Client news: Wausau names Gregg Tassone as architectural sales representative in New York City and northern New Jersey

Gregg Tassone joins Wausau Window and Wall Systems as its architectural sales representative working closely with the building owners, architects, general contractors and glazing contractors in New York City and northern New Jersey.

As a partner with Engineered Window Systems LLC, Tassone brings a consultative sales approach and 35 years of experience in the glazing industry to his new role with Wausau. He assists customers with National Fenestration Rating Council’s thermal calculations and Lawrence Berkeley National Laboratory’s window and glass performance calculations.

Prior to joining Engineered Window Systems, Tassone worked with Traco, Inc. as regional sales manager in New York and New Jersey. His previous sales territories included Pennsylvania and Florida. Before representing Traco, he worked as a project manager with Castle Construction Company, Inc.

Throughout his career, Tassone volunteered with the American Architectural Manufacturers Association (AAMA). He has served as chair of AAMA’s Aluminum Materials Council, as secretary of the Aluminum Materials Council’s marketing committee and as chair of the Engineering Analysis of Fenestration Anchorage Systems task group.

Tassone, a resident of Cresskill, N.J., earned his bachelor’s degree from Duquesne University in Pittsburgh.

To learn more about Wausau’s personnel, products and projects, please visit WausauWindow.com.

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Client news: Wausau names Kelly Townsend as Texas’ architectural sales representative

Wausau Window and Wall Systems announces Kelly Townsend as its architectural sales representative working closely with the building owners, architects, general contractors and glazing contractors of Texas.

Townsend draws from more than 30 years of experience in the commercial glazing and architectural products industries, as well as a lifetime of connections in Texas. In addition to Wausau’s reputation as an industry leader, its people and its culture, he is excited about the company’s products. “There is a wonderful opportunity in the Texas market for Wausau’s unitized curtainwall systems and its standard, impact-resistant and blast-mitigating windows.”

Most recently, Townsend served as national sales director of Columbia Commercial Building Products in Rockwall, Texas. Prior to this, he was an estimating manager and as a senior project manager for Vistawall Architectural Products (now Oldcastle Building Envelope™). Previous positions include vice president of field operations at Alco Glass in Mesquite, Texas, and project foreman at Haley-Greer, Inc.

Townsend and his wife are residents of Surry, Texas, where they support several local charities and are actively involved with their three daughters and five grandchildren. In his spare time, he builds custom furniture, builds and restores golf clubs and equipment, and restores vintage muscle cars.

To learn more about Wausau’s personnel, products and projects, please visit WausauWindow.com.

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Association news: AAMA releases updated specification for rating the severe wind-driven rain resistance of windows, doors and unit skylights

AAMA 520-12, “Voluntary Specification for Rating the Severe Wind-Driven Rain Resistance of Windows, Doors and Unit Skylights” has been released by the American Architectural Manufacturers Association (AAMA). The specification provides an optional rating of the ability of fenestration products to resist severe wind-driven rain.

AAMA 520-12 is based on a rapidly pulsed pressure differential method, recognizing that conditions encountered during tropical storms, hurricanes or severe thunderstorms are not static. In addition, the procedures and equipment required to perform the specified tests are provided. The document details the testing apparatus used, defines test specimens and installation, and describes test methods utilized, as well as stating what information the test report should include.

“The specification is applicable for use in testing and comparative rating of windows, doors and skylights that are used in areas which may be subjected to severe wind-driven rain,” says Ken Brenden, AAMA’s technical director. “Updated from the 2009 document, AAMA 520-12 contains a new addendum which provides additional guidance regarding required water collection.”

AAMA 520-12 references important industry documents which include AAMA/WDMA/CSA 101/I.S.2/A440-11, “North American Fenestration Standard for Windows, Doors, and Skylights” (NAFS) and ASTM E2268-04(2011), “Standard Test Method for Water Penetration of Exterior Windows, Skylights and Doors by Rapid Pulsed Air Pressure Difference.”

