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Our New Housing
Welcome to a living-learning campus experience. Imagine a $26 million residence building
with environmentally-sustainable architecture, state-of-the-art technology and large
areas of community space. By March 2010, that building will become a reality and
will offer University of Memphis students the opportunity to live and learn in the
same place. In addition to classrooms and "neighborhoods," which will each house
18-22 students, these building are expected to meet LEED Silver standards in sustainability
and green design, while providing residents with every modern convenience a college
student will.need.
Profile
- Type: Residence for Men and Women
- Capacity: 496
- Floor Plans: Double and Single Rooms
- Living and Learning Communities
Amenities
- Air conditioning
- Movable furniture
- Extra-long twin beds
- Utilities
- High-speed Internet (Wireless and Wall plugin)
- Cable Television provided
- Free laundry
- Card-access entry system
- 24 hour desk
- Shared private bathrooms
Green Features
- Green common open space
- Retention of existing mature trees
- Pedestrian-oriented site design / "walkable" community
- Developed site density
- Site design take into consideration massing, form and character accounting for wind,
light, shadow and sight lines
- Pedestrian-friendly streetscape with building elements and space designed to human
scale
- Integration of land use, technology and multiple modes of transportation accessibility
in the development
New Housing Sustainability Components
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Insulated Concrete Form Construction
- Concrete walls combined with interior and exterior insulation provides excellent energy
efficiency and savings
- Concrete construction has inherent structural qualities that are particularly needed
in areas that may have severe weather
- ICF's energy efficiency is also found in more consistent interior room temperatures
throughout the building and provides great opportunities to minimize outdoor pollutants
and improve indoor air quality
- The sound insulation factors also are important in a student housing facility and
ICF reduces outdoor and indoor noise
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HVAC System
- Variable Refrigerant Flow Heating and A/C systems deliver high performance while reducing energy consumption.
- Variable-speed compressors avoid on/off cycling and offer greater energy efficiency
- Building occupants have individual control of air in their personal spaces
- The heat recovery system extract and transfer heat from areas requiring cooling to
areas that are in need of heat
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Windows
- Low-E windows can achieve R-values as high as R-5, a marked improvement over the R-1
single pane or even R-2 double pane windows. Low-E windows cost more that standard
windows and allow slightly less light to enter, but are often cost effective in extremely
hot or cold climates.
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Non-impervious Surface
- New construction will add more minimal non-impervious surface (parking) to the locations
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West Hall Recycled
- Approximately 85% of West Hall was recycled
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Interior Finishes
- Paint will be Green Seal Certified and contains low levels of volatile organic compounds
(0-100 g/L of VOC)
- Carpet will have a minimum of 10% post consumer recycled content and be CRI Green
Label Plus certified. Both attributes may contribute points towards a project LEED
certification. In addition the carpet will need to be installed with the recommended
low VOC adhesive (<50g/ L)
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