by Web Editor | Jun 23, 2017 | News
From: Panel World Editors
International Beams plans to build the first cross-laminated timber production facility in the Southeastern U.S. in Dothan, Ala. A 227,000 square foot facility, a vacated GE plant, will be the manufacturing site for the company’s two new products, MAX-CORE CLT and MAX-CORE GLULAM.
International Beams, which has EWP (LVL, I-joist and rimboard) manufacturing facilities in Quebec and Ontario and is headquartered in Sarasota, Fla., was approved to receive tax incentive abatements for 10 years by the state of Alabama and the Houston County and 20 years by the city of Dothan.
Additionally, the Commission approved appropriating $632,000 to the Industrial Development Board of Dothan to meet obligations with the Alabama Municipal Electric Authority to facilitate the IB XLAM USA project.
by Web Editor | Jun 22, 2017 | News
A $250,000 grant from the U.S. Forest Service will help Freres Lumber Co. bring its veneer-based massive plywood panels to the market.
Announced late last year, Freres Lumber says its massive plywood panels (MPP) could be used for floors and walls in multi-story commercial buildings, and they could be made to order. Freres hopes its panels will revolutionize the construction industry.
“We were recently informed that our mass plywood plant was named the Forest Service’s top project in the U.S.,” Freres executive VP Rob Freres said. “This was a competitive process with 114 grant applications submitted for consideration.”
Designed to be an alternative to cross-laminated timber, Freres’ massive panels can be as much as 12 feet wide and 2 feet thick. Freres says there are many potential benefits.
Structures made of MPP could be made in days instead of months, says Freres, and use 20-30 percent less wood than cross-laminated timber. The lightweight nature of MPP could reduce truckload transport costs. Large format panels could be manufactured at a facility to include window, door, and all other required cut-outs – minimizing waste and labor on the job site.
From Woodworking Network: https://www.woodworkingnetwork.com/wood/panel-supply/freres-lumbers-massive-plywood-panels-receive-big-grant
by Web Editor | Jun 13, 2017 | News
Timber construction is opening a new market that has been keeping lumber and milling machinery busy at a growing number of wood products companies, including Montreal’s Nordic Structures, Sauter Timber in Rockwood, Tennessee, SmartLam, in Columbia Falls, Montana, and D.R. Johnson, in Portland, Oregon.
Oregon-based D.R. Johnson Wood Innovations, a subsidiary of D.R. Johnson, specializes in the manufacture of cross-laminated timber, or CLT, and glue-laminated beams from Douglas fir and Alaskan yellow cedar. D.R. Johnson Wood was the first U.S. company to receive APA/ANSI certification to manufacture structural CLT panels – and CEO Valerie Johnson plans to help grow the U.S. market.
D.R. Johnson has received the first U.S. certification to manufacture cross-laminated timbers (CLT) under a new standard approved last year by the American National Standards Institute. D.R. Johnson is one of only three North American companies certified by the Engineered Wood Association to construct CLT for use in buildings.
Johnson’s company employs 125 at a traditional sawmill and laminating plant, which was recently expanded by 13,000 square feet for increased CLT production. They’re currently fielding calls from hopeful builders, and manufacturing samples to be tested for fire safety and structural quality. One recent new wood construction project is a 14-story wooden apartment tower being built in Portland, Oregon.
From Woodworking Network: https://www.woodworkingnetwork.com/wood/pricing-supply/timber-construction-has-lumber-milling-machinery-rolling
by Web Editor | Jun 7, 2017 | News
Officials in Oregon have approved construction permits for the first all-wood high-rise building in the nation. Construction on the 12-story building, called Framework, will break ground this fall in Portland’s trendy and rapidly growing Pearl District and is expected to be completed by the following winter.
The decision by state and local authorities to allow construction comes after months of painstaking testing of the emerging technologies that will be used to build it, including a product called cross-laminated timber, or CLT.
To make CLT, lumber manufacturers align 2-by-4 boards in perpendicular layers and then glue them together like a giant sandwich before sliding the resulting panels into a massive press for drying. The resulting panels are stronger than traditional wood because of the cross-hatched layers; CLT can withstand horizontal and vertical pressures similar to those from a significant earthquake with minimal damage. They also are lighter and easier to work with than regular timber, resulting in lower cost and less waste.
For this project, scientists at Portland State University and Oregon State University subjected large panels of CLT to hundreds of thousands of pounds of pressure and experimented with different methods for joining them together. The project materials also underwent extensive fire safety testing and met fire codes.
State officials hope the building will stir greater interest in high-rise construction using mass timber and help revitalize the state’s lagging logging industry. Logging, once a major source of revenue in Oregon, has dropped sharply in the past few decades because of greater environmental protections for salmon and the spotted owl. The loss of the industry has devastated some of the state’s rural communities.
From The Register-Guard: https://registerguard.com/rg/news/local/35651365-75/portland-approves-permit-for-nations-first-all-wood-high-rise.html.csp
by Web Editor | May 15, 2017 | News
Mass Timber: The Next Great Disruption Of Construction, Wood Products Industries
The seeds of Andrew Waugh’s great disruption were planted in 2003. “Back then, people were saying we could ‘fix’ climate change by putting a solar panel on top of everything we built,” he remembered. “But we knew that wasn’t even close to enough.”
So Waugh’s East London architectural firm started studying mass timber, knowing it was the truly renewable building material – albeit largely unknown and untested in large-scale developments. “We were entranced by the opportunities this new material could provide,” he said.
It took five years for Waugh Thistleton Architects to hone their ideas – “so we could talk about the economic benefits of this kind of building” – and to bring that vision to reality in the world’s first mass timber tower, Murray Grove. The nine-story apartment complex in London’s Hackney borough was made from cross-laminated timber manufactured by KLH, an Austrian company.
Spruce strips were stacked crosswise three layers thick and glued together, producing horizontal beams and vertical structural wall boards that were harder than steel or concrete, with none of the associated carbon loss. The economic savings came at the construction site. Murray Grove was built in 27 days by four men, without a tower crane.
Using wood saved 1,150 tons of carbon dioxide from going into the atmosphere – the equivalent of running a wind turbine on top of the building for 210 years. And 29 families moved into new homes in a country with an overwhelming housing shortage.
From Treesource: treesource.org.
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