Soho House Chicago achieves historic aesthetic with modern, high-performance window renovation

SohoHouseChicago_Exterior-webChicago (Feb. 2015) – Soho House Chicago opened in August 2014 as a 40-room hotel and private members club for the creative community. The transformation of a 107-year-old industrial building lasted 14 months. Soho House’s in-house design team and founder Nick Jones led the design, with additional support from the joint venture development team of Shapack Partners and AJ Capital Partners.

Soho House saved as much original material as they could — including the brick, the columns and even the lettering above the front door. Working with the Apogee Building Retrofit Team, it was determined the existing steel windows were beyond repair and nearly 500 new units from Apogee’s Wausau Window and Wall Systems would be installed to help maintain the historical detailing, while delivering modern-day performance.
SohoHouseChicago_OriginalExterio-webrAs the window erection contractor, Auburn Corporation worked closely with Wausau Window and Wall Systems. Wausau’s team also was supported by the building retrofit strategy leaders at its parent company, Apogee Enterprises, Inc.

“Improving the appearance of the building is the number one reason owners decide to upgrade their window systems. This is even more critical for historic buildings,” emphasized John Bendt, vice president at Apogee Enterprises. “It doesn’t need to be a 100-year-old building to understand that carefully selecting the right window system will lead to other benefits. Most of our commercial buildings in the U.S. are at least 40 years old, and all can benefit from saving energy, reducing maintenance, lowering vacancy rates, increasing rents and increasing the value of the building.”

PrintJeffrey Shapack, president of Shapack Partners, agreed, “The historic window replacement was essential to maintaining the authentic appearance of our 1900’s warehouse building — both on the exterior and on the interior. Apogee’s Building Retrofit Strategy Team and Wausau helped us select a window that would match the large scale and fine detail of this type of vintage property.”

“There was a certain, distinctive design they were looking for in maintaining this old factory look. The large openings and replicating the classic steel windows were an important part of this,” noted Auburn’s manager of business development, Jim Price. “Wausau’s windows were selected to retain the look of a vintage building, while providing the latest innovations in window technology. This would have been extremely difficult for any other manufacturer to achieve.”

Customized for Soho House Chicago, Wausau’s 3250i INvent Retro™ XLT Series historical windows simulate the look of original, turn-of-the-century steel windows’ true divided lites with a narrow, exterior face in cove profiles. The 3-7/8-inch aluminum frame pairs with custom panning and muntins applied to both interior and exterior to complete the historic aesthetic.

“The owner was meticulous about ensuring these windows mimicked the authenticity of the old steel windows,” noted Terry Iczkowski, Wausau’s local representative. “Beyond the narrow profiles and muntins, they wanted the finish to communicate a sense of established longevity and timelessness. Apogee’s Linetec helped achieve the slightly distressed appearance that the owner desired by applying a matte Statuary Bronze finish.”

Linetec blended the 70 percent PVDF, two-coat painted finish at its in-house laboratory and applied it within its factory-controlled environment to the windows’ aluminum framing, panning and muntins. Linetec also finished the aluminum framing for the glazing systems on Soho House Chicago’s 144-foot perimeter rooftop pool. Provided by Wausau and installed by Auburn, the transparent pool enclosure presents unobstructed views of Chicago’s skyline.
SohoHouseChicago_Entrance-webWorking from the ground floor upward for more than a year, Auburn’s team synchronized their work with the general contractor and other specialty contractors. Floor-by-floor, the large openings were prepared for hundreds of new windows. There are multiple windows per opening, with some individual window dimensions larger than 4.5-by-9.5 feet, grouped to up to five per bay. On average, six people were on site to assist with the installation of these sizeable units.

Along with providing large views and daylight, Wausau’s windows also meet Chicago’s stringent energy codes. INvent Retro XLT windows feature double insulating glass and an extra-wide polyamide thermal barrier to achieve a U-Factor as low as 0.39 BTU/hr.sqft.ºF and a Condensation Resistance Factor (CRF) as high as CRF Frame 60/CRF Glass 70.

