Project Profile: Liberty University Commons | Icynene

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Project Profile: Liberty University Commons

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Insulating student residences with Icynene spray foam insulation - continuous insulation application

Liberty University’s $500 million campus rebuilding project is designed to provide current and prospective students with an array of living, learning and experiential opportunities and facilities that enhance the overall student experience. Ensuring that student residences were maximizing energy efficiency with comfortable living spaces and contributing to how the university manages energy consumption, the recent completion of a nine-storey student residence hall, the first of six, was wrapped in a high performance medium-density spray foam insulation product from Icynene

The decision to wrap the new residence halls in high performance spray foam insulation follows the university’s energy conscious approach where energy efficiency planning begins from the design and development phase. 

The Project
In the lead up to developing the new residence halls, the university took the opportunity to listen and respond to students. With more than 13,200 resident  students expected in the 2014-2015 academic year, the sense of community was equally as important as the individual. The university sought to establish community spaces where students  could interact, engage and study with their friends and peers. Furthermore, the university’s stance toward responsible stewardship also meant a proactive approach to energy efficiency and sustainable materials was important. 

The project included replacing the original 16 Champion Circle residence  halls built on the same site in the 1970s; the first of the new student  residences – Residential Commons I – was on schedule to be operational in time for the start of the 2014-2015 academic year. Residential Commons I was designed to house 1200 students in a two bed-one bathroom per room configuration, enough to replace all of the original residence halls. 

Using Spray Foam Insulation
With the tight construction schedule, a daily crew of 60 to 100 contractors worked to  erect the steel framing, wall panels, floor slab and insulate the building to complete the project on time. High-performance spray foam insulation was specified to achieve optimal thermal comfort while help better manage energy use. Licensed Icynene contractors in Maryland were recruited to insulate and air seal the residence hall in a continuous insulation application whereby Icynene MD-C-200 closed cell spray foam was applied to the exterior walls. 

Closed cell spray foam insulation, like that from Icynene, provides a high performance all-in-one continuous insulation and air barrier solution for the outer surface of sheathing on a framed wall. Furthermore, the material smoothly and completely covers all areas that could otherwise provide energy draining thermal bridges. The end result is a total high-performance wall assembly solution that can enhance and work with virtually any architectural design approach.

Icynene MD-C-200, along with Icynene ProSeal, has been evaluated by the Air Barrier Association of America (ABAA) to contribute to reducing building enclosure moisture problems, improving indoor air quality and reducing building heating and cooling costs, ideal in high occupancy buildings such as the new residence halls at Liberty University. Spray foam contractors wrapped the entire building with Icynene MD-C-200 in under two months to keep to the university’s tight construction schedule.

Ready for the new academic year
The nine-storey tower was completed in time for the new academic year and features a community space on every floor of the building allowing students to congregate and interact with their peers and friends. Construction of the additional residence halls continues with the university expecting to see a 2016 completion date.

 

Read more about continuous insulation here or discover more projects in which Icynene spray foam insulation has been used here.

Sources/Footnotes:
1. http://www.liberty.edu/libertyjournal/index.cfm?PID=24995&MID=160324
2. http://www.prweb.com/releases/2014/07/prweb12039512.htm
3. http://www.liberty.edu/news/index.cfm?PID=18495&MID=122778

 

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