As well-funded, antiwood voices grow louder in some places&mdash;from weekly periodicals in Vermont to an activist film to the New Yorker&mdash;it&rsquo;s more important than ever for the wood heat community to make the case that heating with wood is compatible with environmental stewardship. As an environmental journalist friend told me, &ldquo;You guys have to start being more proactive!&rdquo;
It feels like we&rsquo;re often reacting to negative news stories that mischaracterize and castigate wood heat, yet we have a strong case to make that will resonate with many environment-minded consumers. What will get our message through to people confused by the conflicting claims they hear? At the Northern Forest Center, we&rsquo;ve been working on this issue for almost a decade, first by investing more than $1 million in public education and incentives for installing automated wood heat systems, and then, with dozens of partners, coordinating the &ldquo;Feel Good Heat&rdquo; initiative, a campaign that&rsquo;s still in play and may be substantially expanding this year.
This spring, we&rsquo;re launching a social media campaign to showcase one of our best resources&mdash;the real people who&rsquo;ve chosen whole building wood heat systems for their homes, businesses and organizations. Some are motivated by their environmental concerns, some by finances, and others by a desire to support their local community and forest economy.
A couple dozen pellet boiler users jumped at the chance to be profiled and tell the world why they are stoked about Automated Wood Heat. Here are some of their responses:
&bull; Science museum: &ldquo;It benefits the local economy.&rdquo;
&bull; Bike shop owner: &ldquo;It is super convenient for our business and reduces our carbon footprint.&rdquo;
&bull; Energy committee member: &ldquo;It keeps my heating dollars local.&rdquo;
&bull; Arts center director: &ldquo;It&rsquo;s saved us thousands of dollars and is environmentally friendly.&rdquo;
&bull; Church trustee: &ldquo;It supports local jobs and small businesses instead of sending money to huge corporations far away.&rdquo;
These brief testimonials and informal photos will literally speak to people in a way that nonprofits and the industry cannot. Throughout the coming year, we&rsquo;ll be using their photos and words in a series of social media posts and print ads, and we hope that readers will participate too. Follow Feel Good Heat on social media and share our posts, then create and publicize profiles of your own customers.
By getting good stories into the world ahead of negative messaging, we can show environmentalists that wood is a heating option they can feel great about.&nbsp; Author: Maura Adams Program Director, Northern Forest Center madams@northernforest.org www.northernforest.org

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By getting good stories into the world ahead of negative messaging, we can show environmentalists that wood is a heating option they can feel great about.  

Showcasing Our Best Resources

Along with the Green Deal, the European Commission announced a very ambitious goal: Climate Neutrality by 2050. A Just Transition Fund of up to 100 trillion euro will help companies become world leaders in clean products and technologies, ensuring a just and inclusive transition, while protecting humans, animals and plants by cutting pollution. But what role does biomass play in the future of Europe&rsquo;s renewable energy policy, and how can pellet producers influence their future involvement? The European Commission introduced the European Green Deal in December 2019. The EGD is a roadmap of key policies and measures aimed at answering the call for action in regard to climate change. It is part of the commission&rsquo;s strategy to realize the United Nation&rsquo;s 2030 Agenda. Climate neutrality in the context of EGD means no net emissions of greenhouse gases in 2050, and the decoupling of economic growth from use of resources. The elements of the EGD span from accelerating the shift to sustainable and smart mobility to zero pollution. This includes clean, affordable energy with a risk-free baseload of renewable energies, energy efficient heating and cooling, and sustainable materials management (circular economy). To improve the quality of life, the EGD includes the goal of a healthy and environmentally friendly food system.
As an integral component to reach the ambitious goals, the European Commission will implement a Sustainable Europe Investment Plan, including a &ldquo;Just Transition Fund.&rdquo; The fund&rsquo;s mechanism is to align and minimize the negative effects of structural changes, especially befitting regions that strongly rely on fossil fuels and carbon-intensive processes, as they will be aided in reskilling programs and energy-efficient housing, and also receive support for low-carbon activities.
The European Commission places its trust in the private sector as a key financier of the green transition. The European funds will lay the foundations for sustainable investments, facilitating the identification of sustainable investment opportunities and integrating climate risks into the financial system. This offers opportunities, especially for large renewable energies corporations, since the bureaucratic efforts to receive grants are substantial and might scare off small- and medium-sized companies. On the other hand, large providers are the ones able to deliver guaranteed base loads.
The European Commission&rsquo;s Knowledge Center for Bioeconomy acknowledges that biomass energy is one of the main sources of renewable energy in the EU. In total, renewable energies contributed 17% (195,476 oil equivalent kilotons) of the EU&rsquo;s gross energy consumption for 2016. Bioenergy contributed 59.2% thereof (12% transport fuels, 13.4% bioelectricity and 74.6% biomass). Although EU domestic biomass supply for primary energy reached 140 MTOE (million metric tons of oil equivalent) in 2016 and is planned to reach 178 MTOE by 2020, growth has been much slower than foreseen. Additionally, there are knowledge gaps in statistics, reporting and data collection on biomass supply, trade and use.
According to the Statistical Report 2019 of Bioenergy Europe, in 2016, bioelectricity accounted for 5.6% of EU&rsquo;s gross electricity generation. Renewable biofuels for transportation had a market share of approximately 5%. Biomass for heating and cooling reached around 23%. Thereof, residential heating accounted for 50% of the final bioheat consumption. Finally, wood pellet consumption reached 27 million tons in the EU in 2018, 16.8 million tons of which were used for heating.
The European bioenergy landscape is diverse and scattered. Some countries suffer turf wars of industry associations or lack strategy. Compared to fossil fuels, renewables are still a small player in the market and have enormous growth potential. If the European Commission achieves one thing with the EGD, it will be sending an impulse to the markets to focus on renewables and step up efforts to grow these industries and overcome the sometimes very slow development process (e.g., the German onshore and offshore wind power industry). Associations need to align their energy and improve their educational portfolio for politicians. In 2020, the European Commission and other bodies will be busy reviewing and revising relevant energy legislation, especially clean, affordable and secure energy. The European Commission will conclude its assessment of the final National Energy and Climate Plans by June, in addition to setting a strategy for smart sector integration, renovating the building sector and determining other energy regulations. This is an unmatched opportunity for associations and corporations to bring in their expertise, ideas and demands and leave a remarkable footprint in Europe&rsquo;s future renewable energy policy. Author: Holger Streetz Director of Business Development, Bathan AG &nbsp;h.streetz@bathan.ch bathan.ch

