Aug. 14, 2018 - Trees are growing more rapidly due to climate change. This sounds like good news. After all, this means that trees are storing more carbon dioxide from the atmosphere in their wood and hence taking away the key ingredient in global warming. But is it that simple? A team from the Technical University of Munich (TUM) analyzed wood samples from the oldest existing experimental areas spanning a period of 150 years — and reached a surprising conclusion.The team led by Hans Pretzsch, professor of forest growth and yield science at the TUM, examined wood samples from several hundred trees and analyzed every single annual ring using a high-tech procedure — a total of 30,000 of them. "The heart of the lignostation is a high-frequency probe which scans each sample in steps of a hundredth of a millimeter," says Pretzsch, explaining the analysis procedure. "By doing so, we measure the specific weight of the wood with an accuracy and resolution which until recently was unthinkable." The wood samples come from the oldest experimental forest plots in Europe which were created at the same time the TU Munich was founded 150 years ago. The samples were taken from common European tree species such as spruces, pines, beeches, and oaks. "We have detailed knowledge of the history of every single plot and tree," says Pretzsch. "This allows us to rule out the possibility that our findings could result from the forest being managed differently now as compared to a hundred years ago." Climate change is making the wood lighter With the combination of wood samples from the 1870s to the present day coupled with the latest measurement technology, the team at the School of Life Sciences Weihenstephan were able to demonstrate that the annually growing wood has gradually become lighter since observations began — by up to eight to 12 per cent since 1900. Within the same period, the volume growth of the trees in central Europe has accelerated by 29 to 100 per cent. In other words, even though a greater volume of wood is being produced today, it now contains less material than just a few decades ago. However, the explanation which immediately comes to mind does not apply. "Some people might now surmise that the more rapid growth could itself be the cause for our observations," says Dr. Peter Biber, co-author of the study. "In some tree species, it is in fact the case that wider annual rings also tend to have lighter wood. But we have taken this effect into account. The decrease in wood density we are talking about is due to other factors."Instead, Pretzsch and his team see the causes as being the long-term increase in temperature due to climate change and the resulting lengthening of the vegetation period. But the nitrogen input from agriculture, traffic, and industry also play a part. A number of details lead experts to surmise this, such as the decrease in the density of late wood and the increase in the percentage of early wood in the annual rings. Lighter wood — What's the problem?Lighter wood is less solid and it has a lower calorific value. This is crucial for numerous application scenarios ranging from wood construction to energy production. Less solid wood in living trees also increases the risk of damage events such as breakage due to wind and snow in forests. But the most important finding for practical and political aspects is that the current climate-relevant carbon sequestration of the forests is being overestimated as long as it is calculated with established but outdated wood densities. "The accelerated growth is still resulting in surplus carbon sequestration," says Pretzsch. "But scaling up for the forests of central Europe, the traditional estimate would be to high by about 10 million metric tons of carbon per year."More Information:The research group at the Chair for Forest Growth and Yield Science at the TUM School of Life Sciences Weihenstephan led by Hans Pretzsch investigates the effect of climate change on the growth, stability, and vitality of trees. An important basis for this research are the experimental plots of the Chair, on which the dynamics of forests have been measured since 1879 to answer ecological and economic questions. In the study reported here, they contribute to measuring the human footprint in forest ecosystems.Publications:Pretzsch, H., Biber, P., Schütze, G., Kemmerer, J. and Uhl, E.: Wood density reduced while wood volume growth accelerated in Central European forests since 1870, Forest Ecology and Management, Volume 429/2018. DOI: https://doi.org/10.1016/j.foreco.2018.07.045Pretzsch, H., Biber, P., Uhl, E., Dahlhausen, J., Schütze, G., Perkins, D., Rötzer, T., Caldentey, J., Koike, T., van Con, T., Chavanne, A., du Toit, B., Foster, K., Lefer, B.: Climate change accelerates growth of urban trees in metropolises worldwide. Scientific Reports 7/ 2017. DOI:10.1038/s41598-017-14831-w.Pretzsch, H., Biber, P., Schütze, G., Uhl, E., Rötzer, T.: Forest stand growth dynamics in Central Europe have accelerated since 1870. Nature Communications 5/ 2014.Contact:Prof. Dr. Hans PretzschTechnical University of MunichChair for Forest GrowthPhone: +49 (8161) 71 - 4710Mail:  This e-mail address is being protected from spambots. You need JavaScript enabled to view it The Technical University of Munich (TUM) is one of Europe's leading research universities, with around 550 professors, 41,000 students, and 10,000 academic and non-academic staff. Its focus areas are the engineering sciences, natural sciences, life sciences and medicine, combined with economic and social sciences. TUM acts as an entrepreneurial university that promotes talents and creates value for society. In that it profits from having strong partners in science and industry. It is represented worldwide with the TUM Asia campus in Singapore as well as offices in Beijing, Brussels, Cairo, Mumbai, San Francisco, and São Paulo. Nobel Prize winners and inventors such as Rudolf Diesel, Carl von Linde, and Rudolf Mößbauer have done research at TUM. In 2006 and 2012 it won recognition as a German "Excellence University." In international rankings, TUM regularly places among the best universities in Germany.

Aug. 14, 2018 - Quiet. That word describes, perfectly, the new 3.0L Power Stroke diesel just introduced by Ford. I’ve driven it, stood beside it while idling and floored it uphill while towing — it is eerily quiet. This trait, plus the power it makes, now available in the F-150, makes this introduction a true milestone in the history of the F-series. And, as of today, you can order this diesel engine in your new half-ton — a first in the 70 year life of the brand. If you do, here is what you’ll be getting.

Aug. 13, 2018 - Canadian Forest Industries has compiled the newest feller bunchers on the Canadian market.

Aug. 13, 2018 - Dan O’Brien wears many hats. First is his hard hat as the owner of one of northern B.C.’s larger logging contractors. O’Brien has been harvesting cut blocks in northern B.C. since 1992. Today his group of companies harvests 650,000 cubic metres a year.

Aug. 10, 2018 - In front of us is a tracked Neuson Forest 103HVT single-grip harvester, operated by 22-year-old Gabriel Leblond. He is felling young trees one after another at a private woodlot in Saint-Damien-de-Buckland, in the foothills of Bellechasse, Que. With its new AFM 35 harvester head, the machine can work impressively fast.

Aug. 9, 2018 - Ontario's Ford government has committed an additional $100 million to fight forest fires across the province.Since April 1, Ontario has experienced an escalated fire situation, with approximately 120 wildfires currently burning in parts of central and northern Ontario."This money will pay for continued fire response efforts, which includes supplies and equipment used to suppress the fire and the work of support personnel and MNRF fire rangers," Minister of Natural Resources and Forestry Jeff Yurek said. "It will also fund further assistance from our out-of-province and international partners so we can continue to fight the fires aggressively on the ground and in the air."Almost 1,000 firefighters from Ontario are currently being assisted by about 480 firefighters and support staff, as well as aircraft and other equipment, from other provinces, Parks Canada, American states, and Mexico."Our number one priority is the safety of the public and the protection of communities and private property," Yurek said.Ontario is an internationally recognized leader in wildland fire management. Annually, the government provides base funding of almost $70 million to deliver front-line operations for forest fires.Ontario will continue to dedicate as many resources as necessary to fight the wildfires across the province and help ensure the safety and protection of communities and private property, during one of the worst fire seasons in over a decade.For more information on the wildfires, please visit ontario.ca/forestfire.

