greywater delivery system

24
Frank Gonzalez Julie Hammond Ryan Keith Sasha Merced Audrey Miller Residence-To-Garden Greywater Delivery System

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Dr. Lee Ann Clements, Dr. Nisse Goldberg, and Dr. Brian Lane have been advising a student project to improve campus and community sustainability has recently been approved for funding by the EPA.

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Page 1: Greywater Delivery System

Frank Gonzalez Julie Hammond

Ryan KeithSasha Merced Audrey Miller

Residence-To-GardenGreywater Delivery System

Page 2: Greywater Delivery System

Acknowledgements

• Physical Plant• Earth Works• Patrick Stoner• Drs. Clements, Goldberg, and Lane

Page 3: Greywater Delivery System

Local Water Issues

–Shortages• Drinking• Ecological

–Contamination and runoff• Levels of nitrogen and phosphorous• Algal blooms

Page 4: Greywater Delivery System

–Reduce freshwater consumption

–Promote conservation/sustainability

Local Water Solutions

Page 5: Greywater Delivery System

EPA Student Design Competition

P3: People, Prosperity, Planet

-Guidelines-Application-Goals

http://www.epa.gov/P3/

Page 6: Greywater Delivery System

Greywater–Wastewater produced by bathtubs,

sinks, and washing machines –Low levels of suspended solids and

turbidity–75% of household wastewater is grey–Possible uses

• Car washing• Ornamental fountains/ponds• Irrigation

Page 7: Greywater Delivery System

Examples of Greywater Systems

• Simple– Sink to toilet

• Advanced

Page 8: Greywater Delivery System

Our Design• Residential apartment building• Collect water from

–Washing machines–Rain gutters–Air-conditioning units

• Storage• Irrigation

–Demonstration garden

Page 9: Greywater Delivery System

Apartment Building 6Features

–Conveniently located–Laundry room attached–Large grassy area for garden

Page 10: Greywater Delivery System

How Much Water?

• Laundry • Rainfall• AC Condensate

Page 11: Greywater Delivery System

Laundry Room

• Washing machine–Usage: 8064 gallons per day–Existing water disposal

Page 12: Greywater Delivery System

Rainfall536.3 gallons per day

Rainfall

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JAN FE

BMAR AP

RMAY JU

N JULAUG SE

POCT

NOV

DEC

Average Monthly Rainfall In Jacksonville

Inch

es

Page 13: Greywater Delivery System

Air Conditioning Condensate–Amount?–Collection

Page 14: Greywater Delivery System

• Storage tank• Preventing anoxia• Preventing overflow• Filters

Water Storage

12 ft

15 ft

Page 15: Greywater Delivery System

Site Plan

Page 16: Greywater Delivery System

Future Plans

Page 17: Greywater Delivery System

System Design

Page 18: Greywater Delivery System

Water Monitoring

• Phosphorus• High pH

• 6.6 – 7.5 Neutral• 7.6 - 7.8 Mildly alkaline• 7.9 – 8.5 Alkaline

• Salinity

Page 19: Greywater Delivery System

• Soil– Nutrients– pH– Grain size

• Plants– Alkaline tolerant– Native perennials

Garden Planning

Page 20: Greywater Delivery System

(Blue Phlox) (Arizona Sun) (Little Lanterns)

Mimosa strigillosa Zamia integrifolia Lantana depresa (Mimosa) (Coontie, Florida arrow root) (Lantana pineland)

Phlox divaricata Gaillardia grandiflora Aquilegia canadensis

(Rain Lily) (Beauty Berry) (Beauty Berry)

Habranthus biflorus Callicarpa americana Callicarpa americana

Page 21: Greywater Delivery System

Garden Design

Page 22: Greywater Delivery System

Garden Design

Page 23: Greywater Delivery System

s Next Steps

• Complete design specifications• Permitting• Web Site• Building and installation• Unveiling and demonstration

Page 24: Greywater Delivery System

Rainfall Calculation

• Area of roof * (Avg rainfall in inches / 12 inches per foot)– 6000 sq ft * (52.34 in/yr / 12) = 26,170 ft of

rain/yr

• Rainfall in feet * 7.48 gallons per cubic foot – 26,170 ft * 7.48 = 195,751.6 gallons per year

• Yearly rainfall / 365 days per year– 195,751.6 gallons / 365 = 536.3058 gallons

per day