by Web Editor | Jan 27, 2016 | News
A plywood and veneer mill being built in Springfield will provide 200 full-time jobs once fully operational.
Glendale, Oregon-based Swanson Group is building the new mill on the site of its former facility, which burned in a 2014 fire. According to information from the company, total costs, including permitting, construction and equipment, could exceed $55 million.
While the plant is expected to be up and running in April, it likely won’t reach full capacity until August. The new mill will be roughly 345,000 square feet, located at 1651 S F St., according to company spokesperson Cameron Stewart.
Several factors pushed the company to rebuild rather than lease a different facility, including Springfield’s “proven and dedicated workforce” and its nearby timber sources, according to Stewart.
When at full capacity, the plant will produce about 20 million square feet of veneer each month, which will be turned into 10 to 12 million square feet of plywood products. Annually, it will produce some 120 million square feet of finished plywood products.
From the Portland Business Journal: https://www.bizjournals.com/portland/blog/sbo/2016/01/springfield-plywood-mill-rises-from-ashes-will.html
by Web Editor | Jan 18, 2016 | News
Wood is a go-to material for floors, doors, furniture, and now, a skyscraper—the very first of its kind in the U.S. Construction on Portland, Oregon’s wood high-rise, Framework, is slated to begin this October. The 12-story mixed-use building—a collaboration between local firm Lever Architecture and real-estate developer Project—will be made primarily from timber. Thomas Robinson, Lever Architecture’s founder, says his company is interested in “exploring the relationship between materials, experience, and the environment—how the way we build impacts the way we live and the environment as a whole.”
To highlight the innovative design, the structure will be centered around a visible vertical core and capped with a roof deck framed by wood columns. Flexible, sturdy, and lighter than materials like concrete or steel, timber has a high strength-to-weight ratio. Framework’s design includes cross-laminated wood panels, engineered of stacked lumber, for floors and ceilings, and glue-laminated timber for beams and columns.
Inside, a double-height community space will feature a public exhibition documenting the building’s creation and impact, plus a second-floor garden terrace. Visitors will be able to roam retail spaces on the ground floor, while above there will be five floors of offices and five floors of affordable housing.
The “forest to frame” philosophy behind the building reflects its relationship between urban construction and rural lumber manufacturing. This project creates more opportunities in both industries, which were gravely affected in the recession. “Framework stands as a model for sustainable urban ecology,” says Robinson. And there are copious environmental benefits: Buildings made primarily of wood have significantly lower carbon emissions and use less energy than those made from traditional materials. Earlier this year, the U.S. Department of Agriculture took notice. It solicited designs for a tall wood building competition, and the Framework team won an impressive $1.5 million grant to fund further research and development—the structure is expected to be finished by December 2017.
From Architectural Digest: https://www.architecturaldigest.com/story/first-wood-highrise-building-portland
by Web Editor | Nov 20, 2015 | News
Portland is growing up—adding high-rises, increasing density, and pricing many people out. But two local firms are exploring a state-of-the-art building material that could help solve the city’s affordability problem, create living-wage jobs in rural communities, and help save the planet. It’s wood.
Right now, Portland-based LEVER Architecture and real estate development firm Project^ are designing a 12-story mixed-use wood building in the Pearl District that will be made primarily of a material called cross-laminated timber (CLT).
That’s an unheard of height for wood structures, which top out at six stories in most of the US. And it’s not the project’s only unique attribute. Five of those stories will be affordable housing, something Portland desperately needs.
LEVER and Project^ have partnered with Beneficial State Bank (which owns the property at 430 NW 10th), Albina Community Bank, and the housing agency Home Forward on the development, which they’re calling Framework.
The team’s ideas received national attention: In September, the US Department of Agriculture awarded the project a $1.5 million grant—money that will help alleviate the cost of proving to state and local building authorities that tall wooden buildings can meet safety requirements for earthquakes, fires, and other perils.
From The Portland Mercury: https://www.portlandmercury.com/portland/the-worlds-most-sustainable-high-rise-construction-material-is-wood/Content?utm_source=WIT112015&utm_medium=Email&utm_campaign=WeekInTrees&oid=16991973
by Web Editor | Nov 16, 2015 | News
From: Panel World Staff
Allyn Ford, CEO and president of Oregon-based Roseburg Forest Products, announced that the Ford Family and the Roseburg Board of Directors have chosen Grady Mulbery to assume the role of Roseburg President effective January 1. Ford will continue in his role as CEO until January 2017, when he will retire, at which point Mulbery will assume the joint role of CEO and president. Ford will continue as Chairman of the Board for Roseburg after stepping out of the company’s top executive role.
