Two Environmental Product Declarations (EPD), one for Metal Composite Material Panels and one for Roll Formed Steel Panels for Roofs and Walls, are now available free of charge from the Metal Construction Association (MCA) on its website.
These documents are the second and third EPDs to be released by MCA, an organization of manufacturers and suppliers whose metal wall and roofing components are used in buildings throughout the world. In October 2013, MCA developed an EPD for Insulated Metal Panels.
Environmental Product Declarations provide LCA-based information and details about the environmental impacts of products and assist purchasers and users in making informed comparisons. As more members of the design community use EPDs, which are now included in the new LEED V4 green building rating system, MCA is responding by issuing industry-wide EPDs that report the environmental impact of members' products and related assemblies.
"The way in which an EPD is used depends on what environmental impact categories relate to the architect, project or building owner. It's the same process as when you read a nutrition label on a food item. You look at what's most important to you while someone else will look at what's important to them. With an EPD it depends on what the project team feels is most important," notes Scott Kriner, MCA technical director. He also indicates that even if a project is not aiming for LEED certification, architects may require EPDs as a transparent method to describe the environmental impacts of materials used in a project specification.
MCA's EPDs contain valuable information about product definition, building physics, the basic material and its origin, product manufacture and processing, in-use conditions, life cycle assessment results, and testing results and verifications. Environmental impacts were assessed throughout the lifecycle of metal composite material panels and roll formed panels, including raw material extraction, transportation, manufacturing packaging, use, and disposal at the end of a building's useful life. The product configurations in the EPDs use ranges representative of all types of panels based on specific products from the primary producers that were used in the assessment and testing.
Information in the Metal Composite Material (MCM) EPD was prepared by MCA technical staff and members of MCA's MCM Fabricators Council and MCA's Wall Panel Council who are volunteers representing the leading manufacturers of MCM and companies that provide premium fabricating services for MCM. Originally known as Aluminum Composite Material (ACM), the name has evolved to Metal Composite Material to reflect the addition of other facer metals such as zinc, copper, stainless steel, and titanium.
MCM panels are formed by bonding two metal facer skins to a highly engineered plastic core. The panels can be finished in virtually any color a building owner or architect desires. Zinc, copper and titanium panels are usually installed unfinished, utilizing the benefit of these natural materials to achieve a unique weathered look over time.
Information in the EPD on Roll Formed Steel Panels for Roofs and Walls was prepared by MCA technical staff and members of MCA's Roofing Council and its Wall Panel Council who are volunteers representing the leading manufacturers of metal products used in roof and wall applications.
Roll Formed Panels are custom formed from coils of steel or natural metals to fit a variety of roof and wall applications. The panels can be factory-formed, formed on the jobsite using a mobile roll former, or a combination of both. For decades roll-formed metal wall and roof panels have served building owners and architects as one of the best combinations of economy, service and design. The metal panels offer long-term durability and come in a multitude of colors and finishes to allow for unlimited design options.
The Life Cycle Assessment for both the MCM and Roll Formed products on which the EPDs are based was performed for the MCA by PE International, Boston, MA. All content in the EPD documents has been reviewed by a UL Environment Review Panel and independently verified in accordance with ISO 14025 and ISO 14044.
To obtain a copy of any of the MCA EPDs visit www.metalconstruction.org or contact MCA at 847-375-4718 or mca@metalconstruction.org.
About the Metal Construction Association
The Metal Construction Association brings together a diverse industry for the purpose of expanding the use of metal in construction through marketing, research and technology and education. Companies involved in MCA gain tremendous benefit from association activities that focus on research, codes and standards, market development, and technical programs. MCA's market development efforts increase the use of metal materials in construction through the education of the building and design communities about the benefits of metal.
MCA's next national meeting is the 2014 Summer Meeting, scheduled for June 23-25, 2014 at the Westin O'Hare in Rosemont (Chicago), IL. Please refer to the MCA website www.metalconstruction.org for additional information.
