03.31.10 Association News

Open the Window to Safety this Spring
AAMA Encourages Education during National Window Safety Week, April 4-10

With the arrival of warmer weather, people will begin to open windows. However, open windows can be dangerous for young children who are not properly supervised. While the number of falls from windows is generally small compared with other recorded child injuries, a window incident can result in serious injury or even death. That is why National Window Safety Week, April 4-10, is a perfect time to review window safety in the home, according to the American Architectural Manufacturers Association (AAMA).

The National Safety Council offers these tips to protect children from window falls:
* Avoid the placement of furniture near windows to prevent children from climbing.
* Do not rely on insect screens to prevent a window fall.
* Keep children’s play away from open windows and doors.
*  Install building code-compliant devices designed to limit how far a window will open or window guards with release mechanisms to help prevent a fall.
* Teach your child how to safety use a window to escape during an emergency.

The Window Safety Task Force works to heighten the awareness of what parents and caregivers should do to help keep their homes and families safer from the risks of accidental falls. Though Window Safety Week is an important annual reminder, window safety education should be ongoing, and should occur throughout the year. To help teach children about window safety, an activity book is available here, as well as additional information for parents and caregivers.

The Window Safety Task Force, formed in 1997 to promote greater awareness of window safety, is composed of members representing the American Architectural Manufacturers Association, the Window and Door Manufacturers Association and the Screen Manufacturers Association, in cooperation with the National Association of Home Builders and other organizations, as well as manufacturers of window, doors and screens. Each year, the task force distributes thousands of consumer information kits in cooperation with NSC.

A full news release is available online at AAMA’s online news room.

03.29.10 Client News

Linetec.com shares architectural finishing expertise, enhances visual navigation and content

Linetec launches a newly designed Web site with easier navigation and expanded content to connect online visitors with its architectural finishing resources. Linetec.com organizes information into categories addressing paint, anodize and powder coat, as well as additional services and company news. Special sections also highlight Linetec’s expertise with green building goals and on-site repair and restoration projects.

“For almost a decade, we continued to add educational materials to help architects, contractors and manufacturers determine the best finish for their projects. We received many compliments about the quality of the information, but also many questions about how to locate and share this content,” says Tammy Schroeder, Linetec’s marketing specialist and project leader for the updated Web site. “With the redesign of Linetec.com, we have made our knowledge more accessible. It’s inviting to first-time visitors and constantly updated for those who bookmark the site as a reference tool.”

Long-time users will find that Linetec’s home page still connects within two clicks to all of the site’s deeper content. Architects can click instantly on “Architect Resources” for immediate access to request paint sample color chips, review the company’s sustainability statement and project profiles, delve into finish selections and specifications, or earn learning units with “Introduction to Coatings,” a Continuing Education Series presentation approved by the American Institute of Architects.

The site also features a special log-in for Linetec’s customers to view real-time information and metrics regarding their orders. Active client accounts can view both current projects and an archive of completed and quoted projects. Under the “Company” section, all users have on-demand access to Linetec’s online quote request submission form and to a directory of Linetec’s most sought-after contacts.

Linetec will be exhibiting at AIA Expo2010 in booth #2359

03.26.10 Client News

Wausau offers schools the look of double-hung windows with the convenience, consistency of project-out and fixed units

Mimicking the look of traditional school windows, Wausau Window and Wall Systems introduces “simulated double-hung” windows in project-in hopper vents, project-out awning vents and casements.

Among the new product selection, Wausau’s 3250-LP and 4250-LP Low Profile Series windows are part of the Advantage by Wausau standard product offering. Ideally suited for educational facility renovations, Advantage by Wausau products are competitively priced, available on an accelerated delivery schedule, and backed with an industry-leading warranty of up to 10 years.

Wausau’s 3250-LP and 4250-LP Low Profile Series windows preserve the look of double-hung units’ offset glass planes. They are available with matching sightlines between upper and lower lites as an option. To enhance the historic style, Wausau’s optional accessories include muntin grids and “reverse cove” and “ogee” panning and mullions.

Wausau’s Low Profile Series helps increase daylighting, lower U-Factor, and widen the view. Operable units may assist with egress compliance and present the opportunity for natural ventilation. These features may aid buildings seeking certification under such programs as the U.S. Green Building Council’s LEED® for Schools.

