The following is an update to a previous LabNotes post. The updated version was recently featured on the USDA and Forest Service blogs:
All three structures remained standing after the testing – even tests designed to take the structures well beyond their design intent. (Photo courtesy of Air Force Civil Engineering Center AFCEC, Tyndall Air Force Base)
At the USDA Forest Service’s Forest Products Laboratory (FPL), researchers sometimes get a little destructive. They bend and break wood samples of all sizes, and even shoot lumber out of a cannon at 100 miles per hour.
But explosions? That’s a bit out of their wheelhouse. Not that wood can’t handle it. Particularly when it’s used in engineered products like cross-laminated timber, or CLT, which FPL researchers have studied from many angles, including fire performance, use in earthquake-prone regions, and the effects of moisture on CLT. Made of alternating layers of dried lumber boards stacked at 90-degree angles, CLT is exceptionally strong and stable and can be used as walls, roofs, and floors in mid-rise buildings. Continue reading →
The National Wooden Pallet and Container Association (NWPCA) has released “Wood Packaging Supports Healthy Forests and Strong Communities,” a video that puts a spotlight on the vital role wood packaging plays in our communities.
Wooden pallets used for shipping purposes in the United States (NWPCA 2016).
NWPCA collaborated with leading forest conservation organizations to produce this video. Participating in this project were Tom Martin, President and CEO, The American Forest Foundation; Larry Selzer, President and CEO, The Conservation Fund; Jay Farrell, Executive Director, The National Association of State Foresters; Carlton Owen, President and CEO, U.S. Endowment for Forestry & Communities; and Vicki Christiansen, Interim Chief, U.S. Forest Service.
“We’re proud of the work of our members in supporting the missions of these conservation organizations, providing economic and employment opportunities in rural communities, and improving the health of our nation’s forests,” said Brent McClendon, CAE, National Wooden Pallet and Container Association (NWPCA) President and CEO.
“The wood packaging industry is a critical player in advancing the health of our forests because they use the small diameter wood for making pallets that cannot be used in higher end products,” stated, Carlton Owen, President & CEO, U.S. Endowment for Forestry & Communities. “Without markets for that low value material, we can’t move our forests to a healthier, more resilient condition.”
The 3-minute video is a project of Nature’s Packaging®, a North American initiative to promote the use of wood-based packaging to users seeking sustainable, responsible and economical packaging solutions.
(Washington, D.C., March 23, 2018) – U.S. Secretary of Agriculture Sonny Perdue today expressed his appreciation for the work of Congress to find a bipartisan fix for the way the U.S. Forest Service is funded for fighting wildfires. Secretary Perdue had advocated for the change since taking office in April 2017. Congress included the solution in the FY 2018 Omnibus Spending Package, which has been signed into law by President Donald J. Trump.
“The fire funding fix, which has been sought for decades, is an important inclusion in the omnibus spending bill and I commend Congress for addressing the issue,” said Secretary Perdue. “Improving the way we fund wildfire suppression will help us better manage our forests. If we ensure that we have adequate resources for forest management, we can mitigate the frequency of wildfires and severity of future fire seasons. I thank Congressional leaders, with whom I’ve frequently discussed this issue.”
The solution included in the omnibus provides a new funding structure from FY2020 through FY2027. Beginning in FY2020, $2.25 billion of new budget authority is available to USDA and the Department of the Interior. The budget authority increases by $100 million each year, ending at $2.95 billion in new budget authority by FY2027. For the duration of the 8-year fix, the fire suppression account will be funded at the FY 2015 President’s Budget request – $1.011 billion. If funding in the cap is used, the Secretary of Agriculture must submit a report to Congress documenting aspects of fire season, such as decision-making and cost drivers, that led to the expenditures. The omnibus includes a 2-year extension of Secure Rural Schools, providing provide rural counties approximately $200 million more per year. It also provides Federal Land Transaction Facilitation Act Reauthorization. The legislation also includes seven important forest management reforms, including:
Categorical Exclusion for Wildfire Resilience Projects
Healthy Forest Restoration Act inclusion of Fire and Fuel Breaks
20-year Stewardship contracts
Fire Hazard Mapping Initiative
Fuels Management for Protection of Electric Transmission Lines
Good Neighbor Authority Road Amendment
Until the funding solution was achieved, the fire suppression portion of the USFS budget was funded at a rolling ten-year average of appropriations, while the overall USFS budget remained relatively flat. Because fire seasons are longer and conditions are worse, the ten-year rolling fire suppression budget average kept rising, consuming a greater percentage of the total Forest Service budget each year. This increase forced the agency to take funds from prevention programs to cover fire suppression costs. In addition, hunting, fishing, and other recreational programs were cut to cover the costs of fire suppression.
Last year, wildland fire suppression costs exceeded $2.5 billion, making it the most expensive year on record. The USFS confronted wildland fires last summer that started in the Southeast and continued through the year in the Southwest, Pacific Northwest, Intermountain West and Pacific Northwest. At peak season, more than 28,000 personnel were dispatched to fires, along with aircraft and other emergency response resources. Since taking office, Secretary Perdue has worked diligently to address the issue and ensure both fire suppression and prevention efforts receive the proper funding they need.
September 8, 2017: Secretary Perdue Calls on Congress to Fix Forest Service Fire Funding Problem
September 14, 2017: Secretary Perdue Renews Call for Congress to Fix “Fire Borrowing” Problem after Wildland Fire Suppression Costs Exceed $2 Billion
This transmission electron microscope shows cellulose nanocrystals, tiny structures derived from renewable sources that have been shown to increase strength of concrete. Image: Purdue Life Sciences Microscopy Center
Civil and Structural Engineer (CSE) Magazine recently published an article about an exciting advancement in the practical application of cellulose nanomaterials – using nanocellulose as an additive to concrete.
Purdue University researchers, who have been long-time partners of the Forest Products Laboratory, have been studying whether concrete is made stronger by infusing it with microscopic-sized nanocrystals from wood. Their research is now moving from the laboratory to the real world with a bridge that will be built in California this spring.
“Simply getting out there where people can actually drive on it, I think, is a huge step because you can’t just say it’s a lab curiosity at that point. It has real-world implications,” said Jeffrey Youngblood, a Purdue professor of materials engineering.
Read the full article here to find out how minuscule wood particles can make concrete stronger, and the many added benefits researchers are discovering through this project.
University of Colorado Denver (CU) professor and architect Julee Herdt, in collaboration with John Hunt of the Forest Products Laboratory (FPL), and Kellen Schauermann, architect, CU alumnus and research assistant, recently received a patent for environmental construction materials.
BioSIPs structural panels for wall, floor, and roof constructions.
The patent includes software and material science for converting 100 percent waste fibers, such as post-consumer wastepaper, agriculture residues, flowers, hemp, wood scraps, noxious weeds, dead trees, and other unwanted cellulose, into high-strength construction boards. Using the technology, these dense yet lightweight and strong boards are bent and flexed into a virtually limitless array of shapes, from flat to complex, for making energy-efficient, non-off-gassing building materials, and buildings. The software also allows for associated manufacturing, economic, and recycling scenarios to be studied while the waste fiber eco-products are being designed. Continue reading →