Despite global difficulties due to the COVID-19 pandemic, 2020 was a record year for FAE and the company achieved and exceeded the objectives set at the end of 2019. Such results were achieved thanks to growth in all the key markets where the company operates, from France and the US, but also Australia, Canada, Russia, Italy and Germany, and for all FAE product lines, from heads for tractors, excavators and skid steer loaders to tracked vehicles, evidence of the trust in FAE products across the various markets.
In 2020 there were introductions or significant updates to ten models in the Land Clearing and Construction lines.
FAE’s technology innovation in 2020 included the Bite Limiter for excavator mulchers and the introduction of the revolutionary Sonic system also on UML/EX/VT and UML/S/EX/VT forestry mulchers for excavators. The Bite Limiter technology reduces power demand and promotes a consistent working speed, guaranteeing excellent performance when mulching any type of wood. The Sonic system ensures perfect alignment of the operating machine and the FAE mulcher through automatic calibration and constantly manages the mulcher’s hydraulic parameters, for a significant overall increase in productivity.
FAE’s record figures in 2020 also involved human resources. The number of employees rose above 250, with 40 new hires over the last 12 months.
Finally, 2020 will also be a year to remember for FAE due to the inauguration of the new Headquarters in Fondo, Italy, introduction to the FAE brand portfolio of tracked vehicles – previously sold under the PrimeTech brand – and launch of the new logo and global brand image.
“The results achieved this year bring great satisfaction and motivation to successfully face the challenges ahead,” stated FAE’s President, Diego Scanzoni. “We continue our commitment to expanding the product range and optimizing our internal structure in order to constantly improve the customer service,” he added.
FAE is the world leader in the design and production of heads for tractors, excavators, skid steers, special vehicles and tracked vehicles for forestry, agricultural, road and demining operations.With a range of over 90 products and 400 models, FAE is able to satisfy the most diverse of customer needs. FAE’s range of heads includes forestry mulchers, cutters, stump cutters, stone crushers, stabilizers and multifunction heads. The tracked vehicles we offer include tracked vehicles with cab as well as radio-controlled tracked vehicles. FAE focuses on technological innovation and construction quality in order to ensure maximum performance and reliability for its machines. The company’s headquarters are located in northern Italy, in Fondo (Trento), established in the area where FAE was founded in 1989. The production, sale, after-sales service and distribution of spare parts are guaranteed through our 4 production sites, the head office, 6 commercial branches and a network of authorized dealers all over the world.FAE has more than 250 employees worldwide.
One of the most modern saw mills for small diameter logs, Gelo Timber in Wunsiedel, starts its operation after only 11 months of erection time.
A few days before Christmas, General Manager Wolf-Christian Küspert and Project Manager Sergej Fink together with their business partners and colleagues saw the first log running into the sawmill.
In future 350,000 solid m³ logs are cut per year at the 100,000 m² area. 35 new jobs are created with this investment of about 40 million Euro.
Building a sawmill based on most modern points was the aim from the beginning. This included also the reduction of material handling to a minimum. Thus, it was decided not to invest in a petrol operated log handling machine, but using an electrically driven gantry crane type SENNEBOGEN instead. The concept that was developed together with HOLTEC focusses on savings in fuel and CO2 as well as optimal land use and efficiency.
HOLTEC supplied the complete log yard mechanization as well as the sawmill infeed for the new GELO site. In both systems the innovative chainless technology is implemented, feeding up to 40 logs / min.
Thanks to a good cooperation between plant operator and suppliers, the new site has been put into operation in record time.
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Now you can easily turn on the forest machine’s engine heater wherever you are – whether the machine is running or not.
The MaxiFleet engine heater function has been made both easier and better thanks to new, connected technology that makes it possible to interact directly with the forest machine’s computer.
The new technology brings great opportunities for improvement and this is only step one.
The MaxiFleet engine heater function has received several practical upgrades that makes it both easier and better. Information about current battery capacity, cab temperature and machine position is regularly sent to MaxiFleet – regardless of whether the machine is running or not. This allows the operator to see, for example, that the heater is working and has warmed up the cab, that there is sufficient battery capacity to start the machine, and so on.
Most operators have programmed a schedule for the machine’s engine heater based on their usual working hours. But sometimes you need to work at other hours and with the new MaxiFleet functionality it is easy to program the engine heater to start, for example, an hour earlier.
The machine’s pre-programmed engine heater schedule can be displayed in MaxiFleet, but changes to this schedule can only be made in the machine. It is also possible to manually switch the engine heater on or off through MaxiFleet.
The upgraded engine heater is the first improvement made possible by the new, connected technology, but more news is to be expected.
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When harvesting in rough forests, an operator can face several challenges. For example, trees that need to be cut from two directions, root flares that are too wide for the saw bar or rough limbs that need to be processed several times. The C164 is designed with these conditions in mind.
