milwaukee limnology institute spring 2007
•
illinois institute of technology
•
professor tom oslund
lim• nol• o• gy
noun: The study of the biological, chemical,and physical features of lakes and other bodies of fresh water.
site program
• 25 acre formal industrial site. • Develop solution for on site contamination. • Site Limnology Institute research and conference center at (100,000SF) with a sustainable strategy. • Provide a 200,000 gallon experimental research amenity on site. • Provide a sustainable working wetland demonstrating the water quality purification system within the water shed. • Provide 75,000SF of housing for the Institute community. • Provide parking for 150 cars. • Create connecting links to the regional river walk system. • Develop design vocabulary for entire site.
1836
1845
1855
1916
walker’s point
e one
om
men
water and land
industrial history
1934
1952
2003
2006
metropolis
industry residential
land use
• the site is located at the center of incredibly diverse surroundings • historically the site has continually been modified and has never had its own identiy. • can the toxic chloride plume on the site be an asset to its identity?
concept - confluence tourism
milwaukee
menomonee
1930
analysis
industry
neighborhoods
1923
a center of confluence
juneautown
kilbourntown
1898
1874
• give the site a needed identity by allowing the surrounding built environment a chance to infiltrate the site. • allow the polluted river water to infiltrate and naturally filter through the site’s bio-remediating canals. • detoxify the toxic chloride plume on site, excavate toxic soil, bioremediate, and leave the void as a reminder that the soil is irreplaceable.
confluence of grids 340 ft
275 ft 440 ft 385 ft
5 deg
kilbourntown 275 ft
385 ft
340 ft
5 deg
juneautown
340 ft
315 ft
275 ft 315 ft
440 ft 385 ft
315 ft
315 ft
5 deg
walker’s point 340 ft
440 ft
historic topography
urban topography
pre -1800’s
kilbourntown N
S
W
E
1850’s
N
1950’s
E
proposed
juneautown
walker’s point S industry
W
landscape approach
elevated traffic
business district
industrial corridor
elevated traffic
business district
tourism district
tourism district residential district
residential district
industrial corridor
program work
work r r r r r r r m m m m m m m
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research
e e e e
experimental experimental experimental experimental experimental experimental experimental
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h h h h h h h
remediation remediation remediation remediation remediation remediation remediation
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research
c on f e r e n c e c on f e r e n c e c on f e r e n c e c on f e r e n c e c on f e r e n c e
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soil remediation
tourism tourist
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entrance
residential residential
farming r r r r r r r
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e e e e e e e o o o o
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experimental experimental experimental experimental experimental experimental experimental m m m m m m m
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remediation remediation remediation remediation remediation remediation remediation
e e e e e e e e
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parking
community
visitor center
fishing/ mooring
industrial industry
e e e e e e e
e e e e e e e
void water treatment
housing
wor r r r r r r r mechanical mechanical mechanical
e e e e e e e
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a sustainable void The site is home to an immense chloride plume which formed over decades of salt stor-
age on the site. Historically toxic soil is treated off site and the void is then filled with clean soil. This approach aims to clean the soil on site and use the void as the visitors center as well as a settling pond for all the site’s waste water, which is subsequently treated on site. This approach brings visitors closer to the reality and consequences of their choices.
locate
chloride plume
1930
excavate 1960
bioremediated soil
remediate 1980
2000
utilize visitor center site waste water treated water
2007
purify
main entry
the void
research community