These windows also are tested to meet AAMA AW-100 Architectural Performance Class ratings, including AAMA 910-10 lifecycle testing to 4,000 operating cycles and stringent requirements for air infiltration, water resistance, life cycle testing and structural integrity. INvent Retro Series’ high-performance windows are part of the pre-engineered, factory-glazed Advantage by Wausau® standard product offering. Available on an accelerated delivery schedule, these competitively priced windows are backed with an industry-leading warranty of up to 10 years.

SohoHouseChicago_ClubFloor_DrawingRm-wb“Wausau’s windows worked so well and look so good that we’ve received several calls for other potential renovation projects,” added Price. Across the cWauity on Polk Street, Auburn’s team is replacing the windows at the University of Illinois’ College of Medicine’s West Tower with Wausau’s INvent Retro Series. “Wausau’s windows are a great match for the historic appearance and high thermal performance required by these buildings.”

Shapack summarized, “The INvent Retro-XLT windows provide the daylight, engineered performance and attention to detail that we needed. And Apogee, Wausau and Auburn met our schedule to ensure an on-time opening.”

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Soho House Chicago; 113-125 N. Green St., Chicago, IL 60607; http://www.sohohouse.com/venues/hotels/soho-house-chicago

Apogee Enterprises, Inc.’s Building Retrofit Strategy Team assists building owners and property managers evaluate the benefits of window renovation and upgrades, such as improving the appearance of the building, saving energy, downsizing HVAC loading, reducing maintenance, lowering vacancy rates, increasing rental rates and enhancing the value of the building. The team offers free energy modeling, product selection and design assistance, and a network of installers covering North America.

To learn more, please contact John Bendt at jbendt@apog.com, 715-846-3355; or Kevin Robbins at krobbins@apog.com, 715-846-3343.

Performance of an AAMA 2605 Paint Coating

Conservatory Interior 600X161

PERFORMANCE & LONGEVITY – SPECIFY AAMA-2605 PAINT COATINGS

Not all paint and powder coatings are created equally; not even all coatings that meet the AAMA 2605 specification. This specification requires paint coatings to meet rigorous testing performance standards including more than 2,000 hours of salt spray in accordance with the new ASTM G85, Annex 5 test and 4,000 hours heat- and humidity-resistance. For the most stringent, exterior application be sure the following pretreatment, primer and top coat guidelines are upheld.

 

PortCanaveralPainted aluminum coatings protect the building from unsympathetic surroundings. High-performance 70% fluorpolymer (PVDF) coatings can be selected in nearly any conceivable color or combination of colors, while shielding the building against weathering, pollution and aging.

 

The first, and arguably, the most important defense against a paint failure is proper pretreatment of the aluminum. Without proper pretreatment, premature failure of the finish system almost is guaranteed. Paint systems are designed to be applied over clean metal that has been properly pretreated. Pretreatment of the aluminum building components is crucial.

 

The most time-tested, proven pretreatment system for architectural aluminum products is a chrome-based conversion coating, such as chrome phosphate and chrome chromate. This process conforms to ASTM D 1730-03, Type B.

 

people-quoteOffering the longest life-cycle and true sustainability, chrome conversion coatings continue to be recognized by the world-class coating manufacturers, PPG, Valspar, Sherwin Williams and Akzo Nobel, as the most effective, robust pretreatment for aluminum. As a result, products installed along the seacoast and in other harsh industrial environments may not be warranted, or the warranty length and coverage may be compromised, if a chrome pretreatment system is not utilized.

 

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For critical adhesion between the paint and the aluminum surface, after the part has been pretreated, a primer coat is applied prior to the paint coating application. The primer coat ensures better adhesion of the paint to the surface, increased corrosion resistance, increased paint durability, and provides additional overall protection for the material being painted. Primer is designed to adhere to the aluminum surface and to form a binding layer that is better prepared to receive the paint. Because primers do not need to be engineered to have durable, weathering surfaces, they are instead engineered with specific chemistry to have improved filling and binding properties with the material underneath.

paint-system

The paint coating is then sprayed to meet the AAMA 2605 specification of a 30-microns or 1.2 mil total film thickness. When the formula of the paint coating dictates, a clear coat is applied over the paint top-coat. This protective layer shields the flake in metallic coatings and increases protection against ultra violet (UV) degradation of highly chromatic and exotic colors.