Komatsu C164 is a brand-new model in the range of C heads and a perfect match for the Komatsu 951 harvester. The robust head is specially designed to handle large trees, big root flares and rough limbs. Still, it has a design that makes it smooth and easy to handle. The C164 design is inspired by the features of other C models, but it is a completely new head where many parts are optimised for the size and application of the head.
Constant Cut, the saw motor control that ensures that the head has a constant and efficient saw motor speed throughout the complete cutting cycle, is further developed for C164 to handle long saw bars and broad stems. The saw bar position is designed for optimal felling performance and the position of the saw bar is new compared to other C heads. This gives a better felling cut in the direction of the head, which in turn gives the saw bar better longevity whilst also reducing the risk of log splitting. For increased durability and service life the chain tensioning of the saw bar has been improved, the saw bar mount has a more robust design, stronger saw bar clamp and increased bolt dimension to hold the saw bar.
The rotator has a stronger and more robust design as well as a new hydraulic motor and bigger slew bearings to cope with this type of demanding logging operations.
To make the head more fuel efficient, the C164 also has a new type of hydraulic control valve that can handle a high flow, which reduces energy losses.
The C164 is a “carry style” head, where the stem is carried by the feed wheels and the delimbing knives are mainly used for delimbing the stem. The head’s feed system allows good contact between head and stem, which reduces the clamping pressure and makes the feeding procedure energy efficient. Komatsu C164 comes with the option of two different feed roller motors. The bigger motor is standard and gives a high traction force which improves the productivity of the head. The smaller motor is optional and gives a more aggressive feeding start, but with less force than with the bigger motor.
Upon customer request, the Komatsu C164 has a completely new tilt lock function, i.e., the ability to lock the tilt link at the desired angle, which facilitates access to difficult branches or tree forks. The Find End function makes it possible to reset length measuring without needing to make a first cut and lump a part of the log. This reduces forest residues and minimises value loss. It is particularly useful when processing pre-felled trees.
The head has several features designed to minimise unplanned downtime and thereby improve productivity. The frame is designed and verified to stand the force from heavy operations. Components like the head unit are well protected under the hood. Cast iron is used for strategic components and ORFS couplings on hoses. Overall, the head with all its features, in combination with the Komatsu 951 harvester, is a useful tool for demanding operations.
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Technology significantly increases dozer productivity
Productivity is key to job site success. And just as technology has transformed global business, Komatsu’s intelligent Machine Control (iMC) can help quickly transform construction job sites into highly efficient, highly productive operations. Komatsu’s iMC incorporates a host of advanced, proprietary machine technology, to let contractors take advantage of productivity-enhancing automation and cutting-edge job site design. Operators — even those with limited experience — can work with utmost efficiency, guided by sophisticated automation.
Learns as it works
With proactive dozing control, even less experienced operators can automatically cut/strip from existing terrain. The dozer measures the terrain it tracks over and uses that data to plan the next pass. Productivity can improve by up to 60% versus previous generation.
Spreads fill material automatically
Lift layer control automatically lets operators spread fill from existing terrain with the press of a button. The dozer measures the terrain it tracks over and uses the data it gathers to plan the next pass for up to double your production with consistent layers for compaction quality.
Levels material even during rough dozing
Tilt steering control automatically tilts the blade to maintain straight travel during rough dozing. Reduces operator steering input by up to 80%.
Quick surface creation
Operators can create a temporary design surface with the press of a button with quick surface creation. Combined with other iMC 2.0 functions, crews can begin stripping or spreading using automated input while waiting for the finish grade model.
From automatic dozing, rough cut to finish grade, iMC-equipped Komatsu dozers help make every pass count for superior production compared to traditional aftermarket systems.
To learn more about dozers with iMC 2.0, go to www.komatsuamerica.com/smart-construction/intelligent-machine-control
Komatsu is an industry-leading manufacturer and supplier of equipment, technologies and services for the construction, forklift, mining, industrial and forestry markets. For nearly a century, Komatsu equipment and services have been used by companies worldwide to develop modern infrastructure, extract fundamental minerals, maintain forests and create technology and consumer products. The company’s global service and distributor networks support customer operations, tapping into the power of data and technology to enhance safety and productivity while optimizing performance. Learn more at komatsuamerica.com.
Note: All comparisons and claims of improved performance made herein are made with respect to the prior Komatsu model unless otherwise specifically stated. Materials and specifications are subject to change without notice.
Photo: Komatsu D61i-24 with Komatsu’s iMC 2.0
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A smart choice for contractors who need a versatile solution that still offers excellent range, the PC210LCi-11 is Komatsu’s smallest machine control excavator.