Related Stories
| Feb 14, 2011
Sustainable Roofing: A Whole-Building Approach
According to sustainability experts, the first step toward designing an energy-efficient roofing system is to see roof materials and systems as an integral component of the enclosure and the building as a whole. Earn 1.0 AIA/CES learning units by studying this article and successfully completing the online exam.
| Feb 11, 2011
Four Products That Stand Up to Hurricanes
What do a panelized wall system, a newly developed roof hatch, spray polyurethane foam, and a custom-made curtain wall have in common? They’ve been extensively researched and tested for their ability to take abuse from the likes of Hurricane Katrina.
| Feb 11, 2011
RS Means Cost Comparison Chart: Office Buildings
This month's RS Means Cost Comparison Chart focuses on office building construction.
| Feb 11, 2011
Sustainable features on the bill for dual-building performing arts center at Soka University of America
The $73 million Soka University of America’s new performing arts center and academic complex recently opened on the school’s Aliso Viejo, Calif., campus. McCarthy Building Companies and Zimmer Gunsul Frasca Architects collaborated on the two-building project. One is a three-story, 47,836-sf facility with a grand reception lobby, a 1,200-seat auditorium, and supports spaces. The other is a four-story, 48,974-sf facility with 11 classrooms, 29 faculty offices, a 150-seat black box theater, rehearsal/dance studio, and support spaces. The project, which has a green roof, solar panels, operable windows, and sun-shading devices, is going for LEED Silver.
| Feb 11, 2011
BIM-enabled Texas church complex can broadcast services in high-def
After two years of design and construction, members of the Gateway Church in Southland, Texas, were able to attend services in their new 4,000-seat facility in late 2010. Located on a 180-acre site, the 205,000-sf complex has six auditoriums, including a massive 200,000-sf Worship Center, complete with catwalks, top-end audio and video system, and high-definition broadcast capabilities. BIM played a significant role in the building’s design and construction. Balfour Beatty Construction and Beck Architecture formed the nucleus of the Building Team.
| Feb 11, 2011
Kentucky’s first green adaptive reuse project earns Platinum
(FER) studio, Inglewood, Calif., converted a 115-year-old former dry goods store in Louisville, Ky., into a 10,175-sf mixed-use commercial building earned LEED Platinum and holds the distinction of being the state’s first adaptive reuse project to earn any LEED rating. The facility, located in the East Market District, houses a gallery, event space, offices, conference space, and a restaurant. Sustainable elements that helped the building reach its top LEED rating include xeriscaping, a green roof, rainwater collection and reuse, 12 geothermal wells, 81 solar panels, a 1,100-gallon ice storage system (off-grid energy efficiency is 68%) and the reuse and recycling of construction materials. Local firm Peters Construction served as GC.
| Feb 11, 2011
Former Richardson Romanesque hotel now houses books, not beds
The Piqua (Ohio) Public Library was once a late 19th-century hotel that sat vacant and deteriorating for years before a $12.3 million adaptive reuse project revitalized the 1891 building. The design team of PSA-Dewberry, MKC Associates, and historic preservation specialist Jeff Wray Associates collaborated on the restoration of the 80,000-sf Richardson Romanesque building, once known as the Fort Piqua Hotel. The team restored a mezzanine above the lobby and repaired historic windows, skylight, massive fireplace, and other historic details. The basement, with its low ceiling and stacked stone walls, was turned into a castle-like children’s center. The Piqua Historical Museum is also located within the building.
| Feb 11, 2011
Justice center on Fall River harbor serves up daylight, sustainable elements, including eucalyptus millwork
Located on historic South Main Street in Fall River, Mass., the Fall River Justice Center opened last fall to serve as the city’s Superior and District Courts building. The $85 million facility was designed by Boston-based Finegold Alexander + Associates Inc., with Dimeo Construction as CM and Arup as MEP. The 154,000-sf courthouse contains nine courtrooms, a law library, and a detention area. Most of the floors have the same ceiling height, which will makes them easier to reconfigure in the future as space needs change. Designed to achieve LEED Silver, the facility’s elliptical design offers abundant natural daylight and views of the harbor. Renewable eucalyptus millwork is one of the sustainable features.
| Feb 11, 2011
Research facility separates but also connects lab spaces
California State University, Northridge, consolidated its graduate and undergraduate biology and mathematics programs into one 90,000-sf research facility. Architect of record Cannon Design worked on the new Chaparral Hall, creating a four-story facility with two distinct spaces that separate research and teaching areas; these are linked by faculty offices to create collaborative spaces. The building houses wet research, teaching, and computational research labs, a 5,000-sf vivarium, classrooms, and administrative offices. A four-story outdoor lobby and plaza and an outdoor staircase provide orientation. A covered walkway links the new facility with the existing science complex. Saiful/Bouquet served as structural engineer, Bard, Rao + Athanas Consulting Engineers served as MEP, and Research Facilities Design was laboratory consultant.