Aug. 9, 2018 - Maritime Innovation Limited — J.D. Irving Limited’s (JDI) research lab in Sussex, N.B. — is one of only three places in the world that applies genetic science to grow softwood trees to sustain healthy forests and related forest products jobs. That means growing taller, straighter and more disease-resistant trees faster than they’re being harvested. The original seed sources are from local parent trees selected from forests across the region.

Aug. 8, 2018 - Field Surveys are an important part of sustainable forest management. Most of the forest departments across Canada have been using traditional paper-based surveys. However, Manitoba Forestry and Peatlands Branch digitalized their survey workflow using mobile geospatial technology. Tony Viveiros and Marianne Porteous at Manitoba Sustainable Development elaborate more on their use of geographic information system (GIS) technology to increase efficiency and collaboration across the department.

Aug. 8, 2018 - Komatsu America Corp., has previewed its new XT-5 Series of Track Feller Bunchers. Models include the XT430-5 (non-leveling), XT435L-5, XT445L-5 and XT465L-5, which replace the prior XT-3 Series machines.

Aug. 2, 2018 - TimberWest is once again a classroom to a group of excited summer students, eager to further their knowledge of the forest industry.

July 27, 2018 - Effective July 25, 2018, the allowable annual cut for Western Forest Products’ Tree Farm Licence 37 is 847,000 cubic metres.This new cut level includes a partition, so that no more than 770,200 cubic metres per year can be harvested from areas suitable for ground-based harvesting systems.“After reviewing all of the factors involved, consulting with First Nations and considering information provided by the licensee, I am satisfied that the new allowable annual cut reflects government’s objectives for all forest resources within Tree Farm Licence 37, and will sustain the timber supply over the next 10 years,” said Shane Berg, deputy chief forester.The cut level is about a five per cent reduction from the previous allowable annual cut of 889,415 cubic metres set in 2009, when 18,351 hectares were removed from Tree Farm Licence 37 to form a portion of the Pacific Timber Supply Area.The reduction is consistent with a previously projected decline in the harvest level. It will ensure there is no disruption in the timber supply over the next decade, as harvesting in the tree farm licence gradually transitions from old-growth to second-growth timber.Located in the Nimpkish Valley on the northern half of Vancouver Island, Tree Farm Licence 37 covers nearly 160,000 hectares, with approximately 86,000 hectares available for timber harvesting. It includes the communities of Port McNeill, Sayward and Woss.The new allowable annual cut takes into consideration biodiversity, old-growth forest management and wildlife habitat protection, as well as social, cultural heritage and economic factors in the region.The dominant tree species are western hemlock, mountain hemlock, western red cedar, balsam, Douglas fir and yellow cedar.The deputy chief forester’s allowable annual cut determination is an independent, professional judgment based on information ranging from technical forestry reports, First Nations and public input to the government’s social and economic objectives.Under the Forest Act, the chief forester must determine the allowable annual cut in each of the province’s 37 timber supply areas and 34 tree farm licences at least once every 10 years.

July 26, 2018 - Steep slope harvesting with winch-assisted machines has been steadily increasing in Western Canada. Although this technique is still new here, winch systems with harvesters and forwarders have been used in Europe for more than 20 years.

July 31, 2018 - The oldest of seven boys, Leo Eby grew up on a dairy farm with his family. Whenever his dad didn’t need his help on the farm, Leo would help out at his neighbour’s sawmill.

July 27, 2018 - Eight Solutions Inc., a technology company offering Artificial Intelligence (AI) platform for everyone, announced that a letter of intent has been signed with BID Group Technologies Ltd. to form a joint venture called Oper8.

July 25, 2018 - Neiman Enterprises has selected the Epicor LumberTrack system to seamlessly manage its business and prepare operations for future growth.

July 20, 2018 - TradeTec Computer Systems of Parksville, B.C., a leading solutions partner to the lumber industry since 1986, is committed to providing decision-makers access to the best information possible, in real-time. The TradeTec product development and implementation services team are the largest dedicated team in the industry; and with over 200 years collective experience, the impact of TradeTec solutions become increasingly popular every year. TradeTec is widely known for its TallyWorks and TallyWeb solutions that manage logs and lumber inventory in mills and warehouses; and TradeTec is the only lumber industry partner to have developed a computerized maintenance management solution (CMMS), Visual Maintenance Man (VMM). The impact of TradeTec as a partner is financially measurable almost immediately; the financial returns of this impact of a TradeTec partnership are characterized consistently as stable, configurable, and intuitive products delivered by highly-qualified implementation services. The TradeTec impact is sustained by six pillars:I – Important TradeTec knows their work is important for local and global lumber markets. M – Mode TradeTec operates in an entrepreneurial mode driven by learning. P- Preparedness TradeTec prepares an enterprise to make critical decisions using the best information possible. A- Actionable TradeTec takes action in response to the lumber industry only. C- Connected TradeTec solutions connects the enterprise in real-time. T- Time-sensitive TradeTec solutions are time-sensitive; and render immediate access to historical and forecasted information that describes critical enterprise functions. The rendering of real-time information from TradeTec solutions impacts the enterprise from the first moment logs are identified through the entire production and distribution process because they represent both disruptive and sustaining innovations. Disruptive innovations are distinguished as those which create a demand for something, which never existed before, and is often a product improvement; whereas a sustaining innovation enhances something already in place, and is often a process improvement.As depicted in the graphic, production and distribution processes are becoming increasingly automated, leveraging a variety of sensors, drives, interface, and controls; and with that, the criticality of interfacing operations technology (OT) and information technology (IT) is also increasingly important. This phenomenon of interfacing OT into the resulting IT, is known also as the Internet-of-Things (IoT) or Internet-of-Everything; and is the inevitable outcome of the fourth Industrial Revolution wherein everything locale and global is being digitized and connected. The technologies necessary to interface OT and IT include both disruptive and sustaining innovations, such as what TradeTec provides the lumber industry. OT refers to hardware and software that monitor and direct tangible units, people and assets. IT refers to information rendered for decision-making functions; and in general, IT does not include embedded technologies that do not generate data for enterprise use. TradeTec solutions render real-time data that describe OT and IT. TallyWorks is an IT solution resulting often from OT; and VMM is both IT and OT solution. For instance, an automated tally of a bundle of lumber results from vision enabled OT and becomes IT or information that describes inventory and is referenced while making decisions like “how much should I sell this bundle for?” As an OT solution, VMM allows bi-directional human interface into equipment (HMI) that is connected using sensors (temp, RPM, hours, etc.) and automated controls (PLCs). These bi-directional signals over a network of sensors that trigger HMI or PLC controls to engage, is referred to as SCADA, supervisory control and data acquisition. TradeTec VMM is an OT or a SCADA system and is also an IT system wherein information stimulates human involvement beyond HMI in the form of work orders, purchase orders, and learning. While most SCADA allows HMI for bi-directional control of assets, it does not create a traceable stimulus for human engagement such as the function of a work-order. Similarly, in the process of completing a work-order, inventory is relinquished and becomes the stimulus for a purchase-order. This process of maintenance tracked in CMMS (i.e. work-orders and purchase-orders) is accomplished by ongoing learning. Unlike a bi-directional SCADA interface (i.e. OT), VMM is also the information (i.e. IT) that engages the workforce by stimulating accountability measures and human resources development (HRD) through facilitated learning. The IT result of OT for monitor/control assets is the information describing workforce interactions with assets in the past to influence decisions about workforce interactions with assets in the future. Likewise, the IT result of OT HRD/learning is a knowledge base describing a skilled workforce of the past to influence decisions HRD/learning for a skilled workforce in the future. TradeTec plans to stay dedicated exclusively to the lumber industry for the long-term. So, if you are a lumber producing enterprise or a lumber distributor, you can be confident that TradeTec has the product and process innovations you require now and in-the-future. TradeTec is committed to providing your decision makers access of the best information possible, in real-time.