Proprietary intelligent Machine Control 2.0 offers significant productivity gains
Aimed to quickly lessen the skill gap between new and experienced operators, and improve the bottom line for contractors, Komatsu’s intelligent Machine Control (iMC) is part of the company’s suite of Smart Construction products, services and digital solutions that incorporate a host of advanced, proprietary machine technology. Developed with input from leading construction companies, iMC gives contractors sophisticated, productivity-enhancing automation along with cutting-edge job site design.
The newest entrant to Komatsu’s iMC 2.0 line-up is the 165 HP (123kW) PC210LCi-11 excavator. A smart choice for contractors who need a versatile solution that still offers excellent range, the PC210LCi-11 is Komatsu’s smallest machine control excavator. Weighing 51,397-53,882 lbs. (23,313 – 24,440 kg), this intelligent excavator excels at digging precise footings, retention ponds and utility work. Its updated, factory-integrated system minimizes over-excavation and empowers operators to dig straight to grade quickly and accurately.
Perform finish grading using only arm input
Operators can finish grade quickly and accurately with bucket angle hold control that automatically holds the bucket angle to the design surface during arm operation, enabling operators to perform finish grading using only arm input.
Auto tilt bucket control
With integrated machine control, the auto tilt bucket control on the PC210LCi-11 assists the operator in aligning the bucket parallel with the slope, so that finish grading can be accomplished without having to align the machine with the target surface.
Just as technology has transformed global business, intelligent machine control can help quickly transform construction job sites into highly efficient, highly productive operations. For more details on the PC210LCi-11 with iMC 2.0, go to www.komatsuamerica.com/smart-construction/intelligent-machine-control.
Main photo: Weighing 51,397-53,882 lbs. (23,313 – 24,440 kg), this intelligent excavator excels at digging precise footings, retention ponds and utility work.
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The significance of high-quality training is increasing globally. Ponsse is responding to the need for the development of training by modernising its simulator product range. We are now presenting the new PONSSE Full simulator. It is a full-range training system, and its realistic forest environment and detailed graphics offer an excellent platform for professional training.
In addition to the new PONSSE Full simulator, the product range includes the PONSSE Basic and Compact simulators, which offer a modern training environment for the use of harvesters, forwarders and PONSSE Opti information systems. A simulator is a cost-effective and safe environment for training new operators, forest machine professionals and service mechanics.
A simulator also acts as an excellent tool in the research and development of work, because individual situations can be repeated over and over again, and different harvesting methods can be compared, for example.
We invite you to hear more about our new simulators and Ponsse’s other training services at a free webinar on 27 January 2021 at 9 am in Finnish, and at 3 pm in English (Time zone: EET, Finnish time).
Register here: www.ponsse.com/ponsse-studio-presents
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Nisula Forest Oy and Trisa d.o.o have signed a dealership agreement. Under the terms of the agreement, Trisa d.o.o will sell Nisula Forest products, parts and offer services in Slovenia, Croatia, Serbia, Bosnia and Herzegovina for the products manufactured by Nisula Forest.
“We are very excited about our cooperation with Trisa. With their experience in the forestry sector and their high competence, our new dealer Trisa d.o.o will guarantee the satisfaction of our customers in their market area. Welcome to the Nisula Forest family!”, says Nisula Forest Sales Director Timo Savornin.
Nisula Forest Oy
+358 50 5715804
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John Deere is launching redesigned jib boom options equipped with a hidden hose extension for forwarders with CF5, CF7 and CF7S booms. The redesigned jib booms bring a clear improvement in usability, durability and serviceability. The new XI-designated hidden hose extensions will be an available option for the 910G, 1010G, 1110G, 1210G and 1510G forwarders during spring 2021.
Improved durability, usability and productivity
The new jig boom is more robust, the extension is stronger, and the routing of the hoses has been redesigned, taking better account of both the durability and changeability of the hoses as well as the usability of the boom. The redesigned routing of the hoses between the lifting and jib boom and the inside the extension packs protect the hoses from damage.
The improved geometry and the more balanced ratio between the lifting and jib boom makes the boom’s trajectories and operation smoother, thereby improving productivity. With the new XI hidden hose extensions, the reach of the boom is 9.8 m.
90% of the forwarders delivered are equipped with IBC. The machines equipped with IBC include an optional work light located under the jib boom for better visibility to the boom tip in the dark.
Servicing made easy
The improved hose routing inside the boom increases the durability of the hoses and makes hose replacement easier. The slide bearing at the rear end of the extension can now be lubricated without removing the covers. Also the extension chain can be adjusted without disassembling parts and removing the covers. The adjustable boom support is also new and makes for easier switching to the transport position.
In addition to the hidden hose extensions, a stronger Indexator GV12-2S link is also available. The base plate of the stronger link is now made from steel rather than cast iron.
