the hydrologic cycle 99% inaccessible (saltwater/ice) 1% precipitation, runoff,

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Page 1: THE HYDROLOGIC CYCLE 99% inaccessible (saltwater/ice) 1% precipitation, runoff,
Page 2: THE HYDROLOGIC CYCLE 99% inaccessible (saltwater/ice) 1% precipitation, runoff,
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THE HYDROLOGIC CYCLE99% inaccessible (saltwater/ice)1% precipitation, runoff,

Page 15: THE HYDROLOGIC CYCLE 99% inaccessible (saltwater/ice) 1% precipitation, runoff,

Current US average residential water use

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With water recycling – 25% reduction

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With water recycling and on site treatment – 40% reduction

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WATER CATCHMENT

Simple techniqueReduces consumption for potable water

Deduces storm water runoff and subsequent floodingLowers cost of water supply

ELEMENTS: Catchment, conveyance, purification, storage, distribution

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WATER REUSE AND RECYCLINGusing water more than once in a building

Water Recycling: reutilization for same applicationWater Reuse: reutilization for different application

(for example a graywater system)

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POTABLE WATERUsually treated, for drinking

RAINWATER

GRAYWATER SYSTEM: Wastewater NOT containing food and human waste

BLACKWATER SYSTEM: Wastewater containing food and human waste

Architectural Issues: Water Reuse can be celebrated and used as a learning tool (expose storage and treatment systems)

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FINAL 10.28

- Site Analysis diagrams

- Site plan (show changed contours, roof plans, vegetation, property lines)

- Property sections including cut/fill and changed slope

- Water runoff diagram (start and end point)

- Vegetation selection and location

- Cistern sizing and locations

- Key Drainage detail

MODULE 3 STARTS OCTOBER 31