AAMA 520-12, ‘Voluntary Specification for Rating the Severe Wind-Driven Rain Resistance of Windows, Doors and Unit Skylights” is available for AAMA members to download at a cost of $10. Non-members may purchase the document at a cost of $30 for download. The specification is also available for purchase on CD and hardcopy. To order AAMA 520-12, visit AAMA’s Publication Store.

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Client news: North Carolina History Center relies on Chicago Metallic for custom ceiling that delivers historic aesthetics, acoustic performance, sustainability goals, smooth installation

Complex project earns a CISCA Construction Excellence Award

The former Barbour Boat Works warehouse in New Bern, N.C., has transformed into the new North Carolina History Center at Tryon Palace. Built in 1770, Tryon Palace served as the first permanent capitol of North Carolina and was home to Royal Governor William Tryon. Helping connect the History Center’s enduring architectural heritage and the evolving educational space, Chicago Metallic Corporation® supplied a custom ceiling system.

The 60, 000-square-foot building features massive steel trusses spanning its width and other architectural elements typical of 1800’s industrial style. The $60 million project’s design team of BJAC and Quinn Evans Architects sought to reflect the history of the town and industrial character of the waterfront site, while pioneering new ideas in sustainable building design.

“Because we retained the building’s 19th century structural base, it was important that all other interior building elements fit within that structure, ” said Jennifer Amster, principal at BJAC. “That presented some challenges for our suppliers and contractors.”

For Chicago Metallic and installing contractor Acousti Engineering Co., meeting these challenges required a custom approach to ceiling panel fabrication. A unique ceiling system with floating clouds of acoustic panels was specified to soften the noise in the history center’s Great Hall and other expansive public spaces. Chicago Metallic’s Planostile™ Snap-in perforated metal ceiling panels, Infinity™ Perimeter Trim, 15/16-inch Seismic 1200 Suspension System, and Monarch™ GE panels were chosen.

Amster continued, “We chose Chicago Metallic Planostile panels for the ceilings in many areas because they have 75 to 100 percent recycled content and are 100 percent recyclable. That contributed to our sustainability objective, and helped elevate the ceiling system from one that delivered not only beauty and acoustic performance, but environmental benefits as well.” Other sustainable attributes of the center include permeable surface parking areas and constructed wetlands, as well as energy-efficient operations and maintenance.

Beyond sustainability, historic aesthetics and acoustic performance, Chicago Metallic’s ceiling systems contributed to a smooth installation. “There was an enormous potential for complications with this job. We were on a tight installation schedule and this custom system required a great deal of coordination with the MEP trades, ” said Bill Barlow, business development manager at Acousti Engineering Co.

Further complicating the installation, the architectural team specified that there be no field cutting of panels. Chicago Metallic project manager, Dave Jahn, explained, “They wanted to use full panels to ensure a true, flat finish was achieved when installed. This meant that in addition to adapting our suspension system to the building design, we had to engineer the exact size of each panel so that it installed perfectly out of the box.” Shop drawings were created, revised and refined to ensure that each panel was fabricated in the correct dimensions.

“This was one of the most complex systems I’ve ever seen, ” added Barlow. “Ceiling clouds and panel reveals had to align precisely with adjacent architectural features. There were clouds within clouds, and panels had to be cut in multiple sizes and dimensions.” In all, the design required 34 different ceiling panel sizes, in four different colors.

With so many different ceiling panel sizes and colors, finding the right pieces to the puzzle on-site could have created time-consuming complications. Anticipating the installing contractor’s needs, Chicago Metallic specially packaged the materials to clearly show which box was for which ceiling section. Shop drawings and fabrication schedules were enclosed with each box. “We labeled each panel with a part number that matched the drawings, ” noted Jahn. “We tried to eliminate every potential problem and make the ceiling system highly user-friendly for the installer.”

“Chicago Metallic did a tremendous job,” praised Barlow. Beyond the installing contractor’s compliments, the project was honored with a 2011 Construction Excellence Silver Award in the ceilings category, east region, from the Ceilings & Interior Systems Construction Association (CISCA).