 

There are some AAMA 2605 coatings available that do not utilize a primer coat and/or may not contain a 70% fluoropolymer resin system. These coatings may perform satisfactory in color and fade, at least for the first five to ten years. However, it is Linetec’s belief, based on history, manufacturing testing and Linetec’s testing that the most robust paint finish system consists of a chrome conversion pretreatment, an intermediate primer coat, and a 70% fluoropolymer resin-based top coat.

Linetec to Exhibit at Glass Expo Northeast

Glass Expo NE logoLinetec will exhibit at Glass Expo Northeast™ 2015, a two-day architectural glass and related services event to be held April 23-24, 2015 at the Hyatt Regency Long Island Hotel in Hauppauge, N.Y.

On display will be examples of our aluminum curving capabilities and our newest Terra Cotta specialty finish as well as other architectural metal finishing services in Fluoropolymer (PVDF) paint, powder coat and eco-friendly anodize.  Stop and see us in booth #202

Glass Expo Northeast offers attendees education, personal attention from top suppliers in the industry and networking opportunities on an extensive tradeshow floor. The event is co-sponsored by the Long Island Glass Association, as well as USGlass, Architects’ Guide to Glass & Metal and Window Film magazines.

To register for the event, visit www.usglassmag.com/gene or call 540/720-5584, ext. 115.

Stretch Forming by Linetec Wins USGlass 2014 Readers Choice Awards

USGlass awardJan 2015—USGlass magazine, the magazine of record for architectural glass industry leaders, announced that Linetec has won a 2014 Readers Choice Award. The products were featured in the December 2014 issue.

The products were selected through a survey of USGlass readers, who voted for their favorites in a variety of categories. Stretch forming from Linetec was selected as a winner in the Architectural Metal Products category.

Stretch Forming by Linetec is designed to allow architectural product manufacturers to have their metal building components curved and finished in one location. Stretch forming is the newest service Linetec has added to benefit customers seeking not only paint, anodize and powder coat, but also field repair and restoration, thermal improvement and other support for finished aluminum products.

curved metal rack“Stretch Forming by Linetec alleviates the worry and hassle of multiple points of contact
and brings tremendous value,” says Rick Marshall, Linetec’s president. “Customers can ship us their aluminum for bending and then, have it finished in the same place to retain the full finish warranty. This saves shipping costs and transit time, as well as reduces material handling and packaging to minimize the opportunity for damage.”

USGlass magazine’s Readers Choice Awards are unique in that they are selected by our readers, recognizing their top picks for architectural glazing products,” says USGlass editor Ellen Rogers. “Linetec is more than deserving of this award and we are excited to recognize them with this achievement.”

For more information about Stretch Forming by Linetec, finishing and other services, please call 888-717-1472, email sales@linetec.com or visit http://www.linetec.com.

USGlass magazine serves the entire architectural glass and glazing industry. It is the only industry publication that is audited by BPA Worldwide and has a circulation of more than 40,000 subscribers.

Kean University’s Green Lane Building inspires learning – Curtainwall, sun shades, skylight, entrance systems finished by Linetec

Kean_University_4Kean University’s west entrance welcomes visitors with a bold architectural statement exemplified in the newly completed Green Lane Academic Building on the Union, New Jersey campus. Designed by Gruskin Architecture & Design, P.C., the award-winning 102,275 square-foot building’s geometric glass and aluminum façade was finished by Linetec. The dramatic exterior elements include a six-story sloping glass radius curtainwall on the northeast elevation and a five-story radius curtainwall on the south side, both accented with sun shades.

Opened in January 2014, the new Michael Graves School of Architecture and Robert Kean_University_15Busch School of Design are housed within the Green Lane Academic Building, as well as the university’s expanding business program. The public Barnes & Noble bookstore and café with outside seating area reinforces the connection between the university and the surrounding community.

Dobco, Inc. served as the general contractor on the project, which was estimated at $40 million. Beginning in July 2012, Dobco’s team worked closely with the subcontractors and manufacturers to achieve the design by Gruskin Group™. “This is by far the most unique project I have worked on from a design and constructability standpoint,” Gary Snee, Dobco’s project manager acknowledged. “The radius and sloping curtainwall made it a challenge.”

