by Web Editor | Dec 2, 2016 | News
The seven-story T3 tower features 220,000 square feet of prefabricated CLT timber panels and nail-laminated timber cladding.
It became the largest timber building in the U.S. when it opened Wednesday in Minneapolis. Designed by Vancouver-based Michael Green Architecture and Architect-of-Record DLR Group, the office building is named T3, which stands for Timber, Technology, and Transit.
“As businesses compete to attract and retain staff, T3 offers a modern re-interpretation of the historic building that appeals to young professionals,” says Architect Michael Green. “It celebrates the robust character of historic wood, brick, stone and steel buildings, but provides state of the art amenities, environmental performance, and technical capability needed for competitive businesses in Minneapolis.”
In addition to being constructed of sustainable lumber, the building will sequester about 3,200 tons of carbon.
StructureCraft, who worked on the project, said the building, which resembles nearby historic warehouses in the district, features a structural system around a fifth of the weight of a similarly sized concrete building. StructureCraft says it was able to construct the 180,000 square feet of timber required in less than 10 weeks.
From Woodworking Network: https://www.woodworkingnetwork.com/news/woodworking-industry-news/tallest-timber-building-us-opens-its-doors?ss=news,news,woodworking_industry_news,news,almanac_market_data,news
by Web Editor | Nov 30, 2016 | News
A new massive plywood building panel developed by an Oregon company and tested at Oregon State University may be the largest such product ever manufactured.
Builders are familiar with standard plywood sheets that measure 4-feet wide, 8-feet long and between a quarter-inch and more than one-inch thick. The new panels made by the Freres Lumber Company of Lyons, Oregon, can be as much 12-feet wide, 48-feet long and 2-feet thick.
The company announced its new panels in October, capping more than a year of development and performance testing at Oregon State’s Advanced Wood Products Laboratory. “The results look very promising,” said Ari Sinha, assistant professor in OSU’s College of Forestry, who oversaw the tests. “This is a unique product with the potential for creating jobs in rural Oregon.”
Versatility is one of the benefits of the product known as a Mass Plywood Panel (MPP). “These panels can be customized for different applications. Because they have very good compression qualities, they could be used for columns as well as panels,” said Sinha. The veneer manufacturing process enables manufacturers to orient wood grain and to distribute the defects found in smaller trees, such as knots, in a way that maintains the strength of the final product, Sinha added.
Tests in Sinha’s lab focused on the panels’ structural and physical properties such as density, adhesive bonding and resistance to the kinds of vertical and horizontal stresses experienced in an earthquake. Additional tests are planned after the first of the year. Mass Plywood Panels can achieve the performance characteristics of a similar product known as Cross Laminated Timber panels with 20 to 30 percent less wood.
From Phys.org: https://phys.org/news/2016-11-prototype-plywood-panels-world-largest.html
by Web Editor | Nov 21, 2016 | News
WoodWorks, a proponent of large-scale wood construction in the U.S., launched an updated version of its free carbon calculator, adding more options for buildings made from cross-laminated timber (CLT) and other mass timber products. The addition reflects rising interest in large scale wood building construction.
WoodWorks, which receives finding from the U.S. Department of Agriculture as well as timber companies and forest products manufacturers, promotes use of wood products as a means to store carbon, instead of building materials such as cement and steel that require fossil fuel energy to manufacture, a move that can help reduce greenhouse gases.
“The carbon calculator is a useful tool for building owners and designers who’d like to gain insight on the environmental value of alternate designs,” said Bill Parsons, Senior National Director of the Architectural & Engineering Solutions Team at WoodWorks. “It also provides information that allows them to express the carbon benefits of their wood building projects.”
To calculate the carbon benefits of a wood building, users access the carbon calculator at www.woodworks.org/carbon-calculator and enter nominal wood volume information. The calculator then estimates:
• How much time it takes U.S. and Canadian forests to grow that volume of wood
• The amount of carbon sequestered in the wood products, and
• Greenhouse gas emissions avoided by not using more fossil fuel-intensive materials.
• It also uses the U.S. Environmental Protection Agency’s Greenhouse Gas Equivalencies Calculator to equate the total carbon benefit to number of cars off the road and home operational energy.
From Woodworking Network: https://www.woodworkingnetwork.com/news/woodworking-industry-news/free-carbon-calculator-shows-how-much-co2-wood-construction-saves?ss=news,news,woodworking_industry_news,news,almanac_market_data,news
by Web Editor | Nov 18, 2016 | News
A 5,000 seat stadium, built entirely from timber, has been commissioned for the British soccer club Forest Green Rovers football club.
The stadium will be the focus of a $124 million “Eco Park” development, which totals over 100 acres of space dedicated to sports and green technology. The stadium will be commissioned by London-based architectural firm Zaha Hadid (ZHA), who won a seven-month-long international competition to design the stadium. Over 50 entries from around the world were submitted.
Designed to be the world’s greenest football stadium, it will be constructed completely from timber and powered by sustainable energy sources.
