by Web Editor | Oct 28, 2016 | News
The EPA, expected to issue soon a final rule to implement the Formaldehyde Standards for Composite Wood Products Act, which added Title VI to the Toxic Substances Control Act.
It’s latest comment period is still open until November 7:
The EPA reviewed its emission inventory and compliance databases to determine if its current information was sufficient to conduct an RTR for the PCWP NESHAP and develop emission limits for the remanded PCWP process units. The available data for the affected population of plywood, composite wood products, and lumber dry kilns was found to be insufficient to adequately review and evaluate the emission standards for these source categories. The ICR will provide specific, required information, including emission inventories, compliance demonstrations, process changes, and information about control technologies/practices adopted since the application of maximum achievable control technology (MACT). Table 1 contains the North American Industry Classification System (NAICS) codes of facilities impacted by this information collection. Only major sources and synthetic area sources for these NESHAP categories will be affected by this information collection.
There will be a survey phase, Phase I, and a contingent testing phase, Phase Start Printed Page 62126II, in this information collection. Phase I seeks to collect facility-level information (e.g., facility name, location, contact information, and process unit details), emissions information, compliance data, control information, and descriptions of technological innovations. Phase I will be sent to all known operators of PCWP facilities that are major sources for hazardous air pollutants (HAP) regulated by these standards and synthetic area sources which used technology to avoid major PCWP NESHAP source status. Phase I responses may contain CBI. The survey will be provided and collected in an electronic format. The submission requires the owner or operator to certify that the information being provided is accurate and complete.
Read more at Woodworking Network: https://www.woodworkingnetwork.com/management/epa-hardwood-plywood-formaldehyde-rule-goes-live-federal-register-october-27-2016
by Web Editor | Oct 7, 2016 | News
If the vast potential of timber construction isn’t obvious, a new exhibit at Washington D.C.’s National Building Museum aims to clear things up. Running through May 2017, the USDA-sponsored Timber City is drawing attention to the recent boom in a worldwide movement toward timber construction.
It’s opening up a new market that has been turning the mills at a growing number of wood products companies, including Montreal’s Nordic Structures, Sauter Timber in Rockwood, Tennessee, and D.R. Johnson.
Oregon-based D.R. Johnson Wood Innovations, a subsidiary of D.R. Johnson, specializes in the manufacture of cross-laminated timber (CLT) and glue-laminated beams from Douglas fir and Alaskan yellow cedar. They’re the first U.S. company to receive APA/ANSI certification to manufacture structural CLT panels – and they hope to help grow the U.S. market.
D.R. Johnson is one of only three North American companies certified by the Engineered Wood Association to construct CLT for use in buildings. The 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.
D.R. Johnson says the system for constructing CLT involves assembling prefabricated parts, speeding construction, and paring labor costs. The company partnered with wood processor manufacturer USNR to build a custom panel press for CLT.
From Woodworking Network: https://www.woodworkingnetwork.com/events-contests/event-coverage/timber-construction-exhibition-shines-light-industry
by Web Editor | Sep 12, 2016 | News
Like much of the industry, engineered wood producers are still navigating a fickle recovery in which builders are challenged by supply constraints, tight lending, and hard-to-come-by lots. Though the market is emerging from the recession, it’s still on the slow side.
“The demand is there for 1.5 million housing units. We’re not meeting that,” says Joe Elling, director of market research for APA–The Engineered Wood Association. Production is up on a year-ago basis, “but starts could be stronger if some of these supply-side constraints were not as binding,” Elling says. “I anticipate a modest improvement in the second half of the year, but it’s still going to be agonizingly slow going forward.”
For engineered lumber manufacturers and the dealers who sell their products, the slow recovery presents both challenges and opportunities. Along with the obvious—a slower return to at-peak sales—the ongoing labor shortages have created an even stronger need for product education. At the same time, those labor constraints provide even more motivation toward using engineered products that boost efficiencies and cut back on waste.