John Deere Forestry Oy
Tel. +358 400 466476
John Deere Forestry Oy is domiciled in Tampere, which is the site of forest machine product development and the European marketing centre. The company employs about 700 people in Finland. John Deere forest machines are produced in Joensuu.
More information is available at www.JohnDeere.co.uk.
Deere & Company (www.JohnDeere.com) is a world leader in providing advanced products, technology and services for customers whose work is revolutionizing agriculture and construction – those who cultivate, harvest, transform, enrich and build upon the land to meet the world’s increasing need for food, fuel, shelter and infrastructure.
PotlatchDeltic has selected BID Group’s OPER8 ™ as its Industrial IoT (‘IIoT’) Solutions Platform. OPER8 ™ is the only purpose-built IIoT solution for the Wood Processing Industry. Wrapping around and extending through new and legacy equipment, technologies, and systems, OPER8™ was designed for rapid implementation to provide a “single pane of glass” view into all aspects of operational performance. OPER8™ leverages the 35+ years of BID’s deep industry-specific knowledge of equipment, technologies, and business processes.
Deploying OPER8™ across all Sawmill and Plywood facilities is a key element in the digital transformation journey ensuring PotlatchDeltic continues to defend and expand its competitive advantage in the marketplace.
The OPER8™ implementation will be a sequential roll-out beginning with Bemidji, Minnesota in early 2021. This will include a connection to BID-supplied sensors to drive predictive analytics that yield unsurpassed insights and reliability to optimize their asset life cycle management and overall financial performance.
PotlatchDeltic is a leading Real Estate Investment Trust (REIT) that owns 1.8 million acres of timberlands in Alabama, Arkansas, Idaho, Louisiana, Minnesota and Mississippi.
Debarking – Hekotek continues projects in France, supplying equipment for wood pellets manufacture. One of the recent projects was successfully completed in the summer of 2020, and the next one is planned to be completed next summer.
Hekotek completed its first project in France in 2013 – for the Biosylva SAS plant (Cosne-Cours-sur-Loire) a line for low-quality log debarking and feeding them into a chipper was delivered and successfully launched.
Biosylva has been successfully operating to the present day, and in 2021, in the second half of summer in the Auvergne region, the company plans to launch the next pellet plant, where Hekotek is to supply a similar line for debarking of raw materials and feeding them for chipping.
Hekotek is a mechanical engineering company founded in 1992; its main operations include design and production of woodworking technologies and facilities.
Photo: Hekotek’s debarking and chipping line
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SCA’s NorrPlant delivered 103.5 million seedlings in 2020, which is over a million more than before.
“We delivered 103.5 million seedlings, which is over a million more than our previous record. It’s great to have succeeded so well, especially considering the coronavirus pandemic. In the spring, we were concerned that we would be forced to discard seedlings due to the coronavirus, but it turns out we didn’t have to. Instead, we had a record season that will be hard to beat for a while,” says Peter Engblom, business developer at NorrPlant.
Of the 103.5 million seedlings that were delivered, 63 million were pine seedlings, 33 million spruce seedlings, 7 million contorta pine seedlings and nearly 600,000 larch seedlings.
The majority of seedlings were delivered to external customers, from Karlstad in the south to Kiruna in the north. NorrPlant also exported some seedlings to Sweden’s neighboring countries.
From this year forward, SCA is also offering frozen seedlings delivered in boxes. This new delivery method was well-received.
“The frozen seedlings sold out early,” says Peter. “Some of the frozen seedlings were even delivered to our forests in Latvia. That’s where we’re planting our largest seedlings, SuperPot, because they’re ideal for land with substantial vegetation stress, when agricultural land is to be replanted or as part of auxiliary planting needed to support rejuvenation.”
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At the end of 2020, USNR signed a contract with Tschopp Holzindustrie AG in Buttisholz, Switzerland, for a complete new saw line. The sawline will be a fully equipped premium production line that is custom designed to cut a maximum volume of thin boards from each log. The mill, one of Switzerland’s largest, provides the raw material for Tschopp’s production of formwork panels for the construction industry.
The log line will comprise two Logmaster HPS quad bandmills (8 bandmills in total). Designed for accurate cutting at speeds up to 180 m/min (590 ft/min), Logmaster HPS is the most advanced bandmill in USNR’s program for throughput and recovery. The line will also be equipped with USNR’s optimization and controls, and designed with flexibility and capability to accommodate complex saw patterns.
To handle the large volume of sideboards, USNR will also deliver two Catech XT edger lines that operate in the range of over 70 boards/min. These lines will be equipped with the latest optimization technology, for the highest recovery and throughput the market has to offer.