July 19, 2018 - USNR has designed a new all-electric Stick-N-Stacker (Lunden style) that boasts many advanced features. You can take advantage of the newer technology through upgrades to your existing stacker.The Rake Off Assembly upgrade converts your system from hydraulic to electric, achieving a smooth operation up to 20 cycles per minute while maintaining ability to retract forks, even if boards are out of position, without damaging the Rake Off. Wide target design with breakaway pins prevents damage when contacting broken boards Target closely follows the fork taper and pan contour preventing stick rake back issues “Safe zero potential” prevents Rake Off from falling even with broken chains! Removes rack and spur gears (formerly for equalization) Click here to watch it in action.USNR is continually making upgrades available for our existing systems as technology advances. For more upgrade options, click here.

July 18, 2018 - Are you a manufacturer or researcher in the sawmill industry offering an innovative optimization or automation option that can help modern sawmill operations succeed? Send us your proposal to present at OptiSaw.

July 18, 2018 - Sennebogen has introduced the new 855 E model to its line-up of material handlers to complete the largest product line of purpose-built material handlers worldwide.

July 4, 2018 - Carbotech is proud to announce the creation of a strategic partnership with West Coast Industrial Systems for the exclusive distribution of its equipment and after-sale maintenance service, Carbocare, for the West Coast of the United States. Based in Lebanon, Ore., WCIS’s fabrication shop and warehouse will serve as a critical spare parts distribution location, drastically decreasing time-to-market and related product costs for Carbotech/Gemofor’s existing clientele. Over the years, Carbotech has built a solid reputation for itself in the planer mill and sawmill industries thanks to quality products and customer service. Blane Belveal, vice-president of sales for WCIS, is extremely confident that the newly built partnership will uphold the two companies’ commitment to quality and continue to grow their reputation across the West Coast of the United States. "Our goal is not only to sell lumber manufacturing equipment, but really to be an integrated partner with lumber producers. Having local sales representatives as well as installation and maintenance technicians is essential for us to be able to serve our clientele with the best before, during and after-sales service," says Mathieu Laflamme, international sales and marketing director at Carbotech.

July 3, 2018 - A partnership between three Ontario First Nations reached an agreement to re-open Nakina sawmill, which had been shut down for a decade.The Agoke Lumber Limited Partnership, (which consists of Aroland, Eabametoong and Marten Falls First Nations) and Nakina Lumber Inc. signed the deal on Friday.Agoke partnership president Mark Bell said the decision will provide more employment opportunities and provide another revenue stream for First Nation communities. "This [joint venture] agreement is part of an overarching Agoke strategy that will help us continue to ensure that local forest resources are protected, managed and developed for the mutual benefit of our First Nation partners and peoples," Bell said in a statement.Read the full story here.

June 26, 2018 - Biewer Lumber in Prentice, Wisconsin is updating its Edger, Trimmer and WinTally systems to the latest USNR software and hardware release. This investment will ensure the reliability, competitiveness and supportability of its sawmill edger, trimmer and sorter processes at this site.The new technology will improve recovery and increase uptime with simplified calibrations, improved diagnostics, and supportable hardware and software. Proven algorithms provide the most valuable cut solution, using input from the mill user, measurements from the sensors, and available operator inputs.Biewer is based in St. Clair, Mich., and operates five lumber operations in Wisconsin, Michigan and Mississippi.

June 22, 2018 - Dust Safety Week is coming to a close after five days of coverage on dust safety best practices, technical information and solutions to help pellet plants and sawmills keep their operations and operators safe.Our video this year highlights the importance of learning from each other’s experiences through sharing stories. Fornebu Lumber’s safety and training co-ordinator Christian Fournier describes an incident where two fires were both ignited and safely put out in one day. “We were very lucky that our staff acted very quickly and safely in order to contain the fire from spreading,” Fournier said.Fournier said he chose to share this experience with others, including Fornebu Lumber’s corrective actions following the incident, to prevent this type of situation from occurring elsewhere. You can also find more details about the incident in Fournier’s article published this week.Among our other main stories, you can also read about preventing a dust collector inlet explosion by regular CFI contributor and dust mitigation expert John Bachynski.Fike’s Jef Snoeys, Jeff Mycroft, and Dave Buchanan outline concerns that arise from dust created during the processing of wood biomass, and best practices in the industry to mitigate those concerns. And don’t miss the six questions to ask when choosing a dust collection system contractor by the VETS Group’s Erin Rayner.Find those stories and much more from our archives on the Dust Safety Week 2018 landing page, which will continue to be a hub for the industry to learn best practices and find the latest information on dust safety and mitigation.Content on our landing page will be hosted there for the next year for readers to reference.Thank you to our sponsors and safety partners VETS and Fike:

Aug. 3, 2018 - A group of 17 firefighters were on site at Norbord's OSB plant in 100 Mile House, B.C. on July 28 for a fire that measured 50 by 80 feet.The fire was described as large in size and difficult to control prompting crews to fight it through the night until the morning of July 29.Norbord staff are reported to have tried to extinguish the fire before crews arrived.The fire is now completely extinguished. There were no injuries.Read the full story here.

Aug. 2, 2018 - Norbord Inc. has reported Adjusted EBITDA of $273 million for the second quarter of 2018 versus $165 million in the second quarter of 2017 and $170 million in the first quarter of 2018.

July 12, 2018 - Building an ultra-energy efficient industrial-style building in a northern climate is no easy task, but the Wood Innovation Research Laboratory (WIRL) stands as proof it can be done.Home to researchers seeking to discover novel materials and techniques for the next generation of tall wood buildings, the laboratory is itself an engineering marvel. It is a certified Passive House, the first building of its type in North America to exceed the exacting international standard.“We pulled off something really amazing here,” says UNBC associate professor of engineering Dr. Guido Wimmers. “This building has caught the attention of Passive House researchers around the world because it demonstrates how an industrial structure, constructed with wood, in Northern British Columbia’s cold climate can be a global leader in energy efficiency.”Certified Passive House buildings use up to 90 per cent less energy for heating and cooling when compared with standard buildings and use up to 70 per cent less energy overall.As the building owner, UNBC provided in-house expertise on the Passive House requirement and shared ideas on how to develop design and building solutions with the architectural, engineering and construction teams. Wimmers, and others in the Master of Engineering in Integrated Wood Design program, worked closely with the contractors throughout the design and construction phase of the project.“At UNBC, we have a lot of expertise in building science, the materials the go into Passive House buildings and how we operate our buildings,” says UNBC assistant director of facilities Dr. David Claus. “We’ve been able to put that all into practice on this project.”That expertise, combined with the dedication to detail from all the project partners, resulted in impressive results.WIRL set a new standard for air tightness, securing the best North American result of any building using the internationally recognized passive house standard. The testing protocol involves both pressurizing and depressurizing the building and measuring the number of air changes per hour that result. With a score of 0.07, WIRL surpassed the Passive House requirement by nearly a factor of 10.The result is all the more impressive given the design requirements of the building. With a large bay door installed to facilitate the delivery of materials and a state-of-the-art dust extraction system required, there is a lot of potential for air leakage.“The biggest challenge was the large overhead door,” Wimmers explains. “It is very difficult to find a manufacturer who can deliver a well-insulated and air-tight product.”The big red door was sourced from Germany and the other doors and windows hail from Poland. European parts were required for those aspects of the building because Passive House manufacturing is still in its early stages in Canada.Other components of the building were locally sourced, including the trusses used vertically in the design of the thick exterior walls.“Using trusses as a vertical component is something unique,” Wimmers says. “I have been working in Passive Houses for more than 15 years and I have not seen any kind of technical system like this before.”The 50-cm wide walls are rated R-80 and contain blown in mineral wool insulation. The roof is rated R-100 and required special certification from the Roofing Contractors Association of British Columba. Even the floor sits atop 20 cm of expanded polystyrene insulation.“The entire envelope needs to be really well insulated,” Wimmers explains. “Everything has to be nicely wrapped with a warm blanket.”Even with the air-tight design and extra insulation, the building also needs to be breathable so that any moisture that may accumulate is not trapped inside.  Wimmers and Master of Engineering program graduate Stephanie Wall produced a comparative life-cycle assessment, looking at the wood-based Passive House design of WIRL and comparing it a wood structure, built to standard building code requirements; a steel structure designed to be a Passive House; and a steel structure built to code.The wood designs contained much less embodied energy — or energy consumed during the production of building materials and the construction itself — compared with the steel buildings. The Passive House buildings use much less energy operationally, and the wood-Passive House design scored the best overall.“A Passive house building outperforms a code building substantially in the long run,” Wimmers says. “It’s about a third of the environmental impact compared to a code building over 60 years.”To further reduce WIRL’s carbon footprint, the University has signed a biogas contract. By using gas recovered from agricultural facilities and landfills, UNBC is able to lessen its reliance on fossil fuels.The Passive House design, combined with the biogas fuel, means the building is expected to produce one per cent of greenhouse gas emissions compared with a conventional building.There’s one more benefit to the Passive House that cannot be quantified.“In Passive House we often talk all about the low energy use,” says Claus. “But because of the ventilation systems, they are also very comfortable to live in.”Learn more about the Wood Innovation Research Lab through the Project Overview produced by naturally:wood.This article was originally published by the University of Northern British Columbia. 