“Our school window products are engineered for durability. They’re NFRC-labeled and AAMA-rated, and tested to withstand the high-use, low-maintenance demands, as well as the demanding and differing climate conditions across the nation,” says Steve Gille, Wausau’s educational market manager.

“When existing single-glazed double-hung windows are replaced, heavier double- or even triple-insulating glass is specified for energy efficiency,” added Gille. “However, counter-balancing hardware may not be up to the challenge of increased sash weight. The compression seals and ease of operation that characterize projected and casement windows may improve functionality of replacement windows, versus replacing ‘in kind’ with double-hung sash.”

Contributing to environmentally sound design, Wausau’s aluminum systems may be specified with recycled content and can be finished with liquid paints composed of up to 100% post-industrial waste, or powder paint and anodize finishes specified as VOC-free coatings.

Download a PDF of the full success story by clicking here. A high-resolution product photo is available here.

Wausau will be exhibiting at AIA Expo2010 in booth #2553 .

03.19.10 Client News

Harvey B. Gantt Center reflects artistic, African heritage with exterior, metal cladding finished by Linetec

For 35 years, North Carolina’s Harvey B. Gantt Center for African-American Arts + Culture has celebrated the contributions of Africans and African-Americans to American culture. Opened in October 2009, the new center is named in honor of Harvey Bernard Gantt, a well-respected businessman who was the first African-American mayor of Charlotte and first African-American student admitted to Clemson University.

The 46,500-square-foot building is located at the heart of Charlotte’s central business district and serves as an epicenter for music, dance, theater, visual art, film, arts education programs, literature and community outreach. Designed by The Freelon Group Architects, the Gantt Center’s new home will be a key component in Phase One of Charlotte‘s Cultural Arts Facilities Master Plan. Batson Cook Company served as the $18.8 million project’s general contractor.

The Gantt Center’s exterior metal features are embellished with patterns reminiscent of quilt designs from the era of the Underground Railroad and inspired by woven, textile patterns from West Africa. These architectural references to African culture and African-American history underscore the building’s theme, while creating an innovative and inspiring façade.

To express this design, the architectural aluminum was furnished by Protean Construction Products, as supplied through Architectural Products Specialist, Inc. Protean provided 2,620 square feet of AP-COL 0.125-inch-thick, rolled aluminum, column covers and formed, beam wraps. An additional 6,240 square feet of ACM-100 Composite Metal Wall panels were formed from Alcan’s 4mm Alucobond® material.

Linetec finished Protean’s metal components using Valspar’s Fluropon Classic® II Silversmith paint. The two-coat, mica finish is one the company’s sought-out services. “Getting the metallic or mica flake to lay just right for color consistency is dependant on many variables,” explains Tammy Schroeder, Linetec’s marketing specialist. “Mica coatings consist of a color primer coat and a durable pearlescent color coat that utilizes inert, non-conductive mica pigmentation, rather than aluminum metal flakes found in metallic coatings. Mica coatings are less sensitive to flake orientation dynamics, and nearly eliminate the risk of color variation found in metallic coatings. Aesthetically, they offer a unique vibrancy and visual appeal to any project.”

The Gantt Center unites the aesthetic and the functional on the interior, as well as the exterior. The interior boasts presentation space, function space and a glass mural. An ornate, two-story staircase, known as “Jacob’s Ladder,” offers a meaningful centerpiece on the ground floor. The Freelon Group Architects explains, “This concept of hope, advancement and enlightenment through cultural awareness and education is expressed in the new Gantt Center design through its modern interpretation of Jacob’s Ladder. Stairs and escalators carry visitors up to the main second floor lobby from both ends of the building, while framing the central glass atrium. The striking visual effect is a direct allusion to the original Jacob’s Ladder and perpetuates the ideals of enlightenment and advancement through education.”

The American Institute of Architects’ Triangle and North Carolina chapters have honored the Center’s unique design. The project also was awarded “Best of 2009 Award of Excellence” from Southeast Construction magazine in the “cultural” category, recognizing the building team’s collaborative, creative efforts. “Each partner blended, wove and intertwined their techniques with dedication and determination for the benefit of the client and the project,” said Kathleen O’Callaghan, project manager with Batson Cook.

The Gantt Center’s consulting curator, Michael D. Harris, Ph.D., shares this enthusiasm for the resulting accomplishment, and those yet to come. He notes, “The three museum-quality galleries at the center of this new facility will establish Charlotte as a nationally significant place for the presentation of African American visual and expressive culture.”