“Winning this order means that USNR can look back on 2020 as one of the best years ever in terms of sales for our European operations, despite the ongoing pandemic. This is validation of our very strong position in this region,” remarked Johan Johansson, CEO USNR AB. Johansson continues: “Located in the heart of Europe, this is a very strategic project for USNR. It will afford the wood processors in that region the opportunity to see first-hand the capabilities of USNR’s technology.”
The project is valued in the range of 13 million euro ($16 million), and all machinery will be manufactured and delivered from the USNR facility in Söderhamn, Sweden.
For further information, please contact:
Johan Johansson CEO, USNR AB email@example.com +46 270 747 90
Christian Winlöf Sales & Marketing Manager, USNR AB Christian.firstname.lastname@example.org +46 270 746 72
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The Forestry Commission is inviting prospective applicants to quote for a new scheme which will help UK seed suppliers and tree growers predict supply and demand.
The government manifesto committed to increase tree planting across the UK to 30,000ha of new woodlands each year by 2025. The £640 million Nature for Climate Fund announced in the March 2020 budget will support these ambitions for tree planting in England.
The programme of work being developed by the Forestry Commission and Defra to support delivery of the Nature for Climate Fund has identified that to meet these targets there needs to be a significant increase in the UK production of tree planting material, to decrease the reliance on imports. This anticipated new woodland creation, alongside sustainable forest management of existing woodlands requiring restocking of harvested sites, will benefit from more accurate matching of supply and demand for seeds and trees.
The Forestry Commission want to introduce a Nursery Notification Scheme (NNS), which will inform UK seed suppliers and tree growers of forthcoming woodland creation and restocking projects and allow them to prepare tree stock accordingly.
The aim of the work being tendered is to provide the Forestry Commission with costed options for this Nursery Notification System, with a focus on forestry trees, to be developed from 2021 and that meets the needs of:
· trade associations representing major tree nurseries; smaller tree nurseries; tree seed suppliers, in order to provide sufficient visibility and certainty so that they can grow the types and quantities of trees that will be required;
· major forestry contractors involved in woodland creation; the Forestry Commission and Defra, in order to ensure sufficient supply of the types and quantities of trees required to supply woodland creation and tree planting projects coming forward.
The invitation to quote process will open on Monday 11 January 2021, and an information webinar held for prospective applicants on Friday 15th January.
For more information visit: https://www.gov.uk/government/publications/nursery-notification-scheme-invitation-to-quote
The Forestry Commission is the government department responsible for protecting, expanding and promoting the sustainable management of woodlands.
More information is available at: https://www.gov.uk/government/organisations/forestry-commission/about
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A milestone in forest machine technology, John Deere’s Intelligent Boom Control (IBC), is now available for all John Deere WCTL forest machines. IBC was launched for forwarders in 2013. It was introduced for harvesters in 2017, initially for the 1270G and 1170G models. IBC was available for the biggest harvester model, the 1470G, earlier in 2020, and it will now be available also for the smaller 1070G harvester.
Precise and smooth work with IBC
A boom equipped with intelligent boom control is fast, easy to use and precise. IBC is a unique boom control system developed by John Deere. The sensors in the intelligent control system read the harvester head’s position, and the algorithms adjust the boom’s trajectories in one easily controlled motion. IBC also functions as a platform on which we can introduce new functionalities that facilitate work.
In harvester operations, IBC is designed to suit the machine’s work cycle. The trajectory and function of the boom automatically adjust as the boom is taken to a tree and when the tree is in the grapple. The operator doesn’t have to activate the different sections of the boom individually. IBC ensures precise operation and efficient work practices. The boom’s electronic end dampening makes the work process pleasant and smooth, and reduces stress on the entire boom. IBC improves work ergonomics and guides the operator in the correct use of the boom, which is directly reflected in the increased productivity of the machine and in the everyday working capacity of the operators.
1070G, IBC and the new H212 harvester head
The agile 1070G equipped with the new, narrow and light H212 harvester head is an ideal combination for first thinnings. The advantages of IBC in thinning work are unbeatable. Precise and controlled movements and grabbing trees, a frequent matter in thinning work, are emphasized in first thinnings and in bundlehandling.
The dimensions of the H212 harvester head bring agility to moving about even in dense thinnings.
Delimbing has been optimized especially for smaller trees, enabling a very high-quality delimbing result.
Thanks to the narrow frame of the H212 harvester head, visibility to the stem is excellent. The location and the high-speed cutting of the saw increases productivity and minimizes cutting damage. And it has the power and feeding speed to handle bigger trees if needed. The H212 harvester head is available for John Deere 1070G and 1170G harvesters.
New durable windows compliant with ISO 21876 Saw Chain Shot Testing standards for forest Machines
In September 2020, ISO 21876 was published. The new standard defines the requirements for the windows of harvesters, which are at risk of being hit with a broken saw chain or its parts.
Since March 2020, all John Deere forest machines have been equipped with windows fulfilling the requirements of this new standard.