“It is a great accomplishment and a privilege to receive the industry’s praise for these challenging and beautiful projects, ” said Jim Moynihan, Chicago Metallic’s vice president of sales.

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North Carolina History Center at Tryon Palace; New Bern, N.C. (Video)
• Owner: Office of Archives and History, an agency of the North Carolina Department of Cultural Resources
• Architects: BJAC; Raleigh, N.C.; and Quinn Evans Architects; Washington, D.C.
• Installing contractor: Acousti Engineering Co., Raleigh, N.C.
• Ceiling system manufacturer: Chicago Metallic Corporation; Chicago; Planostile Snap-in perforated metal ceiling panels, Infinity Perimeter Trim, 15/16-inch Seismic 1200 Suspension System, and Monarch GE panels

Client news: 5 by 5 Design donates art benefitting Full Cycle, helping homeless youth

5 by 5 Design donated custom-created bicycle wheel artwork for a fundraising event benefiting Full Cycle, a nonprofit organization that employs homeless youth in Minneapolis and teaches them bike repair and business skills. Spye LLC hosted the event in October during the official opening of the Greenway Resources for Integrated Design (GRID) center, a new concept in collaborative learning and shared workspace located in Minneapolis.

As part of the Spye group of companies, Sensory Environment Design (SED), a leader in integrated design environments for commercial and residential spaces, invited a dozen artists, including 5 by 5 Design, to imagine and donate creations with a stylish spin. HED USA provided the bicycle wheel canvas. The finished artwork was auctioned at the event.

“When asked to participate, we jumped at the chance to contribute this piece for a project that combined design, bikes and community; three things that are near and dear to our hearts. We are thrilled that so much good came out of it,” said Wendy Ruyle, co-owner of 5 by 5 Design.

Gretta Fry with SED, added her praise: “Thanks to 5 by 5 Design for helping us out and contributing a piece to our silent auction for Full Cycle. As a result, the event was a big hit and raised over $1,000 for an important cause.”

In addition to SED, Spye LLC includes Spyeworks software and Spyeglass technology representation and sales. Spye specializes in integrated design, the emerging discipline of creating holistic work and living environments that completely integrate high-end technologies, interior design aesthetics and environmental practices and materials.

GRID is intended as part company headquarters and part center for members of the design and architecture communities to learn about integrated design, interact with the latest in touch-screen and environmental technologies and also host their own business and client meetings on-site. The building, a former paint factory, was designed by Toby Rapson, son of architectural legend Ralph Rapson, and incorporates the latest advances in energy-saving and environmental technologies.

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Client news: Curious Collection swatchbook reveals new colors and new digital papers

The new Curious Collection® swatchbook showcases six grades of touchable, tantalizing sheets to pique creative professionals’ interests. SKIN Curious Collection® has added four new colors and now offers seven HP Indigo®-certified digital items in the collection. Curious Cosmic® and Curious Touch have gained Green Power as a standard feature and environmental benefit.

* Expanding to 16 hues of Text and Cover, the four new SKIN Curious Collection colors are Emerald, Grey, Indigo and Purple.

* The entire Curious Collection – all six grades – now carry the Green Power designation, 100% of the electricity used to manufacture these products is matched with renewable energy credits (RECS) from Green-e® certified energy sources, primarily in the form of wind. Along with Green Power, the entire Curious Collection is Forest Stewardship Council™ (FSC®) (FSC® C007796) certified and manufactured in ISO 14001 facilities.

* Curious Metallics’ top-selling Ice Gold, Gold Leaf and Lustre are now available in 111-pound Cover, as well as the 92-pound Cover. Also, Lustre 111-pound is offered in a digital HP Indigo version.

* The Curious Collection has seven HP Indigo-certified digital items. Metallics, SKIN and Particles are all digital compatible.