June 28, 2018 - Urbanisation is accelerating and creating pressure to increase housing construction. To answer this global challenge, construction needs to be quicker and more ecological. In Metsä Wood's new video, Mikko Saavalainen, senior vice-president of business development, and Juha Kasslin, vice-president of product management, explain what off-site wood construction has to offer.At the moment, construction produces 30 per cent of the world's carbon dioxide emissions, and it is clear that the course must be changed. We need more ecologically sustainable solutions. Wood is the only major construction material that stores carbon. Wood is a renewable material, and when the wooden parts are no longer used in buildings, they can be reused or recycled.Another key factor in urban construction is speed. The construction industry is undergoing a major transition, with construction moving from building sites to off-site manufacturing. Elements and modules are assembled in industrial factory conditions and delivered to building sites for quick installation. The lightness and strength properties of engineered wood products, like Kerto LVL (laminated veneer lumber), make off-site construction a very attractive option.More efficient construction through prefabricationUsing prefabricated wooden elements significantly reduces time spent at the construction site. As most of the construction work is done indoors, there are no delays due to weather conditions. The turnaround time on building sites is shortened as the amount of errors is reduced and work safety is improved.Metsä Wood's cut-to-size Kerto LVL products and optimised element production ensure material efficiency with minimum waste. Kerto LVL products have an excellent strength-to-size ratio, which means less construction material is needed, and therefore traffic to the building site is minimised.Wood elements together with partnersKerto LVL products make construction fast, light and green. Metsä Wood is actively building a partner network to increase off-site manufacturing of Kerto LVL elements for this purpose."The Kerto LVL ecosystem means a network of companies with who we can together develop and grow the use of wood elements in construction," says Laura Mattila, vice-president of sales development at Metsä Wood. "The strength of the ecosystem is based on everybody concentrating on their core competence. The sum of this is more than each party trying to do everything by themselves."Metsä Wood's core competence is to produce Kerto LVL products on an industrial scale. Meanwhile, the element manufacturers carry out a lot of product development based on this versatile raw material.

June 5, 2018 - Freres Lumber’s new $32-million mass plywood panel (MPP) plant in Lyons, Ore., is breaking new ground as it seeks opportunity in the growing mass timber component building movement and market. In doing so, the 20-year panel producer and 59-year veneer supplier is taking advantage of its longtime strengths while moving in a bold new direction.

May 16, 2018 - Canada-based Danzer companies Interforest Ltd. in Durham, Ont., and Interforest Lumber, Inc. in Boucherville, Que., have been trading together under the name Danzer Canada Inc. since May 1.

May 8, 2018 - The University of Toronto is set to build a 14-storey academic tower made of timber on its downtown Toronto campus – expected to be the tallest mass timber and concrete hybrid building in North America.