The new RENCRAFT® Super Hard Coat (ECE 43R LEVEL L) polycarbonate windows are more durable.
The scratch resistance of the windows and their ability to withstand chemicals and cleaning solutions is significantly improved.
The front window of the rotating cabin and the rear window of the forwarder’s fixed cabin are now almost 50% thicker than before. Also the front window of the fixed cabin is thicker than before. The thicker material provides better sound insulation, making the cabin an even quieter working environment. The windows can also be retrofitted to all the latest models that have a rotating and levelling cabin or a fixed cabin.
John Deere Forestry Oy
tel. +358 400 466 476
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Weston Forest, a leading distributor and remanufacturer of softwood and hardwood lumber and specialty panel products, has announced it has been acquired by the Watermill Group, a strategy-driven private investment firm.
“This is a historic event for everyone at Weston Forest,” said Steve Rhone, President, Weston Forest.
“Our partnership with the Watermill Group will give us the strategic expertise and financial resources we need to help us enter the next phase of our growth. Watermill’s culture and values are an excellent fit with ours, and this strategic move will allow us to continue to offer a diverse range of products and services to our customers and suppliers, while providing more opportunity to our employees.” The Weston Forest executive team remains heavily invested in the company.
Weston Forest operates several facilities across eastern Canada and the United States, providing products and services that are essential to commercial and residential construction as well as the production and shipment of industrial goods. Customers and suppliers of Weston benefit from the company’s diverse business model and concentration on niche markets, which has helped insulate Weston Forest from the usual impacts of commodity cycles and economic swings. The company’s reliability and collaborative and committed corporate culture fuels its brand promise: “YOU’LL LOVE DOING BUSINESS WITH US”.
“Weston Forest is an exceptional organization that has shown significant and sustained growth over the last decade,” said Julia Karol, President and COO, Watermill Group. “We are looking forward to partnering with Weston’s talented and deeply knowledgeable management team, providing the tools and financial support needed to accelerate growth.”
For the investment, Watermill has included as a co-invest partner Walter Capital Partners, a private investment firm based in Canada. Debt for this transaction was provided by National Bank of Canada and TD Bank. Richter Advisory Group Inc. provided financial due diligence advice to Watermill and Proskauer provided legal counsel. Weston Forest received legal counsel from Torkin Manes and advisory services from Deloitte and EY.
About Weston Forest
Weston Forest is a leading distributor and remanufacturer of softwood and hardwood lumber and specialty panel products, serving North America’s industrial and construction sectors. A trusted partner since 1953, Weston’s remanufacturing and inventory management services help customers create specified crating, packaging, pallets and boxes, and other niche wood products that are essential for the production or shipment of Industrial goods. The company’s logistics and just-in-time fulfilment capabilities support truss manufacturing, framing, lagging and shoring, concrete forming and other processes that are crucial to commercial and residential construction and large infrastructure projects.
Weston Forest is honoured to be recognized repeatedly by Deloitte as one of Canada’s Best Managed Companies, by the Canadian Business Growth 500 as one of Canada’s Fastest-Growing Companies, by Waterstone Human Capital as one of Canada’s Most Admired Corporate Cultures, and by Excellence Canada as a recipient of its Canadian Business Excellence Award for Private Businesses. In addition, Weston Forest received the Mississauga Board of Trade 2019 Large Business of the Year Award and has been featured on the Globe & Mail’s inaugural list of Canada’s Top Growing Companies
Mississauga, ON and Lexington, MA – January 4, 2021 –
Photo: Steve Rhone, President, Weston Forest.
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PLAY THE VIDEO – CLICK HERE
The importance of wildfire suppression and effective firefighting measures has increased globally. In recent years, human activities and global warming have increased wildfires in all parts of the world.
Making use of the properties of forest machines
The post VIDEO: Firefighting Equipment Installed On A Ponsse Forest Machine appeared first on International Forest Industries.
New funding will help the government reach its target of 30,000 hectares of new trees per year across the UK by 2025.
£2.5 million will plant trees in cities, towns and the countryside, tackling climate change and creating habitats for wildlife.
£1.4 million, part of the £640m Nature for Climate fund, will plant 850,000 trees near rivers and watercourses, better protecting homes and reducing flood risk.
This follows the recent announcement of £80 million for the Green Recovery Challenge Fund, supporting thousands of jobs in the environment sector.
A cash boost of nearly £4 million to plant more trees up and down the country has been announced by the government today (5 December). This will see hundreds of thousands of new trees planted, including in towns and cities and near rivers to reduce flood risk, and help meet the government’s commitment to increase planting to 30,000 hectares per year across the UK by 2025.
