12. North district
Retrofit Existing
Neighborhoods.
New Construction (Infill
Development)
Green Infrastructure
13. North District
Rain Barrels Bioswales
Green Roofs (Police Storm water Planters
Dept) Promote micro-level
Rain Gardens sustainable practices
(low flow fixtures,
occupancy sensors, etc)
14. North District: New Construction
Single-Family Residential
- Promote Infill Single-Family Residential
Housing in the neighborhood located
northeast of First and University. New
Construction based on sustainable urbanism
concepts.
Commercial
- Commercial uses will be along University
Avenue corridor. Additional light commercial
opportunities will be highlighted along North
First Street. (i.e. Storage Units, etc.)
Cul-de-Sacs
15. North District-Green Infrastructure
Green Alleyways
Permeable Pavements
for Parking
Energy Efficient Lighting
Boneyard Creek
Greenway Extension
Railroad ROW Greenway
17. South district
Retrofitting
Existing
Neighborhoods
FIRST STREET
New
Construction
GREEN STREET
Green
Infrastructure
18. South district:
Retrofitting Existing Neighborhoods
Rain Barrels Low flow fixtures
Green Roofs Energy star appliances
Rain gardens Occupancy sensors
19. South district:
New Construction
Mixed Use – Retail
New mixed use construction will be located along Green Street and First
Street, to connect the campus town and downtown Champaign retail
districts.
Residential
The new residential neighborhood will be located south of Green Street.
This will occupy the former concrete plant site. The neighbor design will be
based around ideas of community and sustainable urbanism.
21. South district:
Green Infrastructure - Alleyways
Technique 1:
Alley Drainage
All alleys will be
properly graded and
pitched to allow water to
run to the center of the
alley and then flow to
the street.
This prevents the need
for additional sewer
infrastructure and
prevents adjacent
properties from
flooding.
22. South district:
Green Infrastructure - Alleyways
Technique 2:
Permeable Pavement
Reduces the rate and quantity
of stormwater runoff
Reduces stress on the sewer
system
Recharges ground water
Impermeable Pavement Permeable Pavement
Filters silt, pollutants and
debris
23. South district:
Green Infrastructure - Alleyways
Technique 3: High
Albedo Pavement
A pavement material that is light in
color and reflects sunlight away
from the surface.
Less heat is radiated by the
pavement.
Reduces the urban heat island effect.
High Albedo Pavement Conventional Pavement
This reduces cooling costs, helps the
survival of urban vegetation, and
improves air quality.
24. South district:
Green Infrastructure - Alleyways
Technique 4: Recycled
Construction Materials Pavement produced
Recycled concrete aggregate can be using slag, recycled
used in the concrete mix and as a concrete and/or ground
tire rubber
base beneath surface paving.
Slag, a by-product of steel
production, can be used as a
component of the concrete mix,
reducing industrial waste.
Ground tire rubber can be used in
porous asphalt and reclaimed asphalt
pavement in nonporous asphalt.
Benefits:
Reduces waste hauled to landfills
Reduces the need to extract natural
resources
Sub-base containing
Develops new technologies and saves
recycled concrete
money
25. South district:
Green Infrastructure - Alleyways
Technique 5: Dark Sky
Compliant Light Fixtures
Light fixtures are specially designed to
direct light downward, focusing light where
it’s needed.
These fixtures can also incorporate the
latest technologies in energy efficiency
while maintaining adequate light levels.
Conventional Lighting Dark Sky Compliant Fixture