“I am pleased to say that we have selected an internal candidate to first step into the president’s role then move into the CEO role when I retire from that position,” Ford says. “Grady has demonstrated his readiness and willingness to lead our organization, and this not only provides a strong sense of security, but also one of continuity in pursuing our vision and living our values as a company.”
Mulbery joined Roseburg in early 2011 as vice president of Composites Manufacturing and later became vice president of Manufacturing. He has led Roseburg’s production operations since 2012. Prior to becoming part of Roseburg’s Executive Team, he was director of Manufacturing for SierraPine.
“I am humbled and excited by the opportunity to move into this new role with Roseburg, and I am committed to continuing the pursuit of growth and stability that Allyn has led for the past several years,” Mulbery says. “We have a strongly dedicated Executive Team and organizational leadership that shares in the vision that we have set for the company and a Board led by Allyn that also is committed to Roseburg’s ongoing development.”
Ford has been CEO/president of Roseburg Forest Products since 1997, after overseeing the company’s timberlands for several years. He succeeded his father, the legendary, late Kenneth Ford, who started the company in 1936.
Today Roseburg owns more than 630,000 acres of timberland in the Western U.S. It operates a sawmill in Dillard, Ore.; three plywood facilities in Dillard, Coquille and Riddle, Ore.; softwood veneer facility in Weed, Calif.; eningeered wood products facility in Riddle; four particleboard facilities in Dillard, Missoula, Mont.; Taylorsville, Miss.; and Simsboro, La.; MDF facility in Medford, Ore.; four decorative thermally fused laminate panel facilities in Oxford, Miss; Missoula, Simsboro and Dillard; two pre-finished panel facilities in Dillard and Missoula; two panel cut-to-size facilities in Oxford and Dillard; a wood chip export terminal in North Bend, Ore. The company employs more than 3,000. It has already announced plans to move headquarters from Dillard to Springfield, Ore. later next year.
by Web Editor | Sep 23, 2015 | News
U.S. Secretary of Agriculture Tom Vilsack, in partnership with the Softwood Lumber Board and the Binational Softwood Lumber Council, recently announced the winners of the U.S. Tall Wood Building Prize Competition. The two winning development teams were granted a combined $3 million in funding to support the development of tall wood demonstration projects in New York and Portland, Oregon.
At a press conference hosted in New York this morning, Secretary Vilsack congratulated the competition winners. “The U.S. wood products industry is vitally important as it employs more than 547,000 people in manufacturing and forestry, with another 2.4 million jobs supported by U.S. private forest owners,” said Vilsack. “By embracing the benefits of wood as a sustainable building material, these demonstration projects have the ability to help change the face of our communities, mitigate climate change and support jobs in rural America. I look forward to seeing how these two buildings help lead the way in furthering the industry.”
Next-generation lumber and mass timber products are becoming the latest innovation in building. Innovative new technologies and building systems have enabled longer wood spans, taller walls, and higher buildings, and continue to expand the possibilities for wood use in construction. Mass timber wood products are flexible, strong, and fire resistant, and can be used as a safe and sustainable alternative to concrete, masonry, and steel. Using wood helps to reduce greenhouse gas emissions by storing carbon and simultaneously offsetting emissions from conventional building materials.
Wood can also help struggling rural forest communities. During the Recession, the drop in new construction and decline in home remodeling had a deep impact on wood manufacturing. However, if next-generation wood products can penetrate just five to fifteen percent of the non-residential North American market, it would mean roughly 0.8 – 2.4 billion board feet of lumber consumed annually. To put that in real-world context, roughly 35 jobs are created for each million board feet of wood processed.
The two winning proposals – Framework and 475 West 18th – were selected by a panel of distinguished jurors in the architecture and engineering fields who are familiar with innovative wood building systems. While each took a unique approach, both projects met the Competition’s criteria to showcase the safe application, practicality and sustainability of a minimum 80-foot structure that uses mass timber, composite wood technologies and innovative building techniques.
From the USDA: https://www.usda.gov/wps/portal/usda/usdahome?contentidonly=true&contentid=2015/09/0259.xml