April 27, 2018 - U.K.-based marketing and consulting firm IndexBox has published a new report called "World: Wood-Based Panels - Market Report. Analysis And Forecast To 2025". Canadian Forest Industries has published key findings of the report below.Global market of wood-based panels softened its growthIn 2016, the wood-based panels market grew to 408M cubic meters. After a slight reduction from 2008 to 2009, the market grew steadily through to 2016, however, the pace of growth decelerated over the last three years. In wholesale prices, the market accounted to $162B. In value terms, the market showed a more pronounced dynamics — it contracted by 15 per cent in 2009 and then recovered over the next two years with further upward trend. However, in 2015, the market dropped slightly and retained this level in the next year.Plywood (155M cubic meters), particle board and OSB (119M cubic meters) and MDF/HDF (97M cubic meters) were the most consumed product categories, together making up 91 per cent of global consumption in 2016. Consumption of veneer sheets (4 per cent), hardboard (3 per cent) and other fibreboard (2 per cent) held small shares in the market.The wood-based panels market is to reach 467M cubic meters by 2025The shifting of potential market opportunities from developed countries to developing ones has been one of the main global trends in the wood based panel market over the last few years. While the economically mature markets of the U.S., Canada, and Western Europe are expected to have a modest pace of housing starts, the fastest growing Asian countries such as China, India, Indonesia and Vietnam are expected to continue growth due to rising urbanization and disposable incomes. The other emerging economies, such as Russia, Brazil, and Eastern Europe appear to have potential of growth, but it is restrained by lack of investments and the shrinking of consumer spending due to an economy slowdown.The world economy is expected to experience fundamental changes, supported by decreasing oil prices, the slowdown of Chinese economy, and the deceleration of the world trade. However, the demand from downstream industries in largest consumer countries is forecast to remain positive, backed up by wide product use, increasing regional integration, and positive conditions for wood-based panel manufacturing. The Asia-Pacific region will remain a key growing market. Despite the slowing pace of construction in China, the expansion of China's economy continues to be significant, similarly to other rapidly-growing countries in the region (including Indonesia and Malaysia). The U.S. is also an important market, with a steady expansion in construction, combined with the stable levels of employment and the rising incomes, leading to an increasing demand for wood-based panels. In general, the global wood-based panel market is expected to continue to grow by +1.5 annually in the medium term which will lead the market size to 467M cubic meters by the end of 2025.Wood-based panels output grew by 45 per cent from the outset levelProduction of wood-based panels reached 410M cubic meters in 2016, with an upward trend over the last seven years. This resulted into an increase of +45 per cent from the outset level. In 2010, global wood-based panels overcame the pre-recession production level of 2007. In value terms, the production flattened at $161B in 2016 after a 7 per cent drop recorded in the previous year; prior to that it increased robustly from 2010-2014.China was a major producer of wood-based panelsChina was the key world wood-based panels producing country with an output of about 204M thousand cubic meters in 2016, which accounted approx. for a half of total global output. The other major producers were the U.S. (eight per cent), Russia (four per cent), Canada (three per cent), Germany (three per cent), Brazil (three per cent), Poland (two per cent) and Turkey (two per cent).In China, production levels increased by +10.4 per cent annually from 2007 to 2016, largely attributed to favorable economic conditions and growth of construction market. The other major producing countries showed mixed dynamics of wood-based panels output in physical terms. In 2007-2016 annual growth rates were especially high in Turkey (+6.5 per cent) and Russia (+4.1 per cent). Germany (-3.7 per cent), Canada (-2.1 per cent) and the U.S. (-1.1 per cent) were major producing countries with an annual decline of wood-based panels output.Approx. 21 per cent of wood-based panels consumption is importedWood-based panels is a widely traded commodity. The share of imports in global consumption stood at 21 per cent in 2016. Despite the fact that the share of imports decreased noticably by seven percentage points over the last nine years, the market is still highly dependent on imports. High trade intensity is determined mainly by the substantial distances between the main centers of wood-based panels manufacturing countries and key consuming countries.Particle board, plywood and MDF together made the vast majority of world exportsParticle board and OSB (29.9M cubic meters) and plywood (29.5M cubic meters) constituted the largest product categories in terms of exports, each comprising 34 per cent of the total exports in 2016. Exports of these products recorded a slight growth in volumes from 2007-2016: the average annual growth rates stood at +0.8 per cent and +1.0 per cent, respectively. MDF/HDF lagged somewhat behind, accounting for a 19 per cent share of total exports and expanding with a CAGR of +1.8 per cent over the same period.China and Canada are the leading suppliers of wood-based panels to global marketIn 2016, the volume of global wood-based panels exports totalled 87.5M cubic meters, expanding robustly from the bottom point of 2009. In 2013, exports recovered from a slump caused by global financial crisis of 2008-2009 and then continued to increase gradually. In value terms, it fluctuated near $34B from 2011 to 2016.China (14.8M cubic meters in 2016) and Canada (8.4M cubic meters) were the main global suppliers of wood-based panels with a combined share of 27 per cent of global exports. Germany, with the share of seven per cent, Malaysia (six per cent), Russia (six per cent), Thailand (five per cent) and France (four per cent) were the other major exporters. From 2007 to 2016, Russia (+9.4 per cent per year) emerged as the fastest growing supplier among the major exporters, followed by Thailand (+4.9 per cent per year) and China (+3.3 per cent per year). Meanwhile, exports from Canada reduced by -1.5 per cent per year over the same period.The U.S. continues to lead the globe in terms of imports of wood-based panelsThe volume of global imports totalled 85.2M thousand cubic meters in 2016. In terms of dynamics, imports were generally in line with exports: these trade flows globally complement each other. In value terms, the total imports stood at $34.9B in 2016, this figure remained relatively stable over the last four years.In 2016, the U.S. (12.9M cubic meters), Germany (5.6M cubic meters), Japan (4.2M cubic meters), China (3.5M cubic meters), Canada (3.4M cubic meters), the UK (3.4M cubic meters) and Italy (2.7M cubic meters) were the leading destinations of wood-based panels imports, together making up 42 per cent of the global imports. Among the major importing countries China (+1.3 per cent per year) gained the highest annual growth rates from 2007 to 2016. Despite a rapid acceleration in 2014-2016, the U.S. imports of wood-based panels still need to grow a bit more to regain its outset level. By contrast, Japan and the U.K. recorded a slight decrease with regard to imports, which contracted by -2.0 per cent per year and -1.1 per cent per year, respectively, from 2007-2016. In the other countries, imports remained relatively stable throughout the analyzed period.The full report can be accessed here.

April 25, 2018 - Approval has been granted for Vancouver Island's first mass-timber building to be constructed. The location is in Esquimalt, B.C., which is at the southern tip of Vancouver Island.“This is an innovative project that is going to serve to really bring focus to Esquimalt as a municipality that does innovative and exciting things,” project manager Troy Grant told Victoria News.Upon completion, the 12-storey, 83-unit building will weigh only 25 per cent of a similarly sized concrete and steel building.Read the full article here.

April 25, 2018 - Ontario is investing $7.8 million in research, education and construction of tall wood buildings so more wood products can be used in new homes and taller buildings through the new Mass Timber Program. The use of wood in infrastructure can help address climate change by storing carbon in buildings and by avoiding greenhouse gas pollution associated with other carbon-intensive materials. “Ontario’s Mass Timber Program will help make us a world leader in innovative new wood products and tall wood frame building construction,” Minister of Natural Resources and Forestry Nathalie Des Rosiers. “Our government is committed to moving beyond six-storey structures and through our new centre for innovation, and partnerships with educational institutions here in Ontario, we know we can build a future that is environmentally friendly, innovative and safe.” Ontario's Mass Timber Program has been developed to promote the use of wood in taller buildings by: Providing funding for research and development of innovative wood products, undertaken by academic and private research organizations, to support potential wood-related changes to the Building Code and other standards  Funding post-secondary education institutions to provide skills development and technical training and to create tools relating to using wood in construction Supporting the establishment of a tall wood research institute in Ontario, in partnership with researchers, universities, and colleges Demonstrating the successful use of mass timber in design, construction, and the fire safety of taller wooden buildings (seven storeys and higher) including four tall wood demonstration projects. “In 2012 I introduced a Private Member’s Bill to allow for six-storey wood frame construction in Ontario, and this was adopted into the Building Code in 2015,” said Bill Mauro, Minister of Municipal Affairs. “The expanded use of this sustainable resource in the construction industry is important for northern Ontario’s economy, and compliments the work my ministry is doing on how we can allow for tall wood buildings higher than six storeys to be built in the province.” In 2015, Ontario made changes to its Building Code related to the use of wood-frame construction in mid-rise construction of up to six storeys. Numerous projects have been designed and built to these new Building Code requirements and more are coming. In addition to environmental benefits, mass timber structures will have lower building costs due to quicker construction times, while maintaining fire safety standards.

April 10, 2018 - A 12-storey building inherently different than any other in the city will soon rise on Toronto’s eastern waterfront.

March 23, 2018 - On the picturesque shores of Vancouver Island, in the city limits of Nanaimo, B.C., a veneer and roundwood facility has been efficiently turning 100 per cent Douglas fir into quality veneer sheets since 1988.

March 13, 2018 - Pinnacle and West Fraser have begun the conversion of an existing particle board facility in Smithers, B.C., to a wood pellet production facility.The project under the Smithers Pellet Limited Partnership will be co-owned by West Fraser Timber Co. (30 per cent) and Pinnacle (70 per cent).Located in northwestern B.C. approximately halfway between Prince George and Prince Rupert, the Smithers facility is connected by direct rail to Pinnacle’s Westview Port Terminal in Prince Rupert.The plant will have an annual capacity of 125,000 metric tonnes, with production expected to begin in the third quarter of 2018.Both fibre supply and customer off-take agreements are in place under long-term agreements, the company reports. “We are pleased to be partnering on the Smithers facility redevelopment with West Fraser. This project will contribute to the economic vitality and job growth of Smithers and other local communities,” Robert McCurdy, CEO of Pinnacle, said in a news release. “We are committed to the numerous communities throughout the Western Canadian fibre basket in which we operate, and we plan to continue to look for similar projects to support our future growth.”Pinnacle currently operates six industrial wood pellet production facilities and a port terminal in B.C., and, in addition to the Smithers operation, has a new production facility under construction in Entwistle, Alta.

