Award-Winning Education Center Takes Formaldehyde-Free Materials to the Farm
The Association of Collegiate Schools of Architecture and the American Institute of Architects East Tennessee have honored a project spearheaded by the University of Tennessee (UT) College of Architecture and Design. As an urban non-profit farm and educational center, UT’s award-winning Beardsley Farm grows food for local Knoxville hunger relief organizations and shelters.
Agriculture’s benefits are also hidden inside the building construction itself.
UT showed concern for its community by protecting them against formaldehyde in the plywood used throughout the education center. Instead, UT chose PureBond® hardwood plywood, a U.S. produced hardwood made with a soy-based formaldehyde-free adhesive from Columbia Forest Products (CFP). According to CFP, “formaldehyde-free“, means the PureBond® hardwood plywood panels are comprised of no added formaldehyde components and assembled with no added formaldehyde adhesives.
The overall project has earned multiple honors for UT professors Bob French and Jennifer Akerman. In January 2017, the Association of Collegiate Schools of Architecture recognized them with the Collaborative Practice Award for their work leading students and cooperating with community members on the Beardsley project. In 2016, the center received the Honor Award, People’s Choice Award and Member’s Choice Award from the American Institute of Architects East Tennessee.
Professors French and Akerman worked with more than 50 students as well as community partners. The center’s architectural design enhances the farm’s mission of engaging the community by creating a meaningful public space for the benefit of local residents, volunteers and farm staff.
“Aesthetically, we wanted to use materials that were ‘honest’ in their presence, thus the use of exposed structural brick, exposed concrete, and simply-finished plywood,” Akerman said. “The farm is a utilitarian place with a simple and genuine ethic of doing its best for the community. We wanted the architecture to express that same ethic in its space-making and materiality.”
“We sought recommendations from architect/builders in our community, one of whom recommended we look at Columbia Forest Products,” Akerman added. “CFP sources the wood used in PureBond® plywood from forests in western North Carolina, not far from our location in Knoxville, Tennessee. We were delighted to learn of the sustainable forestry and chain-of-custody practices Columbia upholds, and the material itself is relatively toxin-free for a plywood. It contributed to certain materials credits in the LEED system, too. For all of these reasons, we were happy with the environmental and social sustainability of CFP's product.”
Bud Archer, a former UT student who was part of the project team, explained that all of the cabinetry at Beardsley Farm was made with PureBond® hardwood plywood.
“'We really tried to seek out relationships with local suppliers who were conscious of the environmental impact of the construction industry, Archer said. “Columbia Forest Products was very receptive to the project's goals and provided local materials that were better for the environment and formaldehyde-free. With no difference in cost or performance, it just made sense to use products that are more respectful of the source from which Beardsley grows its food.”
Background on the Biobased Benefits
UT’s College of Architecture and Design collaborated with Columbia Forest Products. In 2005, the North Carolina-based company started manufacturing hardwood plywood using an innovative soy protein process to assemble panels, replacing urea formaldehyde. These decorative hardwood plywood panels are used to make cabinets, furniture, and a variety of other wooden fixtures in residential and commercial settings.
The U.S. Environmental Protection Agency (EPA) honored the researchers who developed this new soy-based panel assembly approach with the 2007 Presidential Green Chemistry Award. According to the EPA, the technology represented the “first cost-competitive, environmentally friendly adhesive that replaced the toxic urea–formaldehyde (UF) resin.”
*The National Toxicology Program has determined that formaldehyde is a known human carcinogen based on its analysis of human and animal inhalation studies, a finding supported by the National Academy of Sciences in 2014. According to EPA, ‘formaldehyde can cause irritation of the skin, eyes, nose, and throat. High levels of exposure may cause some types of cancers.” The Centers for Disease Control (CDC) states that “nasal and eye irritation, neurological effects, and increased risk of asthma and/or allergy have been observed in humans” breathing air with concentrations of formaldehyde below 1 ppm.
Tennessee is one of about 26 U.S. states that currently produce soybeans that are used in PureBond® as well as abundant supplies for human food and livestock feed around the world. Each year, nearly 570,000 independent U.S. farmers plant, grow, and harvest trillions of soybeans. This video tells the story.
Since its full conversion to PureBond® assembly in 2005, Columbia has now manufactured more than 100 million sheets eliminating nearly 400,000 tons of UF resins and the associated formaldehyde exposure risk to its employees, supply chain partners and customers downstream.
PureBond® qualifies for mandatory federal purchasing because it meets the requirements of the USDA-designated biobased category for composite panels.
It is available from Columbia’s wholesale distributor network as well as at retail outlets like the Home Depot. For more information, visit www.columbiaforestproducts.com or contact Richard Poindexter, firstname.lastname@example.org.
The 73 farmer-directors of the United Soybean Board (USB) oversee the investments of the soy checkoff to maximize profit opportunities for all U.S. soybean farmers. These volunteers invest and leverage checkoff funds to build preference for U.S. soy by addressing and meeting end-users’ needs, specifically in the areas of meal, oil and sustainability. To learn more about biobased products, visit www.soybiobased.org.