The new Curious Collection digital papers also are highlighted in Arjowiggins Creative Papers Digital™ booklet. This new line introduces three grades, never before marketed in North America – Keaykolour® and Pop’Set and Rives. With 11 new papers, they combine vivid colors, like Tangerine and Cosmo Pink, with modern textures ranging from silky smooth to woven finishes. These papers are HP Indigo-certified, compatible with dry-toner digital equipment, have Green Power as a standard feature, and the Keaykolour and Pop’Set include 30% post-consumer recycled fibers.

The new Curious Collection swatchbook and Arjowiggins Creative Papers Digital booklet are available by calling 888-488-6742.

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Client news: USC Patterson Hall renovation exceeds LEED goals with high-performance Wausau windows

* Wausau will be exhibiting in booth #3124N at Greenbuild *

In October 2012, the University of South Carolina’s renovation of the Patterson Hall student residence recently earned LEED(R) Gold certification through the U.S. Green Building Council (USGBC). The project team was striving to attain at least LEED Silver, and exceeded its goal. Wausau Window and Wall Systems’ high-performance windows contribute to the residence hall’s energy-efficiency, environmental and seismic requirements, as well as offer the students daylight, fresh air and views of the surrounding campus.
Photos: Shiel Sexton
University of South Carolina currently has more than 600,000 square feet of green buildings on campus and by the end of 2013, is scheduled to surpass 1 million square feet. The University estimates that these green initiatives will save the school more than $1.5 million every year in energy and maintenance costs.

Rather than completely demolish the nearly 50-year-old building, Garvin Design Group opted to strip Patterson Hall down its original structural frame. This allowed the architectural firm to redesign and rebuild to meet new seismic requirements. Additionally, the 186,000-square-foot, nine-story residence hall’s traditional dormitory-style rooms were converted to 280 suite-style units.

Working with the Garvin Group and general contractor Shiel Sexton, glazing contractor Cabarrus Glass Co., Inc. installed nearly 950 Wausau 2250-E EPIC™ windows on the $31.5 million renovation. Cabarrus’ Rob Brown says that the company “chose Wausau Window and Wall Systems to furnish windows for this project because of their expertise and attitude of excellence toward window engineering and fabrication. We have used the EPIC window on several projects and find its availability and versatility second to none.”

“Wausau met every challenge presented to them,” adds Brown. “Renovations are always full of surprises and quick responses had to be maintained. Wausau’s Advantage team truly created advantages in terms of pricing, submittals, construction, packaging, LEED and closeouts.”

EPIC Series windows are part of the Advantage by Wausau offering, giving universities and other fast-track, value-conscious projects a full line of high-performance, pre-engineered, factory-glazed standard products. Available on an accelerated delivery schedule, these competitively priced windows are backed with an industry-leading warranty of up to 10 years.

For a long life of smooth operation, Wausau’s EPIC windows are tested to meet the stringent air infiltration, water resistance, and structural requirements of AAMA’s AW-70 Architectural Performance Class, including AAMA 910 lifecycle testing to 2500 operating cycles.
Photos: Shiel Sexton
Supporting Patterson Hall’s environmental goals and low-maintenance durability, Linetec applied the two-coat “Benton White” painted finish to Wausau’s 2.5-inch-deep recycled aluminum frames. The frames contain recycled content averaging 70% or greater. Linetec safely captures 100% of the volatile organic compounds (VOCs) in the liquid paint process. Because the material is factory-finished, it is 100% VOC-free when it arrives on the job site.

Linetec also supplied the thermal barriers for Wausau’s EPIC windows. Viracon, Inc. provided its VNE1-63 clear, Argon-filled, insulating glass. The combination of these high-performance components and construction can achieve a U-Factor as low as 0.32 BTU/hr.sqft.ºF and a Condensation Resistance Factor (CRF) as high as CRF Frame 50/CRF Glass 70. Operable units present an opportunity for natural ventilation, capitalizing on South Carolina’s climate.

Patterson Hall’s renovation was completed in time for the 2011-12 academic year and welcomed 544 female residents. The expanded, renovated residence hall includes a kitchen on every floor, multiple community rooms, two classrooms, laundry facilities and a cyber lounge. Patterson Hall’s first floor is also the new home of University’s Housing Offices.