Overall, the industry has seen a positive boost in public opinion toward wood products, be they engineered or otherwise, as high-profile projects showcase their capabilities, beauty, and warmth.
“One of the biggest things in the forest products industry today that affects EWP the most is the general feeling in the world that wood is good,” says Mike McCollum, director of engineered wood business at Roseburg. “Wood is now the first choice in everybody’s eyes. Its sustainability, its efficiencies, its workability, its natural warmth, along with the fact that it is easy to design with and easy to build with…everyone has been awakened to this idea that wood is good. Then, when you take it to the next step, everything that engineered wood brings to the construction market is highlighted even more.”
From LBM Journal: https://www.lbmjournal.com/in-depth-engineered-lumber-2/
by Web Editor | Aug 17, 2016 | News
The 2016 Structural Panel & Engineered Wood Yearbook has been released by APA – The Engineered Wood Association. The yearbook includes an analysis of the U.S., Canadian, and global economies, focusing on factors that impact demand for engineered wood products across several market segments as a basis for forecasting expected production of engineered wood products over the next five years. Besides the analysis and forecast, the yearbook also includes historical data on engineered wood production. Topics examined in the yearbook include:
• U.S., Canada, and World economies
• Residential construction in the U.S. and Canada, new and repair/remodel
• Nonresidential and industrial markets
• North American imports and exports
• Outlook and production statistics for structural panels (OSB and plywood), including historical data
• Engineered wood product demand and production (glulam, I-joists, and LVL)
Driven by healthy employment gains over the last three years, annual household growth in the U.S. is back to the 1.2 million level, with demand for new housing units also back to the 1.5–1.6 million unit level. Buoyed by low interest rates, which are expected to remain below 4 percent for most of 2016, construction of new single-family homes in the first quarter of 2016 was up almost 5 percent from the pace of the fourth quarter of 2015, the highest quarterly starts rate since the fourth quarter of 2007. While demand is high in the U.S., the primary concern for the rest of 2016 and for the next several years is the ability of the supply-side forces to respond to this improvement. Home builders report that factors including a lack of developed lots and the shortage of skilled construction labor have combined to constrain their ability to respond to the increased demand for housing. Eventually these constraints will lessen; housing starts are projected to return to approximately 1.5 million units by decade’s end, with a concurrent growth in engineered wood products output ranging from 19–28 percent during this period.
From Woodworking Network: https://www.woodworkingnetwork.com/news/almanac-market-data/apa-releases-2016-structural-panel-engineered-wood-yearbook?ss=news,news,woodworking_industry_news,news,almanac_market_data,news
by Web Editor | Aug 15, 2016 | News
Build With Strength, an industry campaign of the National Ready Mixed Concrete Association, is questioning the use of cross-laminated timber in construction. The group said that wood products can be a questionable building material for several reasons, and that concrete is more fire resistant, provides improved air quality, and is more environmentally responsible.
The trade group said that the only houses standing in parts of Mississippi after Hurricane Katrina were made with concrete. In the event of a large fire, such as those that have burned parts of the western states, the group said that concrete would be a better material.
The association’s Build With Strength campaign is designed to educate design and build and code communities about the benefits of concrete construction in the low to mid-rise sector.
Build With Strength has teamed with the Alabama Concrete Industries Association to present its seminar for architects, engineers, builders and developers. During “A Day of Concrete Knowledge” offered on both Wednesday, September 7, in Huntsville and Thursday, September 8, in Birmingham, the presentation will focus on performance in buildings. Building materials play a big role in energy use and deciding the safety and resiliency of the built environment.
This presentation will explore emerging trends in housing and development; innovations in concrete construction; case studies that showcase building value generation; economical design of concrete wall and floor systems; and how to utilize free resources to design structures. The program offers architects and engineers two hours of professional learning credits, along with four hours of additional concrete-related topics.
From Woodworking Network: https://www.woodworkingnetwork.com/news/woodworking-industry-news/concrete-industry-group-questions-cross-laminated-timber-safety?ss=news,news,woodworking_industry_news,news,almanac_market_data,news