Learn more about Linetec’s project success stories, eco-friendly anodize and other finish options at www.linetec.com.
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03.16.10 Client News

Wausau’s new, energy-efficient INvent Series windows

Created to meet tomorrow’s energy codes today, Wausau Window and Wall Systems introduces the INvent™ Series of projected window products. These high-performance, fixed and operable windows address weather-ability, durability and thermal performance, while contributing to sustainability goals.

As part of the Advantage by Wausau standard product offering, INvent Series windows are competitively priced, available on an accelerated delivery schedule, and backed with an industry-leading warranty of up to 10 years. INvent Series’ durable products are tested to meet AAMA AW-100 Architectural Performance Class ratings, including life cycle testing.

For maximum thermal performance and condensation resistance, Wausau’s INvent Series 2250i-XLT fixed windows use triple insulating glass and an extra-wide thermal barrier to achieve NFRC U-Factors as low as 0.19, equivalent to R5.3. Condensation Resistance Factors range from 44 to 68. The windows’ acoustic performance is tested for Sound Transmission Class ratings of 31 to 43 and Outdoor-Indoor Transmission Class of 26 to 31.

In addition to fixed window units, the new INvent Series provides a choice of project-in hopper, project-out awning or casement units. Operable units present a seasonal opportunity for natural ventilation. These features may aid buildings seeking certification under such programs as the U.S. Green Building Council’s LEED® Green Rating System™.

Contributing to a project’s green goals, Wausau’s INvent Series windows may be specified in 2.5-, 3.5- and 4.5-inch frame depths with recycled content and polyamide thermal barriers. Their quality-controlled, factory fabrication ensures the intended performance and accommodates dual-color finishes. With a palette exceeding 30,000 color choices, Wausau’s painted finishes include liquid paints that can be composed of up to 100% post-industrial waste. Durable, VOC-free anodize finishes accentuate the metallic appearance, such as copper color that does not patina.

Product descriptions, architectural details, AutoCAD files, specifications and technical guides for Wausau’s new INvent Series windows — and for all of Wausau’s windows, doors, specialty glazing and cladding products, and curtainwall systems — can be found online.

Download a PDF of the full success story by clicking here.

03.12.10 Client News

Tubelite offers new Therml=Block curtainwall with EcoLuminum recycled aluminum

Tubelite Inc. introduces Therml=Block™ 300ES Curtainwall, the newest product manufactured using EcoLuminum™, a high recycled-content aluminum billet composition featuring environmentally-friendly finishes.

“Our new 300ES curtainwall contributes to superior energy-savings, which supports green goals and rating systems, such as LEED. It’s ideal for schools, medical facilities, low-rise office buildings and other projects up to four-stories-tall,” says Mary Olivier, Tubelite’s marketing manager. “It can be installed from either the building interior or exterior, helping reduce installation time and expense in the field.”

Therml=Block 300ES Curtainwall features a 1.5-inch thermal strut and accommodates one-inch-thick insulating glass. The curtainwall system’s high performance provides a low, 0.46 U-Value for thermal transmittance due to conduction and a high 72 CRF for Condensation Resistance of the framing. The aluminum-framed, exterior face displays a 2.24-inch sightline with an overall system depth of six inches.

Olivier adds, “The system’s construction allows for different finishes to match both exterior and interior décor.” Tubelite’s painted finishes are applied and controlled in an environmentally effective manner. For low-maintenance durability, its eco-friendly anodize finishes send 90 percent less waste to landfills than traditional anodizing processes.

Because each profile extruded for Therml=Block 300ES Curtainwall is manufactured using Tubelite’s EcoLuminum, it contains a minimum of 80 percent reclaimed aluminum. This incorporates a post-consumer content average of 34 percent. Special requests for even higher recycled content can be provided, up to and including meeting specifications requiring 100 percent reclaimed aluminum.

Tubelite’s Therml=Block 300ES Curtainwall joins the company’s other energy-savings products, which include the Therml=Block insulated door and the Max/Block™ daylight control sunshade system.

To learn more about Tubelite’s storefront, curtainwall, entrance and daylight control systems manufactured using the company’s new EcoLuminum finished aluminum materials, please visit www.tubeliteinc.com.