Feb. 27, 2018 - Eric Savics and Danny Hagge established Van Urban Timber to produce live-edge slabs and custom wood furniture from locally salvaged urban trees in Vancouver, B.C. “Van Urban Timber started with a theory and an idea that came from Danny [Hagge]," Savics says. "He had a theory that there were enough urban trees coming down on a daily basis that could sustain enough fibre to run a small timber business. What we would do, is provide a free service to go and pick up these trees whether they were coming down for reasons of liability, aesthetic, development, what have you.” “When we started Van Urban Timber we were excited because we were doing something people weren’t doing in the city," Hagge says. "We were taking green waste and turning it into something no one was producing in Vancouver. I think that is the backbone of our company. No matter what, we are always going to strive to be recycling, reusing, and I think that’s the way of the future. Renewable is definitely the way.” 

Feb. 27, 2018 - Lincoln Dobson is in the search, rescue and recycling business. He searches for old growth forest timber used in building construction, rescues them from the demolition scrap heap, and recycles the douglas fir, western larch, spruce, and pine beams into new timber frame buildings, lumber products, and even heirloom-quality bed frames. By harvesting the industrial forest in this way, Lincoln’s Buena Vista, Sask.,-based business, Last Mountain Timber Wrighting and Recycling, helps to preserve existing old growth forests while providing some of the soundest, richly-textured, appearance grade wood available for new construction. “After high school, I started tree planting in Western Canada and could see the logging clear cuts, which disturbed me,” Lincoln says. “I have a love of nature and wondered what I could do to help the forest in addition to planting trees.” Besides tree planting, Lincoln also spent years working for a timber framing company in British Columbia, where he acquired the mortise and tenon joinery skills needed to build hand-crafted timber frame structures. His inspiration for rescuing and recycling wood was ignited when his father, who was in the building demolition business, informed him that many old wooden grain elevators scattered throughout the rural countryside were being demolished. When he returned to Buena Vista, Lincoln’s desire to save forests along with his sawmilling and carpentry skills enabled him to launch Last Mountain Timber. Throughout the past 20 years, the company has rescued more than 1.6 million board feet of timber from demolished buildings. The old growth beams have typically been in structural building components anywhere from 40 to 110 years, with some beams measuring as large as 12” X 16” up to 24’ long. The company either salvages the timbers themselves or purchases them from elsewhere as they become available. Last Mountain Timber’s best industrial timber resource has been old wooden grain elevators slated for demolition. For many years, the business was extremely busy rescuing high quality, old growth wood commonly used in these structures. “There were some summers when I was getting a grain elevator each week and dealing with five or six demolition companies,” Lincoln says. “Now it is in its twilight.”To this point, the company has salvaged timber from 205 grain elevators, but Dobson says that similar to old growth forests, it is becoming harder and harder to find industrial timbers from demolition projects, as many grain storage silos have transitioned to cement construction. This year, there were only three elevator demolition projects and that will likely be the last of them. In the meantime, the company’s customers keep a keen eye for demolition projects where beams could be rescued and let Lincoln know when they become available. While harvesting the industrial forest is an important part of Dobson’s business, what happens to the old growth timber after they are rescued is how the company makes a profit. The timbers are sometimes used in new timber frame construction, but more often, the surfaces on the square beams are carefully sawn to remove the grey exterior appearance acquired over time to reveal their natural inner beauty. The timbers are then custom-sawn into a variety of wood dimensions to meet customer requirements. Recently, they installed a 12” X 14” timber measuring 20’ long and a couple of 12” X 14” posts at the entrance to the Jiffy Lube headquarters building in Edmonton, Alta. They have also supplied material for a Montana’s restaurant in Saskatoon, Sask. While they have done business throughout Canada and the United States, their sales and projects these days are a lot closer to home. The key component to the sawmilling side of their business is a Wood-Mizer LT40 band sawmill with a 12’ bed extension. This allows the company to custom saw timbers up to 33’ long. While there was no question that Lincoln was going to purchase a Wood-Mizer sawmill because of his past positive experience using the equipment, he says it was important to properly power the unit to deal with harder wood material like recycled douglas fir. “I was definitely looking for a diesel. I get so much more power and so much more fuel efficiency with it,” Lincoln says. “I knew that I was going to be a professional about running my business, and so I chose the Wood-Mizer LT40 because it was a heavier duty unit. I can definitely count on it. The sawmill is durable and dollar for dollar, it’s probably some of the best money I’ve ever spent.” Recently, Lincoln upgraded to using Wood-Mizer RazorTip carbide tipped blades for remanufacturing purposes on abrasive timber. The material produced on the band sawmill has numerous uses in homes, cabins, lodges, commercial structures, home additions, garages, barns, gazebos and covered residential decks. “When we put a timber on there, it could be for a set of stairs, a table, a bed or a bar top,” Lincoln says, depending on the cut list to fill orders. The company also manufactures truss and roof systems, residential and commercial flooring, mouldings, baseboards, and casings. The material from the band sawmill could also be components for the supply and construction of engineered and handcrafted mortise and tenon timber frame buildings that Last Mountain Timber offers as part of its diverse product line. To complement his Wood-Mizer sawmill, Lincoln uses a Wood-Mizer EG200 twin blade board edger primarily to conserve and edge grey jacket boards generated from the first cut on the bandsaw mill. These boards are aesthetically pleasing material for feature walls or as headboards on bed frames. Most recently, Lincoln purchased a Wood-Mizer BMS250 blade sharpener and BMT150 tooth setter. “It’s working really well because the system is able to do a better job than the two guys I was sending my blades to for sharpening,” Lincoln says. He says that he likes that Wood-Mizer offers many options to grow as needed with all their equipment. With industrial old growth forest timber becoming harder to find, Last Mountain Timber has made the transition to also marketing green and first-cut wood, which includes processing raw logs, sawing other wood species like birch, and salvaging local downed trees that might have ended up in the landfill or burned as firewood. Lincoln concludes that he depends on and uses his Wood-Mizer equipment every day and his business wouldn’t be where it is today without it.