Bringing their vision to reality, the unitized curtainwall, pressure wall, aluminum sun shades, storefronts, entrances and tilted ellipse glass handrails were fabricated and glazed by Graham Architectural Products – Curtain Wall Solutions, and installed by Union County Plate Glass Company. Super Sky Products Enterprises manufactured and installed the skylight system.

Kean_University_17Linetec finished all of the aluminum framing of these architectural building products in a silver color using PPG’s 70% PVDF Duranar XL and Duranar Sunstorm™. These 70% PVDF resin-based coatings meet the stringent requirements of AAMA 2605 and exhibit outstanding resistance to humidity, color change, chalk, gloss loss and chemicals, which ensures the campus’ intended statement endures.

According to Graham’s manufacturing team, Green Lane Academic Building’s design includes several flat vertical walls, a segmented radius, a 56-degree outside corner, parapets, soffits and a tilted ellipse feature wall. Unlike a traditional inverted radius wall with a slope, the intent of the tilted ellipse was to keep the radius constant, with the center of the radius projecting out 4.5 feet at every floor moving up the building. It “was all very complicated. If you can envision an ice cream cone on the side of an undulating building that’s basically all glass,” described Nick Irwin, Graham’s products sales representative.

The south side of the building also showcases a monumental staircase with bench seating and glass rails. The sixth floor offers a 1,200-square-foot circular meeting room with 18-foot-high ceilings and floor-to-ceiling windows, as well as a 4,500-square-foot roof terrace with a view of the Manhattan skyline.

While the glazing systems offer large window views and daylight, the nearly 6,000 linear Kean_University_27feet of sun shades assist in keeping the occupants comfortable and energy use low by managing the unwanted solar heat gain and glare. These attributes can contribute to projects pursuing certification through the U.S. Green Building Council’s LEED® Rating Systems.

As an environmentally responsible finisher, Linetec captures the liquid paints’ volatile organic compounds (VOCs) content to eliminate the exhaust of potential pollutants and re-uses its heat energy byproduct to improve process energy efficiency. This process of re-use is completed before the material exits the paint line. The resulting finish provides durability and requires minimal maintenance throughout the building’s lifespan.

“We’re all very proud of the job,” concluded Gary Tongco, national sales manager for Graham’s curtainwall solutions. Recognizing the building team’s accomplishments, the project’s honors include the AIA Newark and Suburban Architects Gold Award.

Kean_University_21-web“We are honored that our design for this building has been appreciated by so many,” Kenneth A. Gruskin, AIA, principal and founder of Gruskin Group told NJ.com. “The building is a testament to Kean University, the Kean Board of Trustees, and Dr. Dawood Farahi’s pursuit of providing a world-class education and the facilities to match. Without their vision, this out-of-the-box design would not have been conceivable. The Green Lane building is a good example of where design for higher education is headed – with a greater emphasis on creating a more engaging, experiential and memorable on-campus, multi-faceted student experience.”

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Kean University, Green Lane Academic Building, 1000 Morris Ave., Union, New Jersey 07083

Located in Wisconsin, Linetec serves customers across the country, finishing such products as aluminum windows, wall systems, doors, hardware and other architectural metal components, as well as automotive, marine and manufactured consumer goods. The company is a subsidiary of Apogee Enterprises, Inc. (NASDAQ: APOG). Linetec is a member of the American Institute of Architects (AIA), the American Architectural Manufacturers Association (AAMA) and the U.S. Green Building Council (USGBC).

For more information about Linetec’s finishing and other services please call 888-717-1472, email sales@linetec.com or visit http://www.linetec.com.