A pot of £2.5 million will support schemes that establish new ways of planting trees in our cities, towns and countryside. Led by Defra, Natural England and the Tree Council, this will use five pilot studies delivered on the ground by Local Authorities to develop cost-effective and innovative approaches to planting trees outside woodlands over the next two and a half years. This could include schemes such as community tree nurseries, agroforestry and hedgerow management, or planting trees from locally collected seed. These new trees will help tackle climate change and create habitats for wildlife.
A further £1.4 million has been awarded to the Environment Agency to fund ‘woodlands for water’ – 15 projects to plant over 850,000 trees that will protect around 160km of river and help to reduce the risk of flooding to over 500 properties.
Tree planting can play a valuable role in reducing flood risk, slowing the flow of water to nearby communities. Tree planting near watercourses can also act as a buffer for agricultural pollution and improve water quality.
The ‘woodlands for water’ funding, which forms part of the £640 million Nature for Climate fund to support the Government’s tree planting commitment, will support projects such as:
- The biosphere woods project in North Devon, which will plant 15,600 trees to improve water quality in the UNESCO Biosphere Reserve.
- 30,168 new trees in the Upper Thames and Cotswold Area of Outstanding Natural Beauty, to help slow the flow of water and improve habitat connectivity.
- 17,687 new trees at three locations in Shropshire, helping to improve water quality, alleviate flooding, capture carbon and create wildlife habitat.
- 17,000 new trees at ten sites across Devon and Cornwall, creating and re-connecting habitats and improving water quality by reducing surface run-off.
- 10,257 trees to be planted in the Ure and Wharfe catchments in Yorkshire to improve wildlife habitat and connectivity.
Forestry Minister, Lord Goldsmith, said:
“We are going to have to break down the barriers to planting trees outside of woodlands if we are to deliver our ambitious tree planting commitments. Trees are the backbone of our urban and rural environments, and increasing planting is an effective way both to tackle climate change and stem the appalling collapse of biodiversity.
“These ambitious new initiatives will help deliver tree planting on an unprecedented scale. They will help to regenerate our urban areas, as well as our watercourses and create a network of green corridors for both people and wildlife to thrive.”
Sara Lom, CEO The Tree Council, said:
“We are delighted to be working with local authority partners at the heart of this important project, in line with our mission to bring people together, to find creative solutions to establish more trees in our communities in a practical and sustainable way.”
Chair of the Environment Agency, Emma Howard Boyd, said:
“This £1.4 million fund is one part of the wide range of measures to improve the nation’s resilience to the impacts of climate change. It will accelerate efforts to reach net zero and help achieve the government’s 25 Year Environment Plan goals for nature through effective nature-based solutions.
“The projects chosen will provide invaluable benefits to communities and our environment – from reducing flood risk and protecting homes, to capturing carbon, improving water quality and encouraging biodiversity.”
In addition to today’s announcement, the government recently consulted on a new England Tree Strategy to accelerate tree planting and improve the management of our existing trees and woodlands.
The Prime Minister also recently announced a further £40 million additional investment into the government’s Green Recovery Challenge Fund – this will go towards creating and retaining thousands of jobs in the environmental sector.
Jartek Invest Oy has signed a major contract with Fargesbois in France. Fargesbois belongs to Piveteau Group which is one of the major wood processors in France. Piveteau has several processing sites and is known for value added projects and innovative thinking. Jartek delivers a sorting line for green lumber. The project is so called brownfield project. Besides delivering a new sorting line, a lot of connections to the existing process are also added. The delivery consists of latest innovations by Jartek; multiple servo feeder and machine vision systems to name a few.
Earlier this year Jartek delivered a smaller project to France, but this contract is a real breakthrough to the market. Jartek has cooperated for years with its French partner Finnsobois mainly in Thermowood kilns. The cooperation has now also extended to mechanical processing. “We would like to say a huge thank you to our partner Finnsobois and especially Fargesbois for the trust towards our company”, says Kari Puustinen, Sales Director of Jartek, by continuing that “we see a big potential on the market with the help of our partner. There is really a place for our fast tailor made lines with good references”.
This is not the first time when Fargesbois turns to Finnish technology. Piveteau Group has several debarkers by Valon Kone and a saw line by HewSaw which started up in 2009 in Farges. “This will become an excellent showroom for us in the future”, says Puustinen. Piveteau Group is very innovative and open minded. “When choosing our partner for the project we looked openly for companies who can fulfill our demands. Jartek was a natural choice for us”, says Philippe Piveteau, CEO of Piveteau Group.
This order increases a record high order book for Jartek in addition to a large-scale contract to Russia a few months ago. “It is a privilege to be part of these great projects in the current global situation”, concludes Puustinen.
The post Jartek Enters The French Market – Delivers A Sorting Line To The Piveteau Group appeared first on International Forest Industries.
