As part of Mayor Michael R. Bloomberg’s $7.5 billion New Housing Marketplace Plan to provide affordable housing for 500,000 New Yorkers, Oldcastle Precast provided structural precast concrete building components for the new development at Forest Houses in New York.
It is part of the largest municipal housing plan in the nation.
The development at Forest House is a “green” and energy saving designed, precast concrete building, manufactured by Oldcastle Precast, containing 124 affordable units available to households making 60% of the AMI or less. The 109,000-sf building also contains a superintendent’s unit, landscaped open space, and 43 underground parking spaces under the first level and features a unique rooftop, commercial greenhouse that will yield 80,000 to 100,000-lb of fresh produce a year and be distributed to residents and local markets in the Bronx.
Oldcastle manufactured 136,162-sf of precast concrete hollow core plank for the floors and roof, which was specifically design to handle the unique load of a roof top greenhouse and 70,000-sf of precast concrete wall panels to construct an energy efficient building envelope for the eight-story Forest House Development building. The exterior precast walls were cast with Glen-Gery thin-brick and sandblast type finish with colored concrete to provide a comprehensive exterior finish.
In addition to the housing structure, a Storm Capture Reuse System was installed to handle approximately 16,000 gallons of captured water. An equipment package treats the captured water making it available for irrigation to the roof-mounted hydroponic greenhouse, providing another unique feature to this environmentally friendly project.
This is the 5th total precast concrete building solution that developer Blue Sea Development and Oldcastl have worked together on in the past 10 years.
The development team consists of Blue Sea Development Co., Blue Sea Construction Co., LLC, ABS Architects and TY Lyn International. The team was selected due to its history of developing quality affordable housing that is both attractive & sustainable. The project is scheduled for completion December 2012 and is seeking LEED Certification. BD+C
Related Stories
| Feb 1, 2012
New ways to work with wood
New products like cross-laminated timber are spurring interest in wood as a structural material.
| Feb 1, 2012
Blackney Hayes designs school for students with learning differences
The 63,500 sf building allows AIM to consolidate its previous two locations under one roof, with room to expand in the future.
| Feb 1, 2012
Two new research buildings dedicated at the University of South Carolina
The two buildings add 208,000 square feet of collaborative research space to the campus.
| Feb 1, 2012
List of Top 10 States for LEED Green Buildings released?
USGBC releases list of top U.S. states for LEED-certified projects in 2011.
| Feb 1, 2012
ULI and Greenprint Foundation create ULI Greenprint Center for Building Performance
Member-to-member information exchange measures energy use, carbon footprint of commercial portfolios.
| Feb 1, 2012
AEC mergers and acquisitions up in 2011, expected to surge in 2012
Morrissey Goodale tracked 171 domestic M&A deals, representing a 12.5% increase over 2010 and a return to levels not seen since 2007.
| Jan 31, 2012
AIA CONTINUING EDUCATION: Reroofing primer, in-depth advice from the experts
Earn 1.0 AIA/CES learning units by studying this article and successfully completing the online exam.
| Jan 31, 2012
28th Annual Reconstruction Awards: Modern day reconstruction plays out
A savvy Building Team reconstructs a Boston landmark into a multiuse masterpiece for Suffolk University.
| Jan 31, 2012
Chapman Construction/Design: ‘Sustainability is part of everything we do’
Chapman Construction/Design builds a working culture around sustainability—for its clients, and for its employees.
| Jan 31, 2012
Fusion Facilities: 8 reasons to consolidate multiple functions under one roof
‘Fusing’ multiple functions into a single building can make it greater than the sum of its parts. The first in a series on the design and construction of university facilities.