Linetec and Valspar provides consistent, durable finish for Aspen Art Museum

AAM_Roof_Eleven_Skalko-web-400pxAt nearly 8,000 feet above sea level, Aspen, Colorado, is known for its mountain ski slopes that rise seemingly from the heart of the town’s central business district. Echoing these snowy and forested surroundings, design architect and 2014 Pritzker Prize for Architecture winner, Shigeru Ban and his New York practice, Shigeru Ban Architects + Dean Maltz Architect (SBA) designed the new $45 million Aspen Art Museum (AAM), which was completed along with Colorado-based executive architects Cottle Carr Yaw Architects (CCY). Featuring an iconic, composite geometric screen that drapes the museum’s bright glass and white metal exterior on two sides, the new AAM facility was completed in August 2014. The new museum houses 17,500 square feet of exhibition space in all, with over 12,500 square feet of dedicated interior gallery space—more than tripling the former museum facility’s exhibition capabilities.

AAM_GrandStairThree_Skalko_2014-webLinetec finished the aluminum-framed curtainwall, windows, sliding door and skylight systems in its Pure White color. Using Valspar’s Fluropon®, Linetec matched and blended the 70 percent polyvinylidene fluoride (PVDF) coating in-house to provide a consistent appearance across multiple products and manufacturers. The large openings’ direct light is shaded on two sides of the building by the Prodema screen, which is a synthesis of paper and resin veneered with wood. Natural light is maximized from all elevations to illuminate the museum’s grand staircase, corridor, main street entry and four of six gallery spaces.

“The museum’s lattice screen, bright white finishes and vast amounts of glass create a beautifully intricate play of light and shadow throughout the building. It’s a truly beautiful structure and a very environmentally sound project as well,” describes Linetec’s senior marketing specialist, Tammy Schroeder, LEED Green Associates.

To enter the 33,000-square-foot museum, located a block and a half from the main ski gondola, visitors may take an external staircase or, upon entry through the main E. Hyman Avenue street-level entry, a glass “moving room” elevator cab to the rooftop sculpture garden and café space on the third level for panoramic views of the Rocky Mountains. From there, they can then descend to the galleries, exiting again at street level. Architect Shigeru Ban says this progression mimics the act of skiing: “You rise up, you get the views, then you descend.”

AAM_GalleryWindow_Skalko_2014-webSBA was very specific about their design vision and its color selections, according to Rob Seils, Linetec sales manager. He says, “They wanted the finish to be uniform and consistent from one building material to the next. Coating materials, manufacturing processes and equipment, as well as color measuring standards can vary significantly amongst coating applicators. The best way to control color consistency is to use one coating manufacturer and applicator whenever possible. Our color-matching experts scanned color samples, analyzed them with our exclusive color management software, and created the recipe of tints and bases to precisely match the color sample.”

Customer samples and color match requests are typically processed and completed in 24 hours for most in-house blendable colors. For SBA and the Aspen Art Museum, these quick-turn timelines were maintained, as was open communication and consultation with Valspar. “Our lab associates can match anything, from a piece of metal to a section of masonry, to a swatch of fabric,” Seils notes.

“The process to successfully match a color involves chemistry and the appropriate lighting,” elaborates Valspar’s technical manager for extrusion coatings, Mike Churchill. “When we receive a color to match, we analyze its pigment composition — which defines its chemistry. Utilizing only one light source, a given color could be matched with multiple pigment combinations. However, if you change the light source, each of the matches will look visually different from one another and some differences can be quite dramatic. For exterior coatings, the final review of the matched panels should be done at midday outdoors and not in an office setting with fluorescent lights. If you review the panel under fluorescent lights, it may not appear to be as close a match as desired.

AAM_GalleryRoofDeck_Skalko_2014-web2To meet the architects’ visual and performance requirements, Linetec and Valspar recommended a three-coat Fluropon finish – primer, top coat (color coat) and clear coat. “Typically, with lighter colors clear coats are not used. The resins in the clear coat have a yellowish tint. When applied at the lower dry film thickness typical of a normal clear coat spray application, this will result in the finish having a slightly orange peeled and blotchy appearance,” cautions Churchill. “For this application, we were fortunate that the color choice was a yellowish shade of an off-white color. This enabled a thicker film clear coat to be applied. The thicker films level out better for a more even look and provide added protection against UV at the higher Aspen elevation.”