Feb. 26, 2018 - Located in the small community of Haute-Aboujagane in the southeastern part of New Brunswick is the family-owned and operated G.L. Wood Products. Established in 1985, the value-added remanufacturing company produces a variety of wood products including wooden boxes, pallets, stickers & laths, and dunnage. “The main line is buying lumber at a certain price that we remanufacture and sell for a higher price,” said Guy Donelle, operations manager at G.L. Wood Products. “Over the years, we have diversified and grown our company from 5 seasonal employees to over 40 yearly employees.”G.L. Wood Products is situated a few miles west of the Atlantic Ocean where the local economy relies heavily on the fish and wood products industries. The company capitalizes on both markets and first came into business by primarily processing wooden boxes for shipping fish domestically as well as to the northeastern United States, Haiti, Dominican Republic, and Iceland. G.L. produces various sized boxes for smoked herring, cod, halibut, oysters, potatoes, berries, and boned salt ranging from five pound to 300 pound capacities. Donelle said the industry prefers wooden boxes compared to cardboard or waxed curtain cardboard boxes because clients generally reuse the quality wood for another purpose, especially in countries such as Haiti and the Dominican. Wooden boxes produced by G.L. were originally processed by double arbor circular saw blades, but the business had issues with the product consistency and quality. In 1995, G.L. purchased a six-head horizontal resaw manufactured by Wood-Mizer in order to increase their efficiency from the thin-kerf bandsaw blades it utilized.“It changed the company,” Donelle said. “Because of the thin-kerf, we increased 20 per cent of our production by getting an extra piece from each 2 x 6.”After buying heat treated dry spruce 2 x 6 lumber, the multi-head resaw splits the boards horizontally in half to get two ends of the wooden box. For the box sides, bottom, and cover, another 2 x 6 board is split into five pieces through one complete pass on the six-head resaw. Once the correct size of box pieces are prepared and custom printing of a company’s name and product description is added, the pieces ship to the customer unassembled which saves on shipping costs and cargo space. According to Donelle, the operation became more efficient when running their equipment at an optimal speed to process up to 28,000 board feet during each nine hour work shift. For more than 20 years with the same resaw, the company has processed six million board feet of dry spruce annually which is equal to more than one million wooden boxes produced for the seafood shipping and packaging industry each year.Along with the success of wooden boxes, diversification of products has been pivotal for the growth of the business. Although the Atlantic provinces are not considered to be a large manufacturing sector, in 1996 G.L. identified a market to produce and sell wooden pallets for the industry.“We have grown the business by selling to fisheries, peat moss companies and also the manufacturing sector,” Donelle said. “We build a lot of custom pallets both softwood and hardwood and have over 60 different types of pallets from stringer, block, and wing pallets.”Although pallet production is supplemental to the primary wooden box business, the company produces more than 300,000 pallets per year for companies throughout Eastern Canada and the United States.In 2005, G.L. further diversified and added a second Wood-Mizer six-head resaw to begin producing kiln stickers and laths for local sawmills in the area.“The [Wood-Mizer] multi-head resaw gives us the kerf and the precision needed for making these products,” Donelle said. “With the durability and service we were getting from Wood-Mizer, we didn’t hesitate in buying a second multi-head and didn’t even quote the competition.”For manufacturing the stickers and laths, G.L. takes a 2 x 6 piece and passes it through the six-head resaw vertically to produce stickers. “That’s why we bought the second multi-head,” Donelle explained. “Because we can get seven boards off the 2 x 6 in one pass.” Almost nothing goes to waste in the operation as byproducts prove profitable as well with the selling of kindling from below-grade kiln stickers along with shavings and sawdust sold to local farmers. The scheduled management of their bandsaw blades has also proved beneficial by sharpening each blade as many as six times instead of throwing them away at the first signs of dullness.“Instead of using a blade and run it until it breaks, we change the blades every half day,” Donelle said. “By doing that we save a lot on the downtime because you seldom see blades break during production.”G.L. depends on Wood-Mizer blade sharpeners and tooth setters to maintain the performance of their own blades on-site and has been using Wood-Mizer bandsaw blades for the past several years.Today, G.L. is making wooden boxes more than ever, but has now diversified into additional wood products and markets to establish a sound blueprint for sustained success. Throughout decades of lucrative operations, Donelle said their accomplishments have come from employing good people and treating them as family. “You really have to surround yourself with good people. When you have good employees and good suppliers and good customers, you’re building all the right bridges and it keeps business simpler. Our employees are ultimately important to our business and our overall key to success.”

Feb. 9, 2018 – Natural wood has been used to build structures for centuries, but it has its limitations. Even after pre-treatment, temperature changes like extreme heat can make wood expand causing it to weaken.A team of scientists at the University of Maryland came up with a two-step process to help natural wood overcome those barriers since it is a cheap and preferred building material all over the world. Their solution involves the partial removal of lignin and hemicellulose from the natural wood followed by hot-pressing to completely densify the natural wood and increase its strength tenfold. “Our processed wood has a specific strength higher than that of most structural metals and alloys, making it a low-cost, high-performance, lightweight alternative,” the scientists wrote in their academic article published in the science journal Nature.

Jan. 2, 2018 - Alberta forest products company Millar Western Forest Products Ltd. announced that it is continuing to execute its growth strategy through the acquisition of Spruceland Millworks Inc. Millar Western has acquired all shares of the company, its manufacturing operations in Acheson, Alta., and its woodlands assets. The transaction brings together two companies that have enjoyed a productive business relationship for decades.Spruceland Millworks is a value-added manufacturer and international distributor of high quality SPF wood products. Started in 1982 by Ben Sawatzky with a simple table saw and a second-hand forklift, the company today has grown to become a "go-to" supplier for its customers and trusted employer in the region. Its more than 100 highly-skilled employees operate a 130,000-square foot manufacturing facility in Acheson.  "For the past 35 years, Spruceland Millworks has been a leader in Alberta's value-added wood products sector, developing new products and building new markets in Canada, the U.S. and overseas," said Craig Armstrong, president and chief executive officer of Millar Western. "Through most of those years, Millar Western has been Spruceland's largest supplier of raw material.  We look forward to working in even closer partnership with Spruceland leadership to continue the advancement of this dynamic business." This transaction will strengthen Millar Western by integrating the company's existing sawmill operations with Spruceland's value-added manufacturing capabilities. Operating as a division of Millar Western, Spruceland will continue to work under its existing, proven management team and highly-regarded brand.  "Alberta forest companies have a reputation as progressive, responsible and innovative," said Tim Fazio, managing partner and co-founder of Atlas Holdings, which entered into partnership with Millar Western in May 2017, becoming majority shareholder.  "We are excited about the prospects for growth and expansion within the province's forest sector, led by proven companies like Millar Western and Spruceland." Ben Sawatzky, Spruceland Millworks chief executive officer, commented that the two companies share a family-business background and a common approach to management. "With their long history in Alberta, strong core values, proven ability in sustainable forest management, commitment to the value-added sector and reputation as a good employer, Millar Western is ideally suited to assist Spruceland in its next phase of growth. I am especially pleased that this strategic alliance will ensure a strong future for Spruceland's dedicated staff and security of supply for our valued customers." Headquartered in Edmonton, Millar Western is a century-old, Alberta-based forest products company that produces SPF and aspen lumber, pulp and bioenergy at facilities in Whitecourt and Fox Creek. Established in 1982 and based in Acheson, Spruceland uses SPF dimension lumber to produce value-added wood products including decking, studs, furring strips and industrial access mats. Combined, Millar Western and Spruceland employ nearly 700 people on a full-time basis, and hundreds more on contract.