Reaction to the renovation has been overwhelmingly positive: “What a beautiful reuse,” University of South Carolina’s President Harris Pastides said at the October 2011 ribbon-cutting ceremony. “We’re always looking at new buildings and how advanced they can be. Of course that’s appropriate, but when you take something historic that needed to be upgraded, and you do it in a sustainable way, that is really the way to be a good steward to our environment and to our Earth.”
Photos: Shiel Sexton
“With more than a quarter of our population enrolled in or employed by a school or college, providing a safe, healthy learning environment is a key concern,” says Steve Gille, Wausau’s education market manager. “Sustainability, high performance, longevity, low maintenance are expectations of educational facilities and we work closely with the building team to achieve them. At Patterson Hall, we exceeded them.”

As part of University of South Carolina’s commitment to sustainability, Patterson Hall’s additional green building features include:
* Water-conserving dual flush toilets
* Low-flow faucets and shower heads
* Low VOCs on interiors to improve indoor air quality
* “WattStopper” lighting control program, which allows the setting of specific hours for lights to be on and off, helping to conserve more energy
* Pervious pavers in driveways to reduce stormwater runoff
* Laundry room with high-efficiency washers and dryers
* Indoor bicycle storage and shower station
* Energy recovery units that reduce humidity, bring in outside air and reduce energy use
* First-floor green terrace and green space between Patterson Hall and neighboring Sims Hall

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Patterson Hall, University of South Carolina; 1520 Devine Street, Columbia, SC, 29208
* Owner: University of South Carolina; Columbia, S.C.
* Architect: Garvin Design Group; Columbia, S.C.
* General Contractor: Shiel Sexton, Southeast Regional Office; Charlotte, N.C.
* Glazing contractor: Cabarrus Glass Co., Inc.; Concord, N.C.
* Glazing systems – manufacturer: Wausau Window and Wall Systems; Wausau, Wis.
* Glazing systems – glass fabricator: Viracon, Inc., Owatonna, Minn.
* Glazing systems – finisher: Linetec, Wausau, Wis.
* Photos by: Shiel Sexton

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Client news: High-performance Wausau windows contribute to sustainability goals of 1200-student Goode Academy in Chicago

* Wausau will be exhibiting in booth #3124N at Greenbuild *

In September 2012, Sarah E. Goode STEM Academy welcomed its first freshman class. The new six-year program focuses on science, technology, engineering and mathematics (STEM) to foster college and career readiness. Supporting this innovative learning model, STR Partners LLC, lead designer in a joint venture, designed the new three-story, 207,000-square-foot facility to meet future growth, as well as sustainability goals.
Hedrich Blessign Photographers
Demonstrating this accomplishment, Goode Academy anticipates 1,200 students through phased enrollment and LEED Gold certification through the U.S. Green Building Council (USGBC). Contributing to the school’s design, Wausau Window and Wall Systems provided high-performance windows and curtainwall systems emphasizing daylighting, views, interior comfort, recycled material content, condensation resistance, energy efficiency and thermal performance requirements.

Part of Chicago Public Schools, Goode Academy is named in honor of Sarah E. Goode, the first African American woman to receive a United States patent. She was a freed slave, an inventor and furniture designer, and a Chicago business owner.

Goode Academy connects high school, college and the world of work through dynamic partnerships, such as with IBM. The students are encouraged to pursue careers in technology and given the opportunity to graduate with industry certifications and up to two years of college credit. Students also benefit from workplace learning experiences through internships and professional mentors.

“About 80% of our firm’s work is for schools,” explains Ken Shiokawa, senior project designer with STR Partners. “Our efforts were to create wonderful learning environments. Maximizing the amount of glazing in classrooms helps make them places where students want to be. I was very happy with Wausau’s work throughout the process. Everyone I worked with was very helpful.”

Terry Iczkowski, Wausau’s architectural sales representative, returns the compliment: “It’s a beautifully designed building and quite impressive. We were involved for more than a year, from the earliest design stages through to completion. We wanted this to be a signature project for STR and an outstanding example for Chicago Public Schools.”