AAM_ExtCorner1_Skalko-webThe museum’s elevation and the prevailing local climate were key concerns. “UV radiation is one of the biggest culprits for degrading paint’s performance, causing loss of gloss, chalking and color fade. For every 1000 meters above sea level, UV radiation levels increase approximately 12 percent,” says Churchill. “Valspar’s Fluropon coatings are among the most weather-resistant of all finishes, meeting the most demanding exterior architectural specification, AAMA 2605-13.”

AAMA’s rigorous testing performance standards include more than 2,000 hours of prohesion (cyclic corrosion) exposures; 4,000 hours of humidity resistance; and a variety of physical property and chemical resistance testing. AAMA standards also require the coating to maintain specified standards of film integrity, color retention, chalk resistance and gloss retention for a period of 10 years. Valspar’s Fluropon coatings have demonstrated their performance for nearly 50 years in real-world applications. They also successfully have met the Equatorial Mount with Mirrors for Acceleration with Water (EMMAQUA®) testing, Q-TRAC sunlight concentrator testing and Florida outdoor exposure testing.

Further managing UV and solar heat gain, the Museum’s 12,000 square foot, custom-built EFCO curtainwall system features Wausau Window and Wall Systems’ operable windows and triple insulated glass units (IGUs) from Viracon. “Our 2250i-XLT series window, open for 2-inch overall glass and glazing by Harmon, met the tough thermal requirements of the project,” says Jay Albee, Wausau’s product and pricing specialist.

Glazing contractor Harmon, Inc. installed the curtainwall system and was also responsibleAAM_ChildrenStairTwo_Skalko_2014-web for the museum’s structural glass floor skylights and SAFTIFIRST fire-rated exterior and interior curtainwall. “The project is like no other; the enclosure systems we installed are technically custom and specific to the design intent. Harmon’s ‘innovative solutions,’ with the assistance of LTS Drafting and Engineering, Stutzki Engineering, Quast Consulting and Testing and Architectural Aluminum Fabrication, Inc. offered the project a means to meet SBA’s design criteria in terms of aesthetics and performance,” says Harmon’s senior project manager, Jason Nimmo.

“The installation of these custom systems was quite challenging,” Nimmo acknowledges. “At the same time, the finished product is something we will always take pride in. The customization of the EFCO 5500X curtainwall system started with Linetec’s fine finishing skills and ended with custom through-mullion sex-bolt connections via 3/8-inch aluminum knife plates. These knife plates connected the curtainwall system to the inboard structure and the outboard steel grid system that supports the woven panel screen wall. This particular detail is pronounced at the grand stair, as the curtainwall connection brackets span more than 8-feet overhead — perpendicular to the stairs — before tying into an embed at the post-tension concrete floors.”

AAM_Roof_TwoDay_Skalko-webNimmo adds, “Although, the exterior views of the enclosure systems are masked by the custom, woven panel screen wall system, the views from the interior are definitely appealing. The AAM building is truly an architectural icon.”

Helping make this destination accessible for all, the glass elevator provides functionality, transparency and complements the grand stair. “The application itself presented several hurdles for SAFTIFIRST; being a two-hour, exterior, elevator enclosure. Our engineering and project management worked closely with Harmon, SBA and CCY to ensure a seamless integration of our system into the overall design,” states Timothy Nass, vice president of national sales for SAFTIFIRST.

Nass continues, “The aesthetic challenges required coordination with other manufacturers and Linetec’s ability to provide us with a custom, painted finish solidified our goal of blending in with the adjacent, non-rated systems. While code compliance is always priority number one, controlling the elements, ensuring thermal integrity and meeting the unique requirements of an elevator shaft were also top priorities.”

Taking the glass elevator to the rooftop sculpture garden, visitors enjoy a different perspective as they look through the large skylights into the gallery space below. Harmon installed the Panda sliding doors and skylights from Super Sky Products Enterprises, LLC. These skylights include a 36-foot-6-inch-square, triangular single pitch unit with a diagonal framing pattern, and an L-shaped single pitch unit stretching 5-feet-wide by 44-feet-long on each leg. Viracon supplied the low-iron, fritted glass for both units. Meeting maximum height elevations established by the design team, the skylights have very shallow slopes (1.14 and 3.0 degrees).

