Project Architectural Review
The Grand Central Recycling and Transfer Station is an expansive project that’s 350’ Wide x 346’ Long x 32’ Eave Height, totaling over 112,000 square feet under roof. The extensive use of architectural reveals breaks up the massive height and length of each wall section and adds to the building’s clean modern lines. The project also boasts a double wall stepped parapet condition, which adds depth and character to the structure while hiding the roof and mechanical units. The architect used a combination of extended “Brow” framing and pilasters to add depth and interest to the tall massive otherwise flat walls. The pilasters give an added sense of mass to the structure as strong foundational elements. The buildings skewed corners add to the clean architectural appeal while also being an integral part of the projects functionality.


Project Technical Description
The Grand Central Recycling and Transfer Station is as interesting technically as is architecturally. The building used “MF-2” frames to provide the 350’ width with only (1) interior column. CBC used a combination of 175’ Clear-Span Shed frames with 62’ Lean-To Frames to form the office and Mezzanine area in which CBC also provided framing for stairwells. The project also included multiple full height longitudinal partition that totaled approximately 352’ in length. The CBC engineering team used a carrier beam framing system to provide a 60’x 350’ unobstructed area at one end of the building for truck passage. The CBC engineering and detailing team was further challenged to provide (4) horizontal recessed architectural reveals full perimeter of the building. This in combination with the “Brow” or “Trellis” accent framing which had to match the projections of the “Boxed-Out” columns or “Pilaster” framing below. All combined made this a very interesting and challenging, but not impossible, project for CBC and all involved.


Project Summary
In summary the Grand Central Recycling and Transfer Station was a challenge for CBC, the architectural team of J.R. Miller & Associates and for Shook Building Systems. However with good communication and cooperation this group was able to achieve the desired result in a timely professional manner to meet the demanding needs of their customer. After the approval for fabrication CBC was able to detail, fabricate and ship this building in only (8) weeks. If CBC can do a complex project such as this in only (8) weeks “IMAGINE WHAT WE CAN DO FOR YOU”.