Tubelite will be exhibiting at AIA Expo2010 in booth #2541.

03.05.10 Client News

George Washington University’s first LEED-registered residence hall features daylight, views, ventilation with Wausau’s windows

As George Washington University’s first residence hall designed and constructed to the U.S. Green Building Council’s LEED® Rating System™, South Hall stands as a testament to the University’s commitment to sustainability. The project is registered to achieve a LEED-Silver rating, pending certification.

GWU South HallOpened in September 2009, South Hall is home to more than 450 fourth-year George Washington (GW) University students in Washington, D.C. As part of GW University’s 2007 Foggy Bottom Campus Plan developed by Ehrenkrantz Eckstut & Kuhn Architects, South Hall adapts to the “Grow Up, Not Out” strategy. This approach allows the University to meet its academic and student housing space requirements within its existing campus boundaries.

Working within this master plan and sustainable vision, South Hall was designed as a joint venture by AECOM/CGS, and constructed by Clark Construction Group. The new, 10-story residence hall offers the latest advances in “green” building standards and energy efficiency, including ENERGY STAR® appliances, eco-friendly bamboo paneling and low-flow water fixtures.

Each one- and two-bedroom suite in South Hall also offers expansive views of the campus’ historic Foggy Bottom neighborhood, courtesy of the building’s many Wausau Window and Wall Systems‘ windows. In total, glazing contractor Engineered Construction Products Ltd. installed more than 600 units from Wausau.

For South Hall, Wausau’s 3250H Heritage Series and 4250 Series were selected from the Advantage by Wausau standard product offering. Recycled aluminum framing also is available upon request to further contribute to a project’s green goals. Wausau’s windows are proudly backed with up to a 10-year limited warranty, one of longest and most comprehensive in the industry.

“The Advantage offering is ideal for educational facilities’ condensed schedules, competitive pricing and energy goals. The large number of windows needed the residence hall also made these standard products a good match for this project,” says Steve Gille, Wausau’s education market manager.

GW University’s windows on South Hall were specified with equal, yet narrow sightlines. Applied muntin grids on the Heritage Series accentuate the units’ uninterrupted “cruciform” reveals that frame each lite. Wausau’s windows maximize daylight and outside views, while allowing for natural ventilation. In many parts of the U.S., natural ventilation offers a seasonal opportunity for air-conditioning energy savings when included as part of a facility’s HVAC design.

These project-out, project-in and fixed units feature low-e glass and polyurethane thermal barrier. The windows are NFRC-labeled and AAMA AW-rated, certifying that they meet stringent industry testing for air, water and structural performance. These verified attributes contribute to helping improve South Hall’s energy performance by 24.5 percent over the ASHRAE (American Society of Heating, Refrigerating, and Air Conditioning Engineers) standard for residential buildings.

The generous use of high-performance, energy-efficient windows was just one of several strategies used in designing and constructing the building to attain LEED Silver certification. Other energy optimization and environmentally-sensitive approaches included:
* highly insulated wall systems
* low-VOC (volatile organic compound) paints
* bicycle storage and fuel-efficient vehicle parking
* access to public transit
* native and adaptive plants that require little or no watering
* recycling facilities on each floor
* recycling and/or salvaging 60–70 percent of the construction waste.

“This represents a key element of GW’s integrated strategy for the future development of the Foggy Bottom Campus,” said W. Russell Ramsey, B.B.A., chairman of GW University’s board of trustees, speaking of the initial agreement to develop the South Hall site. “It is one more cog in a wheel that will help drive the university’s future success, and I couldn’t be more pleased.”

Download a PDF of the full success story by clicking here and see Wausau’s online Green Building section for more educational facility project examples and resources.

03.04.10 Association News

AAMA Supports Commercial Energy-Efficiency Incentives Through Building STAR Legislation

The American Architectural Manufacturers Association (AAMA) announces its participation in Building STAR, promoting a fast-acting, short-term program of rebates and tax incentives for energy-efficient improvements to commercial properties and large, multi-family buildings. Renovating and retrofitting facilities with high-performance windows and doors are among the recommended projects that would qualify for these incentives.

The introduction of a Building STAR stand-alone bill by Senator Jeff Merkley (D-OR) is expected to be introduced today. This bill aims to ultimately become part of a “jobs” package, creating new jobs during 2010 in every part of the country, while helping to drive new investments into the commercial and multi-family real estate sectors. This figure is based on a conservative estimate of job creation from studies of the overall efficiency market by the Political Economy Research Institute, the National Association of Home Builders, the Center on Wisconsin Strategy and others.