In October 2010, general contractor F.H. Paschen, S.N. Nielsen & Associates LLC broke ground on the $62 million project. The project was substantially completed in June 2012 and opened for the 2012-13 academic year.

As a single source supplier, Wausau engineered, fabricated and shipped its curtainwall and window systems to glazing contractor Underland Architectural Systems, Inc. “Wausau was like a machine. Each week, they told us when the delivery would arrive at the job site. They provided good customer service and kept things running smoothly,” Underland’s project manager, Brian Nelson. “At our peak, we had 15 people in the field installing the units. It was a big project.”
Hedrich Blessing Photographers
Throughout the school, Underland installed Wausau’s 2250i INvent™ Series fixed and project-in casement windows and SuperWall™ curtainwall systems. Four different depths of the SuperWall systems were provided to accommodate each elevation. Within the curtainwall, more than 120 project-out zero sightline casements were installed. Goode Academy provides access to daylight in at least 75% of its classrooms.

For low-maintenance durability, all of the exposed aluminum on Wausau’s products manufactured for Goode Academy include recycled content averaging 70% or greater, and are finished by Linetec in clear anodize. Linetec’s anodize process contains no volatile organic compounds (no VOCs) and creates a matte finish that helps hide small defects, such as slight imperfections in secondary billet. At the end of the products’ useful lifecycle, anodized aluminum is 100% recyclable, lending itself to post-consumer recycled content during demolition or restoration of the building.

“Further supporting environmental and energy-efficient goals, we worked with STR to integrate operable units allow for natural ventilation. This is a nice feature during the warmer months,” notes Iczkowski. “Along with fresh air and daylight, we helped with a vegetated wall, called a ‘green screen,’ that adds a strong visual connection to nature.” Wausau provided the green screen’s structural calculations and curtainwall attachments. Underland attached it to outriggers, which protrude approximately 3 feet from the building’s front entrance.

Less visible than the green screen, but a key element of Goode Academy’s construction, Underland also installed Wausau’s HP-Wall system on the musical areas and art room. Steve Gille, Wausau’s education market manager, elaborates, “HP-Wall provides noise reduction and best-in-class thermal performance. This system contributes to occupant comfort and quieter spaces. It also helps lower operating costs and reduce necessary HVAC capacity, provides exceptional condensation resistance for high humidity applications.”

Along with visual and performing arts areas, pool and 26 standard academic classrooms, the school offers science and computer laboratories, a gymnasium, kitchen and dining facilities, a library/media resource center and a distance learning laboratory. In addition to the students’ use, the community may use the facility on evenings and weekends.

Chicago Public Schools are a client of Chicago’s Public Building Commission (PBC), which manages a capital program with more than $2 billion of development authority. As stewards of public funds, the PBC focuses on both economic and environmental sustainability including for the Modern Schools Across Chicago (MSAC) program. MSAC projects are designed to achieve LEED Silver certification.

The City of Chicago has more municipally owned, LEED-certified facilities than any other city in the nation (46 in total), due in large part to the PBC. Natural light and ventilation, energy efficiency, recycled materials and long-term durability are attributes promoted by the USGBC LEED rating systems.

USGBC’s The Center for Green Schools’ website also states:
* If all new U.S. school construction and renovation went green today, the total energy savings alone would be $20 billion over the next 10 years.
* According to Greening America’s Schools: Costs and Benefits by Greg Kats, green schools use 33% less energy and 32% less water than conventionally constructed schools, significantly reducing utility costs over the average 42-year lifecycle of a school.
* On average, green schools save $100,000 per year on operating costs — enough to hire at least one new teacher, buy 200 new computers, or purchase 5,000 textbooks.

“Light, sound, fresh air, temperature and views also have significant effects on academic performance, absenteeism and student and teacher well-being,” says Iczkowski. He concludes, “With more than a quarter of our population enrolled in or employed by a school or college, providing a healthy environment is both a local and national concern.”

