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SUSTAINABLE RESIDENTIAL DESIGN PROJECT

SUSTAINABLE RESIDENTIAL DESIGN PROJECT. SIKESTON HOUSE Project 12 DS 413 MAY 8 TH , 2012. FULL LOT (80’X120’) VIEW. FLOORPLAN. ZOOMED VIEW. FLOORPLAN. PLAN WITH SQUARE FOOTAGE. 3D VIEW. 3D VIEW. 1. SUSTAINABLE SITE. 1-A: RAINGARDEN TO COLLECT ACCCESS WATER FOR PLANTS

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SUSTAINABLE RESIDENTIAL DESIGN PROJECT

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  1. SUSTAINABLE RESIDENTIAL DESIGN PROJECT SIKESTON HOUSE Project 12 DS 413 MAY 8TH, 2012

  2. FULL LOT (80’X120’) VIEW FLOORPLAN ZOOMED VIEW

  3. FLOORPLAN PLAN WITH SQUARE FOOTAGE

  4. 3D VIEW

  5. 3D VIEW

  6. 1. SUSTAINABLE SITE • 1-A: RAINGARDEN TO COLLECT ACCCESS WATER FOR PLANTS • 1-B: PERMEABLE PAVERS FOR USE ON THE MINIMIZED DRIVEWAY AND SIDEWALK TO FILTER BACK INTO THE SOIL INSTEAD OF TO WASTED SEWERS • 1-C: LOCAL PLANTS PLANTED THROUGHOUT YARD TO ENCOURAGE NATURAL PROCESS OF PLANTS • 1-D: ELONGATE THE EAST/WEST AXIS OF THE HOUSE MAXIMIZE SOLAR HEAT GAIN IN THE WINTER AND MINIMIZE IT IN THE SUMMER • 1-E: LIMIT THE GRADING OF THE SITE TO REDUCE SOIL AND ECO-SYSTEM DAMAGE IN THE FUTURE

  7. 2. WATER EFFICIENCY • 2-A: LOW FLOW TOILETS IN BATHROOM TO REDUCE CLEAN WATER WASTE FROM FLUSHING • 2-B: OPERATED FAUCETS THAT HAVE AN EFFICIENT FLOW RATE TO REDUCE UNECESSARY WATER USAGE • 2-C: GREYWATER SYSTEM TO USE ALREADY USED SHOWER AND SINK WATER FOR OUTDOOR USE • 2-D: CONTINOUS GUTTERING AROUND ENTIRE HOUSE TO COLLECT USABLE RAINWATER • 2-E: RAINWATER BIN WITH HOSES TO COLLECT USABLE WATER AND USE FOR LANDSCAPING

  8. 3. ENERGY & ATMOSPHERE • 3-A: SUN EXPOSURE ADJUSTED WINDOW LAYOUT TO MAXIMIZE SEASONAL ADVANTAGES • 3-B: REMOTE CONTROLLED WINDOW SHADES TO ENCOURAGE SHADES UP FOR NATURAL LIGHT, AND DOWN FOR HEAT/COOL INSULATION • 3-C: ENERGY EFFICIENT APPLIANCES TO REDUCE WASTEFUL AMOUNTS OF ENERGY • 3-D: DIMMABLE SWITCHS ON ALL LIGHTS TO ENCOURAGE LESS LIGHT WHEN POSSIBLE • 3-E: INCREASED INSULATION IN ALL WALLS TO REDUCE HEAT LOSS

  9. 4. MATERIALS & RESOURCES • 4-A: BAMBOO FLOORING USED IN THE LARGE LIVING SPACES WHICH IS A RAPIDLY REPRODUCED RESOURCE • 4-B: LINOLEUM TILE USED IN THE KITCHEN AND BATHROOM WHICH IS AN EASILY AND RAPIDLY PRODUCED RESOURCE • 4-C: USE OF RECYCLED DRYWALL ON ALL WALLS IN THE HOUSE TO REDUCE THE NEED FOR BRAND NEW CONSTRUCTED DRYWALL • 4-D: RECYCLED AND REFLECTIVE ROOF SHINGLES TO USE WHAT RESOURCES ARE ALREADY AVAILABLE AND BOUNCE LIGHT AND HEAT FROM THE ROOF • 4-E: RECYCLING CENTER IN THE KITCHEN AREA TO ENCOURAGE THE REUSE OF ANY MATERIALS USCH AS PAPER, GLASS, PLASTIC

  10. 5. INDOOR ENVIRONMENTAL QUALITY • 5-A: GREEN LABEL PLUS CARPET WHICH HAS BEEN RECYCLED AND ALSO LOW CHEMICAL ADMITTANCE • 5-B: LOW VOC PAINT WHICH HAS LOW CHEMICAL ADMITTANCE • 5-C: SKYLIGHT VENTILATION TO ENCOURAGE FRESH AIR IN THE HOUSE AND REDUCE POLLUTAN TS • 5-D: CARBON MONOXIDE MONITORS TO CREATE A SAFE ENVIROMENT TO LIVE AND BREATHE • 5-E: INCLUDE NUMEROUS INDOOR PLANTS THROUGHOUT THE HOUSE TO INCREASE NATURAL CYCLE OF OXYGEN AND ENCOURAGE NATURAL LIGHT

  11. 6. INNOVATION & DESIGN PROCESS • 6-A: SOLAR PANELS TO CREATE ENERGY BY CAPTURING SUNLIGHT • 6-B: WIND TECHNOLOGY WITH BATTERY STORAGE TO BE OUTDOORS AND TO HELP RUN THE LARGER APPLIANCES INSTEAD OF USING ELECTRICITY • 6-C: MOTORIZED SHADES ON EVERY WINDOW TO ENCOURAGE FLEXIBLE LIGHTING CONTROL • 6-D: LONG ROOF OVERHANG ON THE SOUTH SIDE OF THE HOUSE TO SHADE FROM THE SUMMER HEAT AND ADD TO WINTER HEAT • 6-E: RECYCLED GLASS CONTENT COUNTERTOPS INSTEAD OF TYPICAL GRANITE OR QUARTZ

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