Building STAR is designed to be a complementary program to the HOMESTAR program that President Obama outlined on March 2. Introduced in the State of the Union address, HOMESTAR is more commonly referred to as “Cash for Caulkers.” It provides homeowners with up to $3,000 in rebates for qualified, energy efficiency updates to single-family and small, multi-family residences.

In addition to the short-term benefit of reduced, initial purchase costs, the HOMESTAR and Building STAR programs intend to increase demand for building products. This, in turn, is anticipated to increase manufacturers’ sales and contractors’ services. The White House predicts the effort will generate “tens of thousands of jobs.”

“Spurring retrofits of commercial and multi‐family buildings through Building STAR can start to reverse the downward trend in construction and manufacturing by leveraging private‐sector investment to create jobs,” says Rich Walker, AAMA president and CEO. “We believe the Building STAR program should be included in the federal ‘jobs bill’ because it would help create at least 150,000 high-quality jobs during 2010 in every part of the country. We encourage individuals to contact their Senators to express support for the bill.”

“Building STAR would quickly mobilize building owners, construction firms, the building trades and manufacturers of building supplies to upgrade the energy performance of our nation’s larger private‐sector buildings. Reducing energy waste in our offices, shops and apartment buildings will create good jobs around the country and provide a needed boost to the small businesses that perform the vast majority of the work,” says Kurt Shickman, director of research with The Energy Future Coalition.

The Energy Future Coalition is a nonpartisan public policy initiative that seeks to speed the transition to a new energy economy. The Coalition works closely with the United Nations Foundation on energy and climate policy, especially energy efficiency and bioenergy issues. One of the Coalition’s initiatives, “Rebuilding America,” urges Congress to adopt a national goal of renovating 50 million commercial and residential buildings by 2020. Supporting this goal, it developed Building STAR. In addition to AAMA, Building STAR includes more than 60 unions, contractor groups, manufacturers, financial services companies, efficiency advocates and technical experts.

Building STAR members propose rebates that would cover approximately 30 percent of the cost of installing energy-efficient products and/or providing related services. Qualifying windows would be eligible for $150 or $300 per unit. The amount would depend on a Tier 1 or Tier 2 incentive level of compliance with climate zone appropriate U-factor and SHGC criteria. The criteria are based on proposed New Buildings Institute guidelines and certified to National Fenestration Rating Council standards. Curtain wall and storefront windows would not be eligible for the rebate.

“Building STAR is designed to be simple and straightforward for the building owner and can be used in conjunction with existing state and utility rebate programs,” adds Shickman. It also contains performance‐based, as well as technology‐specific tax incentives.

Looking ahead, the HOMESTAR and Building STAR programs expect to yield significant return on investment through reduced energy use and associated costs for homeowners and building owners. Energy-efficient buildings will contribute to reducing the national dependence on oil, the global consumption of fossil fuels and the related green house gas emissions.

Minimizing such pollutants can contribute to a healthier environment and a healthier community. Studies have found that people are healthier, more productive and have greater job satisfaction when they work in buildings with access to daylight, outside views and control over their interior climate. Other reported benefits of energy-efficient, daylit spaces include increased test scores in schools, faster recovery time in hospitals and improved sales in retail centers.

A full news release is available online at AAMA’s online news room.

02.26.10 Client News

Toledo’s Hawkins Elementary strives for LEED Gold, using Wausau’s windows

Hawkins Elementary, Toledo

Hawkins Elementary, Toledo

When Toledo Public Schools opened Hawkins Elementary last month, it was difficult to tell who had the biggest smiles: the students who would be the first to occupy the building, the teachers and staff who would enjoy working in classrooms filled with natural sunlight, or the community members who supported the area’s first, “green” school building.

Hawkins Elementary is part of Toledo Public Schools‘ (TPS’) Building for Success program, which will rebuild or renovate more than 50 area schools during a 12-year period. Built at a cost of $11.4 million, Hawkins is the ninth TPS building designed by the Collaborative, a group of local architectural and engineering firms formed to work together on Building for Success.