Nov. 3, 2017 - Stella-Jones Inc. (TSX:SJ) ("Stella-Jones" or the "Company") today announced financial results for its third quarter ended September 30, 2017. "Stella-Jones' growing reach in the utility pole and residential lumber markets led to solid sales growth in these product categories during the third quarter, more than offsetting the effect of lower year-over-year pricing in the railway tie product category. Furthermore, a strong operating cash flow generation allowed us to significantly reduce our long-term debt and positions us for future expansion," said Brian McManus, President and Chief Executive Officer.  Financial highlights (in millions of Canadian dollars, except per share data) Quarters ended Sept. 30, Nine-months ended Sept. 30, 2017 2016 2017 2016 Sales 517.6 512.6 1,508.8 1,496.6 Operating income 63.1 67.3 178.4 205.1 Net income for the period 42.0 45.7 116.8 135.4   Per share - basic and diluted ($) 0.61 0.66 1.68 1.96 Weighted average shares outstanding (basic, in '000s) 69,330 69,255 69,319 69,200           THIRD QUARTER RESULTS Sales reached $517.6 million, up 1.0% from $512.6 million last year. Acquisitions contributed sales of approximately $2.1 million, while the conversion effect from fluctuations in the value of the Canadian dollar, Stella-Jones' reporting currency, versus the U.S. dollar, had a negative impact of $9.9 million on the value of U.S. dollar denominated sales. Excluding these factors, sales increased by $12.9 million, or 2.5%. Railway tie sales amounted to $160.8 million, compared with sales of $186.6 million in last year's third quarter. Excluding the currency conversion effect, railway tie sales declined approximately $21.7 million, or 11.6%, mainly due to lower pricing. Utility pole sales reached $172.5 million in the third quarter of 2017, representing a 7.8% increase over sales of $160.0 million a year ago. Excluding the contribution from acquisitions and the currency conversion effect, sales increased approximately $14.4 million, or 9.0%, reflecting organic sales growth in the southeastern United States and a gradual return to historical maintenance demand. Sales in the residential lumber category reached $125.8 million in the third quarter of 2017, up from $107.3 million a year earlier. Excluding the currency conversion effect, residential lumber sales increased approximately $20.2 million, or 18.8%, mainly reflecting higher selling prices due to increased untreated lumber costs and more favourable weather in Canada during the third quarter of 2017 compared to the same period last year. Industrial product sales reached $25.6 million in the third quarter of 2017, down from $27.5 million in the third quarter of 2016. This variation is mainly due to lower sales of marine pilings in Canada, partially offset by higher sales of rail-related products in the United States. Logs and lumber sales totalled $32.9 million, versus $31.3 million in the third quarter of 2016. This variation reflects the timing of lumber purchase and resale activities, the timing of timber harvesting, as well as higher selling prices due to increased lumber costs. Operating income stood at $63.1 million, or 12.2% of sales, compared with $67.3 million, or 13.1% of sales in the third quarter of the previous year. The decrease as a percentage of sales essentially reflects lower selling prices for railway ties and a less favourable geographical mix in the utility pole category. Net income for the third quarter of 2017 was $42.0 million, or $0.61 per diluted share, versus $45.7 million, or $0.66 per diluted share, in the third quarter of 2016. NINE-MONTH RESULTS For the nine-month period ended September 30, 2017, sales amounted to $1.51 billion, versus $1.50 billion for the corresponding period a year earlier. Acquisitions contributed sales of $40.9 million, while the currency conversion effect had a negative impact of $4.3 million on the value of U.S. dollar denominated sales. Excluding these factors, sales decreased approximately $24.4 million, or 1.6%. Operating income reached $178.4 million, or 11.8% of sales, compared with $205.1 million, or 13.7% of sales, last year. Net income totalled $116.8 million, or $1.68 per diluted share, versus $135.4 million, or $1.96 per diluted share, in the prior year. SOLID FINANCIAL POSITION As at September 30, 2017, the Company's financial position remained solid with long-term debt, including the current portion, of $454.1 million, down significantly from $615.8 million three months earlier. The decrease in long-term debt reflects a solid operating cash flow generation during the quarter and, to a lesser extent, the effect of local currency translation on U.S. dollar denominated long-term debt. As at September 30, 2017, Stella-Jones' total debt to total capitalization ratio was 0.30:1, down from 0.37:1 three months earlier. QUARTERLY DIVIDEND OF $0.11 PER SHARE On November 2, 2017, the Board of Directors declared a quarterly dividend of $0.11 per common share payable on December 21, 2017 to shareholders of record at the close of business on December 4, 2017. OUTLOOK "Based on current trends, we expect to conclude 2017 with slightly higher sales compared to the previous year. Looking ahead to 2018, conditions prevailing in the railway tie category should yield relatively stable sales. Meanwhile, normal maintenance patterns and improving demand for transmission poles should provide further momentum in the utility pole category. We also expect margins to slightly improve throughout 2018. Our focus remains on growing shareholder value by maximizing operating cash flow through ensuring efficient and cost- effective operations. Funds generated will be invested in working capital and our existing network, while maintaining an optimal dividend policy and examining expansion opportunities that offer strategic value in our main product categories," concluded Mr. McManus. CONFERENCE CALL Stella-Jones will hold a conference call to discuss these results on November 3, 2017, at 10:00 AM Eastern Time. Interested parties can join the call by dialing 1-647-788-4922 (Toronto or overseas) or 1-877-223-4471 (elsewhere in North America). Parties unable to call in at this time may access a recording by calling 1-800-585-8367 and entering the passcode 83494502. This recording will be available on Friday, November 3, 2017 as of 1:00 PM Eastern Time until 11:59 PM Eastern Time on Friday, November 10, 2017. NON-IFRS FINANCIAL MEASURES Operating income is a financial measure not prescribed by IFRS and is not likely to be comparable to similar measures presented by other issuers. Management considers this non-IFRS measure to be useful information to assist knowledgeable investors regarding the Company's financial condition and results of operations as it provides an additional measure of its performance. ABOUT STELLA-JONES Stella-Jones Inc. (TSX:SJ) is a leading producer and marketer of pressure treated wood products. The Company supplies North America's railroad operators with railway ties and timbers, and the continent's electrical utilities and telecommunication companies with utility poles. Stella-Jones also manufactures and distributes residential lumber and accessories to retailers for outdoor applications, as well as industrial products for construction and marine applications. The Company's common shares are listed on the Toronto Stock Exchange. Except for historical information provided herein, this press release may contain information and statements of a forward-looking nature concerning the future performance of the Company. These statements are based on suppositions and uncertainties as well as on management's best possible evaluation of future events. Such factors may include, without excluding other considerations, fluctuations in quarterly results, evolution in customer demand for the Company's products and services, the impact of price pressures exerted by competitors, the ability of the Company to raise the capital required for acquisitions, and general market trends or economic changes. As a result, readers are advised that actual results may differ from expected results.

Oct. 27, 2017 - Over the past few years, the lumber industry has been confronted with chip production above and beyond the demand, resulting in the creation of big surpluses in various regions of Quebec and Ontario. This situation may well get worse in the coming years, as pulp and paper mills—which used to be large consumers of this resource—buy less and less chips or if there is a substantial increase in production. At the same time, the wood panel manufacturing industry is facing a certain number of challenges relating to the constant supply of raw materials, and particularly with regard to the quantity and quality of the materials.To meet the needs of panel manufacturers that want to diversify their sources of supply as well as respond to the necessity of finding new markets for sawmill residues, FPInnovations has launched a new project aimed at evaluating innovative fragmentation technologies adapted to sawmills that convert small diameter logs for the production of by-products to be used in manufacturing structural and non-structural panels. Within this project, FPInnovations’ Engineered Wood Products Manufacturing team shipped to a European company already using the fragmentation technology sawmill residues in the form of slab wood, trim ends and cull logs from various species and in a variety of shapes and diameters. FPInnovations will evaluate the possibility of fragmenting these logs that are unfit for being processed into lumber in order to use them to make wood wafers of desired dimensions for panel board mills.Thanks to this new approach, wood wafers produced in sawmills may be delivered to panel manufacturers and used directly as raw materials, without any subsequent processing. In addition to offering new opportunities, this approach will help improve the mechanical and physical properties of the panels, while cutting the production costs, through a decrease in the density of the panels and a reduction in the amount of resin-based binder required.This development project aims to offer companies producing wood chips a way of increasing revenue from non-traditional markets. For more information, contact 

Aug. 14, 2017 - The owner of Precision Custom Remanufacturing in west Abbotsford, B.C., is crediting firefighters for preventing a fire that broke out on the property last week from destroying a $1.2-million thermal kiln. 

Aug. 10, 2017 - The low Canadian dollar as well as acquisitions helped Stella-Jones post a sales increase of 5.5 per cent from last year's number in Q2. 

Aug. 3, 2017 - Litco International, Inc. announces the publication of a new white paper: A Comparison of Pallet Strength and Functionality. The 12-page white paper, authored by Dr. Marshall White, provides detailed analysis comparing Litco's Inca molded pallets to GMA-style, new and repaired, traditional nailed wood pallets for one-way shipping.