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Sarah E. Goode STEM Academy, 7651 South Homan Avenue, Chicago, IL  60652

* Owner: Chicago Public Schools
* Developer: Public Building Commission of Chicago
* Architect of Record: STR+Nia Collaborative, lead by STR Partners LLC; Chicago
* Construction Manager: F.H. Paschen, S.N. Nielsen & Associates LLC; Chicago
* Glazing contractor: Underland Architectural Systems, Inc.; Lynwood, Ill.
* Glazing systems – manufacturer: Wausau Window and Wall Systems; Wausau, Wis.
* Glazing systems – finisher: Linetec, Wausau, Wis.
* Photos by: Steve Hall, Hedrich Blessing Photographers
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Event news: Hamilton Wood Type must move, urgently needs funding

Hamilton Wood Type and Printing Museum will no longer reside in the building that bears its name. The property owners recently informed the museum that the 1619 Jefferson St. building in Two Rivers, Wisconsin will close and must be vacated, perhaps as early as February 2013.

Bill and Jim Moran; photo by Jeff Dawson

Bill and Jim Moran; photo by Jeff Dawson

Hamilton Wood Type is urgently seeking donations to address this sudden need and to protect its vast collection of wood type, antique printing equipment and rare type specimen catalogs. The museum’s director Jim Moran, artistic director Bill Moran and assistant director Stephanie Carpenter remain committed to transitioning to a new space.

“We are definitely moving and will be staying in Two Rivers,” says Jim Moran. “Unfortunately, the hopes of staying in the Hamilton building are not an option. It will be an important break in continuity for Hamilton as a manufacturer going back to 1880. However, this is an opportunity to find a location where we can better protect, preserve, organize and demonstrate this enormous and valuable collection.”

Moran estimates it will require at least $250,000 and an army of volunteers to physically move the millions of pieces of type, plates, presses, tools and raw materials. He adds, “We are humbly, but aggressively asking for cash donations.”

Donors already have pledged more than $65,000. Contributions may be made online at http://www.woodtype.org/support.

When a final date has been determined, workshops and other events at the museum will cease at least one month prior to the move. Hamilton Wood Type intends to host a farewell party with celebrated authors, professors and practitioners among the guest speakers. Hamilton will publish key dates for the move and volunteer opportunities as they are established.

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Jeff Dawson has given Hamilton Wood Type and Printing Museum full usage permission of the photos taken at this November’s Wayzgoose. Click to access and download images from his Flickr collection. Please include a credit for Jeff Dawson with each photo.

Client news: New Energy Biosciences building at University of California at Berkeley seeks LEED Silver or higher, features Wausau window systems

* Wausau will be exhibiting in booth #3124N at Greenbuild *

Bruce Damonte PhotographyThe University of California at Berkeley’s (UC Berkeley’s) newly opened Energy Biosciences Building is the most energy-efficient building on campus, thanks in part to window systems from Wausau Window and Wall Systems.

The 112,000-square-foot Energy Biosciences Building (formerly Helios Energy Research Facility and commonly referred to as the Helios building) houses UC Berkeley’s Energy Biosciences Institute, a collaborative project between Lawrence Berkeley National Laboratory, UC Berkeley and the University of Illinois.

According to lead architect Johnny Wong of San Francisco-based SmithGroup JJR, the Helios building was designed and constructed to meet the U.S. Green Building Council’s (USGBC’s) LEED® Silver criteria or higher. The building already has received the Overall Sustainable Design Award by the Higher Education Energy Partnership Program of California.

Located at the sloped site on the northwest corner of the university’s 1,232-acre campus, the Helios building rises to six floors on the northern end and five on the south, tapering to three levels and then one at the southernmost end. The $133 million Helios building began with the demolition of an abandoned state health building in 2009. Construction was substantially completed in July 2012. The first of more than 300 researchers moved into the new facility this August.