“To promote optimum water shedding, Super Sky’s Total Flush Glazing system was usedAAM_EntryLobby_Skalko_2014-web to eliminate the use of standard pressure plates, which would have restricted water flow off the glass surface,” explains Super Sky’s project manager, Todd Wilde. “Both units were supported by a very unique and finely crafted exposed wood timber truss system. Close coordination with the roof truss geometry was essential to ensure that support post base plates lined up with the roof truss top chord intersections, as well as having the framing members align with truss top chord members.”

Strategic placement of the skylights helps minimize the use of electricity, combined with photovoltaic panels. With their stringent lighting and climate-control needs, museums tend to consume large amounts of energy. However, the Aspen Art Museum utilizes what the architectural team refers to as a “thermos” design, in which the most energy-demanding spaces are placed at the center of the building, surrounded with circulation space. This double-layered building envelope maintains proper humidity levels in the galleries without expending unnecessary energy and costs to adjust those levels elsewhere. The exterior curtainwall, window and entrance systems’ Pure White color finish also reflects the solar radiation, which further contributes to the museum’s overall energy savings.

AAM_Roof_One_Skalko-webOther energy-efficient aspects include recycling of “waste heat” and a chilled water-cooling system. By redirecting excess heat to the noncritical building perimeter and outside the snowmelt areas, the galleries are protected from overheating in a well insulated, sealed building envelope. Chilled water provides cooling systems to the galleries year-round, in lieu of natural ventilation, which would compromise indoor air-quality standards in critical areas.

With respect to the contributions and collaboration of the project’s team members, SAFTIFIRST’s Nass summarizes, “Everyone associated with the project proved that they were tops in their respective fields. It is truly an honor to be associated with a building such as this.”

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Aspen Art Museum; 637 East Hyman Avenue, Aspen, Colorado 81611; https://www.aspenartmuseum.org
• Owner’s representative and project manager: O’Connor Consulting, LLC; Basalt, Colorado; http://www.oconnorconsult.com
• Architect: Shigeru Ban Architects + Dean Maltz Architect; Tokyo, Japan; http://www.shigerubanarchitects.com; New York office, http://www.dma-ny.com/site_sba/?page_id=309
• Executive architect: Cottle Carr Yaw Architects, Ltd.; Basalt, Colorado; http://www.ccyarchitects.com
• General contractor: Turner Construction Company; Denver office; http://www.turnerconstruction.com
• Construction manager – local contractor: Summit Construction Company; Basalt, Colorado; http://cosummitconstruction.com
• Glazing contractor and curtainwall fabricator: Harmon, Inc.; Denver office; http://www.harmoninc.com
• Exterior curtainwall – drafting and engineering: LTS Drafting and Engineering; Englewood, Colorado; http://www.ltsdrafting.com
• Exterior curtainwall – engineering consulting: Stutzki Engineering, Inc.; Milwaukee; http://stutzkiengineering.com
• Exterior curtainwall – testing: Quast Consulting and Testing, Inc.; Mosinee, Wisconsin; http://www.qcandt.com/
• Exterior curtainwall – fabrication: Architectural Aluminum Fabrication, Inc.; Aurora, Colorado
• Exterior curtainwall, window and skylight system – glass fabricator: Viracon, Inc.; Owatonna, Minnesota; http://www.viracon.com
• Exterior curtainwall system – manufacturer: EFCO; Monett, Missouri; http://www.efcocorp.com
• Interior curtainwall – manufacturer: SAFTIFIRST; Brisbane, California; http://www.safti.com
• Sliding doors – manufacturer: Panda Windows & Doors; North Las Vegas, Nevada; http://www.panda-windows.com
• Window system – manufacturer: Wausau Window and Wall Systems; Wausau, Wisconsin; http://www.wausauwindow.com
• Skylight system – manufacturer: Super Sky Products Enterprises, LLC; Mequon, Wisconsin; http://www.supersky.com
• Curtainwall, window, sliding door and skylight systems – finisher: Linetec; Wausau, Wisconsin; http://www.linetec.com
• Curtainwall, window, sliding door and skylight systems – finish: Valspar 70% PVDF Fluropon®; The Valspar Corporation; Minneapolis; http://www.valsparcoilextrusion.com

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