The 60,000-square-foot educational facility now is home to nearly 500 students, teachers and staff. Located at 5550 W. Bancroft Street in west Toledo, Hawkins also is the first TPS building registered to attain a Gold Level rating from the U.S. Green Building Council’s Leadership in Energy and Environmental Design® Green Building Rating System™, known as LEED for Schools.

Wausau Window and Wall Systems’ triple-glazed windows are a key feature of the building’s energy-efficient design. The building itself is oriented to optimize natural lighting. The more than 90 project-out, project-in and fixed window units in the school’s design boosted light levels in 90 percent of the classrooms and teaching spaces to at least 25 foot candles of natural light. All of the windows use low-maintenance, between-glass blinds to control light and privacy. Many of the windows used in classrooms are also operable with screens, which allow for natural ventilation.

School principal, Ann Baker, told the Toledo Free Press that the students were in awe of their new space. “They were like ‘wow, windows.'” She also noted, “The building feels healthier and is absolutely environmentally friendly. I think it will increase the children’s learning and brighten their day up.” Numerous studies have shown natural light to benefit students’ health and wellness, morale and attendance, as well as test scores.

Along with academic performance, TPS superintendent John Foley appreciates the thermal performance. “Energy-efficient windows are a staple in the construction of our new schools. The strict standards established by the Ohio School Facilities Commission require the use of energy-efficient windows, especially as we work toward achieving LEED.” He continues, “The windows in our new schools not only provide a safe and healthy learning environment for our students, but the energy-efficient design of the windows saves the district money and energy.”

The need for a combination of energy-efficiency, durability, flexibility and value led Wausau’s regional sales manager Dave DeBettignies and local sales representative Michael Augustine to recommend windows from the Advantage by Wausau product offering. “With the tight timelines, strict budgets, energy goals, and the large number of windows needed for the facilities involved, we knew that the high-performance, standard products offered through Advantage by Wausau would be a perfect value for many of TPS’ new buildings,” says Augustine.

Toledo-based glazing contractor Interstate Commercial Glass & Door, Inc., worked with Wausau on Hawkins Elementary, as well as on several other TPS school buildings. Walt Erickson, vice president and estimator for Interstate, says, “Wausau has been very competitive in their pricing and their lead time. But to me, the number one priority is that Wausau’s quality is top-notch. Their Advantage program takes basic products with top-of-line quality like the 3250 Series windows and offers them with nice lead times and at competitive prices. It’s really been helpful to have speed, cost and quality. You don’t usually get all three.”

Wausau’s 3250 Series windows are proudly backed with up to a 10-year limited warranty, one of longest and most comprehensive in the industry. These project-out, project-in and fixed units feature a polyurethane thermal barrier and are rated as AAMA AW-70 Performance Class. They also are labeled by the National Fenestration Rating Council (NFRC) for energy performance.

Contributing to Hawkins’ energy and other green goals, all Wausau products meet the industry’s most stringent requirements for air infiltration, water resistance and structural integrity. Further enhancing performance and longevity, the 3250 Series windows’ 3.5-inch-deep aluminum frames used in the project were finished by Linetec with a durable, VOC-free, clear anodize finish . The company’s new, eco-friendly, anodize presents a frosty, matte finish that makes it an ideal choice for secondary billet, recycled content.

For Hawkins Elementary, 75 percent of the project’s construction waste was recycled and the final facility contains at least 25 percent recycled materials. Architect Dan Tabor, AIA, with The Collaborative, also notes, “Fifty-one percent of the construction materials used were manufactured within a 500-mile radius, which reduces the school’s carbon footprint.”

The school includes other energy-efficient, cost-effective design strategies, construction methods and building products: An on-site, helix wind turbine generates renewable energy, which directly assists in lighting the lobby and corridors when daylight is not an option. A white reflective roof reflects sunlight, keeping the building cool. An ice storage unit allows the school to utilize ice as part of its cooling system.

Tabor adds, “The building site takes advantage of a rain garden and bioswale to filter storm water, and the school utilizes low-flow water fixtures and waterless urinals, making the water usage 40 percent less than the average school.”

Beyond the operational and environmental benefits of the school, superintendent Foley expressed his hopes that Hawkins Elementary’s green features will serve as a “learning lab for students.”

Download a PDF of the full success story by clicking here and see Wausau’s online Green Building section for more educational facility project examples and resources.