To accomplish the design and daylighting goals, general contractor Rudolph and Sletten worked closely with glazing contractor Royal Glass and Wausau. The Helios building’s wedge-shaped design and divergent ceiling heights capitalize on Wausau’s high-performance curtainwall and windows, allowing the natural light to deeply penetrate into the interior space. In total, Royal Glass installed approximately 40 casement windows on the north elevation and 29,000 square feet of unitized, structurally glazed curtainwall on the south-facing offices, meeting space and entry lobby.

“Wausau is a true partner in every sense of the word,” says Steve Kilekas, senior project manager for Royal Glass. “Whether it’s their exceptional design capabilities, high-quality products and materials or project management support, Wausau does everything possible to ensure a flawless experience. As a project manager, that is something that has tremendous value.”

Optimized for energy efficiency, Wausau’s 7250i-UW Series unitized curtainwall features an aluminum frame with polyamide nylon structural barrier for enhanced thermal performance. The system is engineered and manufactured in ready-to-install units that vertically span from-to-floor. This approach also reduces dependence on weather seals and accommodates dynamic movements without placing undue stress on glass, sealants or other infills.

Wausau curtainwall and windows’ aluminum frames contain recycled content averaging 70% or greater. Linetec supplied the polyamide thermal barriers and three-coated painted finish. Viracon fabricated the glass.

The combination of these high-performance components and construction allow Wausau’s 4250 Series zero sightline fixed casement windows to achieve a Condensation Resistance Factor (CRF) range from 44 to 55 and NFRC U-Factors as low as 0.35. NFRC 100 “Site-Built” certification was obtained in accordance with the energy efficiency provisions required by the California Code of Regulations’ 2013 Building Energy Efficiency Standards, known as Title 24. The 2013 Standards are expected to ensure new and existing buildings use 25% less energy for lighting, heating, cooling and ventilation than the 2008 Standards. Furthermore, California’s 2013 Standards are intended to avoid 170,500 tons of greenhouse gas emissions per year.Bruce Damonte Photography

Along with consideration for the global environment, UC Berkeley’s Helios building also emphasizes a comfortable and productive interior environment. The windows’ acoustic performance is tested for Sound Transmission Class (STC) ratings of 34 to 43. These performance factors were key for Helios’ north side, which houses specialized analytical research laboratories, laboratory support space, offices and other support functions designed by laboratory design consultant Research Facilities Design.

In addition to the thermal and acoustical performance, condensation resistance, recycled content, daylight and view offered by Wausau’s curtainwall and windows, the Helios building’s other sustainable design features include:
* automated shades programmed to activate based upon the sun’s path
* a lighting control system with sensors to turn lights off when people are absent and during off-hours
* sash closers on the 50 laboratory fume hoods with sensors that control access, reducing stress on the HVAC system
* a new air exchange system that automatically adjusts fan activity based upon occupation in the space
* individual office air system, heating and cooling controls
* low-flow faucets and fixtures

Helping connect occupants with their natural environment and community, the Helios building also offers neighbors a public park-like area to the south, a wide pedestrian pathway to the west and a commuter transit hub located on the building’s east side to shuttle visitors to and from the UC Berkeley campus.

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Energy Biosciences Building; 2151 Berkeley Way, Berkeley, CA 94704; http://www.energybiosciencesinstitute.org/
* Owner: University of California; Berkeley, Calif.; http://www.berkeley.edu
* Architect: SmithGroupJJR; San Francisco. Calif.; http://www.smithgroupjjr.com
* General contractor: Rudolph and Sletten; Redwood City, Calif.; http://www.rsconstruction.com
* Glazing contractor: Royal Glass; Rancho Cordova, Calif.
* Glazing systems – manufacturer: Wausau Window and Wall Systems’ 7250i-UW and 7250 curtainwall and 4250 thermal windows; Wausau, Wis.; http://www.wausauwindow.com
* Glazing systems – glass fabricator: Viracon, Inc., Owatonna, Minn.; http://www.viracon.com/
* Glazing systems – finisher: Linetec, Wausau, Wis.; http://www.linetec.com/
* Photos by: Bruce Damonte Photography

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