Designed by Chicago architect Jarvis Hunt and constructed in 1903, Building 13 is one of 39 structures within the Great Lakes Historic District at Naval Station Great Lakes, Ill. The original boathouse, considered a “contributing structure with major significance,” reflects the Beaux Arts vocabulary and classical forms that Hunt applied to his work (1902-1911) at the Naval Station campus.
After more than a century of use, however, the building envelope, brick, terra cotta, windows, and roof were in sore need of repair, even as the Navy was seeking to expand the function of the nearly 27,000-sf boathouse to support year-round marine activity of the Great Lakes harbor with the addition of shops, classrooms, offices, toilets, and showers. However, any renovation had to be done within the strict guidelines of the Secretary of the Interior Standards for Rehabilitation, the National Historic Preservation Act, and the Base Exterior Architecture Plan (BEAP).
The design-build team, led by Chicago firm Johnson Lasky Architects, took on the structural problems more or less from top to bottom. Visual and physical inspections, materials testing (including brick and mortar analyses), and soundings on each individual terra cotta unit were conducted.
The roof was replaced with shingles over three-inch polyiso ventilated nail base insulation panels. Forty-year asphalt shingles rated for 110 mph wind loads were used to meet the BEAP’s historic requirements. New copper gutters, flashings, and terminations were installed.
At the turn of the 20th century, terra cotta was used as a mass-produced alternative to carved stone, and Hunt made extensive use of it in Building 13. Damaged terra cotta was replaced with new matching material from California manufacturer Gladding McBean. Brick was salvaged from Navy supplies of matching historic brick. Mortar was replicated based on an analysis of existing original material. New exterior doors replicated the original wood panel design. The glass transom above the main entrance door was fitted with laminated glass.
Windows were completely restored off site; missing glass was replaced with glazing that matched the original in texture, thickness, and type (“wavy”) to meet state historical preservation standards.
With the building now providing year-round use, it was necessary to upgrade the mechanical system to forced air, with an air handler, ductwork, controls, and other equipment. The Building Team solved this problem by housing a new mechanical room between two existing mezzanines on opposite sides of the building within the warehouse.
In granting the project a Gold Award, the jury praised the Building Team’s attention to detail. “They had to tackle a lot of different components: brick, terra cotta, the windows, etc.,” said K. Nam Shiu, PE, SE, VP at Walker Restoration Consultants, Elgin, Ill. “This was a labor of love. It doesn’t look like any corners were cut,” said Tom Brooks, VP, Restoration Division, Berglund Construction, Chicago. “Instead of remove and throw away, they chose to remove and restore,” said George Tuhowski III, LEED AP, Director of Sustainability and General Superintendent, Leopardo Construction, Hoffman Estates, Ill.
Judge Darlene Ebel, Director, Facility Information Management, University of Illinois at Chicago, called it “a good restoration, with good sustainability. The building still fits in with the whole area.” BD+C
* Note: Walker Johnson, FAIA, recused himself from the proceedings during the judging of this entry.
PROJECT SUMMARY
Building Team
Submitting firm: Johnson Lasky Architects (architect)
Owner: Naval Station Great Lakes
Environmental design: EDI, Inc.
Structural engineer: AHG Structural Engineering
MEP/fire protection engineer: KJWW Engineering
GC: Boaz Friedler Joint Venture
General Information
Area: 26,900 gsf
Construction cost: $5 million
Construction time: May 2007 to August 2009
Delivery method: Design-build
Related Stories
Cultural Facilities | Mar 31, 2015
Pratt Institute to offer first-ever degree in placemaking
As part of its new Urban Placemaking and Management degree, Pratt will offer courses on topics such as "the history and theory of public space" and the "economics of place."
Architects | Mar 30, 2015
Q+A with Arthur Gensler, and advice from his new book
"Designers need to be trained to solve their clients’ problems through design while leading their own firms to become sustainable practices," says Gensler.
Structural Materials | Mar 30, 2015
12 projects earn structural steel industry's top building award
Calatrava's soaring Innovation Science and Technology Building at Florida Polytechnic University is among the 12 projects honored by the American Institute of Steel Construction in the 2015 IDEAS² awards competition.
Cultural Facilities | Mar 30, 2015
Designs released for new entertainment center in Lubbock, Texas
Amenities of the facility include a performance venue that seats 2,220, a smaller one that seats 425, a 6,000-sf multipurpose room, and a bistro café.
Multifamily Housing | Mar 27, 2015
Bathroom fixtures get a starchitect makeover by Bjarke Ingels
This Danish starchitect elevates the toilet paper holder (and other bathroom accessories).
Architects | Mar 27, 2015
Illustrator Federico Babina explores architecture as animals
When you pay attention, the Eiffel Tower really does look like a giraffe.
Transit Facilities | Mar 25, 2015
Kengo Kuma selected to design new Paris Metro station
The new station will serve as a hub to connect Paris' northern suburbs with the core.
Green | Mar 25, 2015
WELL Building Standard introduced in China
The WELL Building Standard is a performance-based system for measuring, certifying and monitoring features that impact human health and wellbeing, through air, water, nourishment, light, fitness, comfort, and mind.
High-rise Construction | Mar 24, 2015
Timber high-rise residential complex will tower over Stockholm waterfront
The four towers, 20 stories each, will be made entirely out of Swedish pine, from frame to façade.
Higher Education | Mar 23, 2015
Hong Kong university building will feature bioclimatic façade
The project's twin-tower design opens the campus up to the neighboring public green space, while maximizing the use of summer winds for natural ventilation.