically 100 to 400' deep. Below ground temperatures are warmer than the the above ground temperatures in the Winter and the reverse in the Summer. The Geothermal Heat pumps uses the water or anti-freeze filled looped pipes as a heat exchange to warm the building in the Winter and cool the building in the Summer. Manhattan Beach, California, USA
    CA17423.jpg
  • Geothermal Heat Pump in new residential construction building. The building utilizes a geothermal closed-loop heat-pump system in which high density polyethylene pipe is buried vertically 100 to 400' deep. Below ground temperatures are warmer than the the above ground temperatures in the Winter and the reverse in the Summer. The Geothermal Heat pumps uses the water or anti-freeze filled looped pipes as a heat exchange to warm the building in the Winter and cool the building in the Summer. Manhattan Beach, California, USA
    CA17425.jpg
  • Geothermal Heat Pump in new residential construction building. The building utilizes a geothermal closed-loop heat-pump system in which high density polyethylene pipe is buried vertically 100 to 400' deep. Below ground temperatures are warmer than the the above ground temperatures in the Winter and the reverse in the Summer. The Geothermal Heat pumps uses the water or anti-freeze filled looped pipes as a heat exchange to warm the building in the Winter and cool the building in the Summer. Manhattan Beach, California, USA
    CA17426.jpg
  • Cleaning Solar panels. Array on rooftop  of office building in Panorama City, San Fernando Valley, Los Angeles, California, USA
    CA16461.jpg
  • Geothermal Heat Pump in new residential construction building. The building utilizes a geothermal closed-loop heat-pump system in which high density polyethylene pipe is buried vertically 100 to 400' deep.  Manhattan Beach, California, USA
    CA17424.jpg
  • A roof mounted, grid tied Solar Voltaic solar panel array (10Kw), installed by Martifer Solar USA on top of the Santa Monica Library. The Library was built in 2005 by the architecture firm Moore Ruble Yudell (MRY) and is a LEEDS Certified building. Los Angeles County, California, USA
    CA15942.jpg
  • A roof mounted, grid tied Solar Voltaic solar panel array (10Kw), installed by Martifer Solar USA on top of the Santa Monica Library. The Library was built in 2005 by the architecture firm Moore Ruble Yudell (MRY) and is a LEEDS Certified building. Los Angeles County, California, USA
    CA15935.jpg
  • With Proposition B, in Los Angleles, the city's Department of Water and Power (DWP) will place solar photovoltaic systems throughout the city and connect them to the city's existing electrical grid. A roof mounted, grid tied Solar Voltaic solar panel array (10Kw), installed by Martifer Solar USA on top of the Santa Monica Library. The Library was built in 2005 by the architecture firm Moore Ruble Yudell (MRY) and is a LEEDS Certified building. Los Angeles County, California, USA
    CA15937.jpg
  • With Proposition B, in Los Angleles, the city's Department of Water and Power (DWP) will place solar photovoltaic systems throughout the city and connect them to the city's existing electrical grid. A roof mounted, grid tied Solar Voltaic solar panel array (10Kw), installed by Martifer Solar USA on top of the Santa Monica Library. The Library was built in 2005 by the architecture firm Moore Ruble Yudell (MRY) and is a LEEDS Certified building. Los Angeles County, California, USA
    CA15941.jpg
  • A roof mounted, grid tied Solar Voltaic solar panel array (10Kw), installed by Martifer Solar USA on top of the Santa Monica Library. The Library was built in 2005 by the architecture firm Moore Ruble Yudell (MRY) and is a LEEDS Certified building. Los Angeles County, California, USA
    CA15940.jpg
  • Solar array on rooftop of Asian Pacific Health Care offices with Hollywood Hills and Sign in background, Installation by Martifer Solar USA, Los Angeles, California, USA
    CA16452.jpg
  • Tent of homeless person on 6th Street Bridge with Los Angeles skyline in the background. California, USA
    US_CA_44_1709.jpg
  • Former Hughes Aircraft hangar for the Spruce Goose, Silicon Beach, PLaya Vista, Los Angeles, California, USA
    US_CA_45_3412.jpg
  • Former Hughes Aircraft hangar for the Spruce Goose, Silicon Beach, Playa Vista, Los Angeles, California, USA
    US_CA_45_3339.jpg
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