The importance of wildfire suppression and effective firefighting measures has increased globally. In recent years, human activities and global warming have increased wildfires in all parts of the world.
Making use of the properties of forest machines
Finnish forest machine company Ponsse Plc, together with rescue departments, has developed firefighting equipment installed in the load space of a forwarder for fighting wildfires.
As wildfires usually take place far away from roads, accessing fire sites by fire trucks may be impossible or at least slow. Instead, a forest machine is designed to be agile in the terrain, and it can reach its destination quickly and easily, also in difficult conditions. Rescue workers normally carry fire hoses to wildfire sites manually or using an ATV and then connect a sufficient number of hoses together to reach the fire. It is easier to limit a fire and protect residential areas when using a forest machine than manually.
“Forest machines are the most natural and effective way to access a forest fire area. Operations in difficult terrain are second nature to them, and they have more than enough capacity in their hydraulic system for demanding conditions”, says Juha Haverinen, forwarder product manager at Ponsse. “When the rescue authorities asked us if we were willing to start developing this product together, we were ready right from the beginning, because rescue professionals and our customers round the world had a clear demand for firefighting equipment”, Juha says.
Firefighting equipment is available for the PONSSE Buffalo, PONSSE Buffalo King, PONSSE Elephant and PONSSE Elephant King forwarders. The minimum loader requirement is PONSSE K90+. The optional equipment is available for new forest machines, or it can be retrofitted on forwarders of the 2015 model series or newer.
A thoroughly considered technical system
The firefighting equipment designed by Ponsse is brought to the fire site on a transport base by a truck with a demountable platform, from where it is lifted into the load space of a forwarder using the forwarder’s loader. After the firefighting equipment is securely fastened and the electrical and hydraulic connectors are connected, fire suppression and fighting can begin.
“Our firefighting equipment consists of a 10 m3 water tank, which can be filled with the system’s powerful pump from a natural source, such as the sea, a stream, lake or ditch, or from the tank of a fire truck if possible. The water cannon has a range of 47 metres and a turning radius of 360 degrees”, Haverinen says, and specifies that when filling the water tank, a safe distance of 20 metres from the forwarder must be maintained.
The powerful pump fills the water tank very quickly, in just six minutes. At full power, it takes roughly 10 minutes to empty the tank when extinguishing a fire. The maximum speed of a forwarder is 20 km/h on public roads and 5 km/h in the terrain. This must be considered especially when the tank is filled from the tank of a fire truck, because large volumes of water must be transported to the site.
The water cannon and a fire hose can be used simultaneously. Using the remote control, a firefighter can adjust the water pressure, water cannon direction, spray angle and pattern (water mist or solid stream), whereas the water cannon’s water flow is adjusted manually. During firefighting activities, the forest machine and rescue personnel can be protected from heat radiation using a water mist pattern.
“The water tank is made from aluminum to make it as light as possible. In terms of its volume, the water tank is designed to fit the load space of a PONSSE forwarder, and it can be lifted into place using the forwarder’s loader. Aluminum is highly resistant to the use of chemicals mixed with water and the use of salty sea water. Baffle plates have been installed inside the tank to prevent water from moving freely in the tank when the machine is driven in the terrain”, Haverinen says.
To prevent corrosion damage, the equipment must be maintained regularly, especially if water is pumped from natural sources, as sand or other material may then access the tank. It is also important to clean the water tank thoroughly after the use of chemicals or sea water in the tank. Pumps must be protected against freezing when the equipment is stored in cold conditions.
Installing firefighting equipment on a forest machine is financially viable. A forest machine contractor who enters into a firefighting agreement can carry out productive harvesting activities in the forest when the firefighting equipment is not needed.
“In practice, this means that a rescue department owns the firefighting equipment, and it is stored on a transportation platform at the fire station. Rescue departments sign agreements with local forest machine contractors on the use of forest machines in firefighting activities. When there is a fire alarm, rescue personnel transport the firefighting equipment to the fire site and the forest machine contractor drives their forwarder there. Then, they can start firefighting activities together”, Haverinen says.
Local rescue department responsible for planning firefighting activities
Trained rescue personnel are always responsible for limiting and extinguishing fires, as well as supervising firefighting activities. The firefighting equipment is controlled by a firefighter, while the forest machine operator follows the instructions given via a radiophone. The forest machine operator does not require any rescue training to enter into an agreement on firefighting activities.
The firefighting equipment includes a wireless reversing camera. It is installed on a forwarder as optional equipment so that the operator can see behind the equipment. This ensures the safety of rescue personnel around the forest machine. The reversing camera is also necessary when setting the grapple in the transportation position.
The firefighting equipment meets the requirements of EU Machinery Directive 2006/42/EC. Before any delivery of the firefighting equipment to market areas outside the EU, it must be ensured that the equipment meets local requirements and regulations.