RCDF’s LOFT is a Glimmering Structure Filled with Sustainable Systems

by , 10/27/11

RCDF Studio, RCDF LOFT, LOFT LONDON FARM TOWER 2011, design contest, vertical farm, hydroponics, aqua-ponics, bee sanctuaries, vertical park, green mixed-use building, rainwater collection, gray water filtration system, onsite waste-matter treatment center, Thames River-powered water turbines, wind turbines

RCDF Studio‘s LOFT is a finalist entry in LOFT LONDON FARM TOWER 2011 competition, a design contest based on the concept of the vertical farm. Their LOFT is a 550,000-square-foot building near London City Hall & Tower Bridge, which integrates “ecosystems” interspersing residential, hydroponics, aqua-ponics, bee sanctuaries & livestock housing with a vertical park, theaters, classrooms, markets and restaurants. The mixed-use building also includes rainwater collection, gray water filtration systems, onsite waste-matter treatment center, Thames River-powered water turbines and wind turbines. The entire building program is inter-connected via “vines” that effectively transport nutrient rich water for growing, soiled water for filtration, clean water for consumption, and electrical power through their multi-tubular cores.

+ RCDF Studio

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1 Comment

  1. FWGK November 1, 2011 at 8:18 am

    FWGK Architectural Façade Panels are to launch in 2012 a new generation of energy saving window glass. Its natural low thermal conductive nature reduces the need for special lamination materials used by the competition to reflect heat.

    At the same time FWGK Architectural Façade Panels allows free light from the sun to pass through the glass.

    The result? – Lighter, brighter, warmer and more energy efficient building thanks to the advanced thermal insulation of FWGK Architectural Façade Panels which are estimated to be 5 times more efficient than single glazed units and at least 25% more efficient than most currently installed double glazing.

    Basic Properties

    Energetic transmission (300-2500 nm)= 48.8 – 12mm Glass Thickness
    Visible Transmission (380-780 nm) = 62.6
    Thermal conductivity (ISO 8894-1) at 0 degrees C = 0.75
    Thermal conductivity (ISO 8894-1)at 250 degrees C = 1.01
    Thermal conductivity (ISO 8894-1)at 500 degrees C = 1.25
    EN ISO 13501/1 Certified A1

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