02.26.10 Client News

Graham Construction Services awarded four, civil infrastructure projects with a total estimated value of $76 million

Graham Construction Services, Inc. has been selected for four civil infrastructure projects valued at a combined total of $76.1 million. The City of Corpus Christi, Texas, has hired the company to build a new $50 million wastewater treatment plant. The City of Minneapolis and the City of Parshall, N.D., have contracted with Graham for facility improvements and new construction. The U.S. Army Corps of Engineers, St. Paul District, selected Graham for dredging on the Mississippi River, near Kellogg, Minn.

New Broadway Wastewater Treatment Plant, Corpus Christi, Texas
Graham received a Notice to Proceed for construction of the City of Corpus Christi’s new Broadway Wastewater Treatment Plant that will replace the aging plant built in 1936. When completed in 2013, it will have the capacity to treat 8 million gallons per day with a peak, two-hour capacity flow of 40 million gallons a day.

The treatment plant provides preliminary treatment, secondary treatment, disinfection, effluent pumping, solids handling, odor control, stand-by electrical power generation, as well as operation, monitoring and control. Along with these services, City officials also expect the new facility to stimulate their economy, as construction will provide opportunities for local subcontractors, and material and equipment vendors. The engineer on the project is Carollo Engineers of Dallas.

Graham’s work will include site landscaping, site roadways and access; constructing a new administration, operations and maintenance building; demolishing selected existing structures and utilities; plus repairing and reconstructing other areas affected by the new work. Construction is expected to begin in February and will be completed in two phases throughout the next 36 months.

The new facility will be built next to the current structure in the Hillcrest neighborhood. For those who live near the wastewater treatment plant, the new facility will have a state-of-the-art odor control system. Disinfection will be done using ultraviolent light. No chemicals, such as chlorine, which is frequently used in older plants, will be used. Once the new plant is activated, the old plant will be closed and demolished for further construction of the new facility.

City of Minneapolis Dewatering Plant Improvements, Fridley, Minn.
Federal stimulus dollars available through the American Recovery and Reinvestment Act are funding part of the improvements to the Dewatering Plant on the Fridley campus of the Minneapolis Water Works. Originally built in 1972, the plant is in need of repairs and enhanced efficiencies. The improved and expanded facility will be more energy efficient and help save taxpayers’ money by utilizing new filter presses that remove excess water from the plant’s solids, thus reducing the weight and the cost of hauling byproducts created by the filtering process.

To achieve the City’s goals, Graham began working with Minneapolis-based HDR Engineering, Inc., on the dewatering plant project in October 2009 and anticipates completion in April 2011. The $19.2 million construction services contract involves building a two-story, 24,000-square-foot Press Building addition. It also includes assisting with improvements to the plant’s gravity thickeners, plate and frame filter presses, centrifugal pumps, slurry pumps, sludge strainer assemblies, and a bridge crane and monorail hoisting system.

Fisher Island Dredging, Kellogg, Minn.
The U.S. Army Corps of Engineers, St. Paul District, has contracted with Graham to excavate and transport approximately 643,000 cubic yards of stockpile dredge material using a hydraulic dredge system. The material will be dredged from Fisher Island and transported nearly four miles to an upland site on the Mississippi River. The work will require the use of dozers and an excavator to assist in the movement of soil toward the dredge and in shaping the final areas. The project is estimated at $3.8 million with an anticipated completion in July 2010.

Raw Water Intake System Improvements, Parshall, N.D.
To provide fresh water from Lake Sakakawea to North Dakota’s City of Parshall’s new Water Treatment System, Graham is constructing a 10-foot-diameter precast concrete caisson, wet well, pumping structure with an overall depth of 138 feet. Through a 1,750-linear-foot directional drilling method, Graham is installing a 12-inch-high density polyethylene (HDPE) pipe and a new intake screen that will draw water from Lake Sakakawea to fill the wet well, providing water for the treatment plant. The project is expected to be completed in June 2010. The total construction contract is estimated at $3.1 million.

Graham Construction Services, Inc., has been located in Eagan, Minn., since 1988. They are part of Graham Group Ltd., an industry-leading, employee-owned family of companies offering general contracting, project management, design-build and construction management services from 13 regional offices throughout North America. With more than 80 years of experience, Graham’s focus on its customers’ vision and its employees’ success helped the company earn its recognition on the “2010 List of the 50 Best Employers in Canada.”
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