“The really standout thing about this stadium is that it’s going to be entirely made of wood – the first time that will have been done anywhere in the world,” said Forest Green Rovers chairman Dale Vince. “Our new stadium will have the lowest carbon content of any stadium in the world.”
Constructed from slats of timber, the stadium’s undulating, wave-like style was not only selected for aesthetic and design purposes, but acts as an acoustic device to contain crowd noise. Positioning of the seats will be calculated to give spectators completely unobstructed views of the pitch.
From Woodworking Network: https://www.woodworkingnetwork.com/news/woodworking-industry-news/world%E2%80%99s-first-all-wood-stadium-commissioned-england?ss=news,news,woodworking_industry_news,news,almanac_market_data,news
by Web Editor | Nov 11, 2016 | News
googletag.cmd.push(function() { googletag.display('div-gpt-ad-1548376180744-0'); });
Officials with major panel industry vendor USNR have announced the acquisition of Ventek, Inc., an industry leader in veneer scanning, grading and handling systems for the plywood industry.
Based in Eugene, Ore., Ventek has designed and built vision-based and moisture-based grading solutions for veneer since the company was founded in 1991. From the very start, Ventek developed a reputation for having some of the best technology in the industry, and for many years the company has been the go-to choice for veneer scanning and grading solutions. Building on its expertise, Ventek formed an internal group to design and build green and dry veneer handling systems, and the group’s patented multi-point diverter is now the flagship product of Ventek’s veneer handling product catalog.
Chris Blomquist, USNR Senior Vice President for Sales and Engineering, commented, “Our customers on the lumber side of our business have long recognized the value of tightly integrated mechanical and optimization technology. With the addition of Ventek’s veneer scanning, grading, and handling solutions to USNR’s lathe, dryer, and downstream product portfolio, we now have an opportunity to bring this integration benefit to our customers on the plywood side of our business as well.”
Rodger Van Voorhis, formerly President of Ventek and one of its founders who has now joined USNR as Director of Sales for Veneer Systems, added, “I am thrilled to join the USNR team, and I am excited to see what we can do with our veneer scanning, grading, and handling products as part of a larger organization. I think there are going to be a lot of great opportunities to learn from each other—such as taking our plywood technology and applying it to lumber grading, and vice versa.”
“I am tremendously pleased that Rodger and the rest of the Ventek team have decided to join USNR to help us build the next generation of products for the plywood industry,” commented Alan Knokey, Vice President responsible for USNR’s plywood and panel business. “The people—the engineers, service technicians and guys who actually build the systems and everyone who supports them—they are the most important part of this transaction.”
RELATED ARTICLES
PRODUCERS SIGN ORDERS
GRUEN-WALD LAMINATES ORDERS USNR RF TECHNOLOGY
googletag.cmd.push(function() { googletag.display('div-gpt-ad-1548375988914-0'); });
googletag.cmd.push(function() { googletag.display('div-gpt-ad-1589916740199-0'); });
googletag.cmd.push(function() { googletag.display('div-gpt-ad-1548376916922-0'); });
googletag.cmd.push(function() { googletag.display('div-gpt-ad-1548376961890-0'); });
googletag.cmd.push(function() { googletag.display('div-gpt-ad-1548377005333-0'); });
The monthly Panel World Industry Newsletter reaches over 3,000 who represent primary panel production operations.
Panel World is delivered six times per year to North American and international professionals, who represent primary panel production operations. Subscriptions are FREE to qualified individuals.
Complete the online form so we can direct you to the appropriate Sales Representative. Contact us today!
by Web Editor | Nov 4, 2016 | News
The US Environmental Protection Agency (EPA) has finalized the new rules on formaldehyde emissions for manmade wood products. Under the new regulations, Third Party Certification (TPC) bodies currently approved to provide certification for the California Air Resources Board (CARB) formaldehyde standards will be entitled to provide certification for the new Toxic Substances Control Act (TSCA) formaldehyde emissions standard. Permission will be granted for a period of two years without the requirement for further approval. After this period, TPC will require accreditation by the EPA for TSCA Title VI certification.
The grace period will make it easier for manufacturers seeking a certified TPC and benefits continuity as the new set of rules, entitled 40 CFR 770, are based on CARB standards. The Formaldehyde Standards for Composite Wood Products Act, signed by President Obama in July 2010 amended the TSCA with the addition of Title VI and required the EPA to create regulations on formaldehyde in manmade wood products. After a lengthy period of consultation, new rules have been announced, which will come into effect one year after publication in the Federal Register.
Regulations 40 CFR 770 stipulate requirements for product labeling, compliance documentation, and for the conditions for approval of TPC and Accreditation Bodies (AB). The regulations also set out the requirements for formaldehyde emissions from composite wood products, component parts and finished goods.
Composite wood producers need to be certified through a program that includes product testing for emission standards and production facility inspections, including requirements for processes and record keeping. The emission standards are based on test method ASTM E1333-10.
From OpenPR: https://www.openpr.com/news/377699/CARB-Approved-TPC-Bodies-Can-Provide-Certification-on-New-US-Formaldehyde-Emissions-Standards.html