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Along with the Green Deal, the European Commission announced a very ambitious goal: Climate Neutrality by 2050.

Biomass' Role in Europe's Green Deal

In late February, two Pellet Fuels Institute producer-members and I testified at the U.S. Office of Management and Budget about the unnecessary, off-target and illegal inclusion of minimum pellet fuel requirements in the U.S. EPA&rsquo;s New Source Performance Standards. That effort was our latest and, hopefully, last step in a process that stems back nearly six years.
As a reminder, the NSPS is shorthand for the &ldquo;Standards of Performance for New Residential Wood Heaters, New Residential Hydronic Heaters and Forced-Air Furnaces,&rdquo; a set of federal regulations authorized under the provisions of the Clean Air Act. Included in the regulation are new limits on particulate matter emissions from a variety of solid fuel-burning appliances, including wood pellet appliances and specific requirements for both wood chips and wood pellets.
Examining the timeline of the development of this rule is a textbook case study for why trade associations so often find themselves defending their membership from well-intentioned but misguided federal regulation.
Long before this regulation was introduced into the Federal Register in May 2015, the PFI was working with federal regulators to create a consensus-based standards program that would guarantee predictable, and consistent-quality wood pellets available to consumers in the retail marketplace.
Clearly, the PFI was the right organization to develop a standard for wood pellet manufacturing, and to keep that standard relevant not only within current manufacturing processes, but also the needs of state and federal air quality regulators. The PFI committed itself to the hard work and persevered, crafting the most robust pellet quality standard in the world. When regulators wanted to see more frequent third-party testing, the PFI listened, driving that component into the standard despite the incurred expenses for manufacturers to comply. When regulators insisted on an annual metals test, again the PFI listened, and it was added to the standard.
It came as a surprise when the EPA included its own minimum pellet fuel requirements in this new federal regulation. Most problematic was that these standards were now locked into a federal rule, leaving their revision and evolution up to the EPA. At that point, the PFI sought legal counsel and began down a path to have the minimum requirements removed. That brings us to where we are now. When preparing for our meeting with OMB, the last stop before the rule and any revisions are written into the Federal Register, we endeavored to make three key points, which are as follows.
The PFI is not opposed to rigorous quality standards. Conversely, our organization takes great pride in its own standards program, which was developed in good faith that industry participants would be responsible for developing common-sense standards that recognize the realities of manufacturing wood pellets. The program has evolved to meet changing industry practices and regulatory concerns without having to open and amend a piece of federal regulation. Our objection is not to the standards per se, but rather, the appropriateness of them being included in a difficult to amend federal regulation.
Wood pellets are the cleanest-burning solid wood fuel source available in today&rsquo;s marketplace. Because they are highly engineered, appliances that burn wood pellets achieve the lowest particulate emissions levels possible when burning wood fuels. In fact, of the 91 appliances in the EPA&rsquo;s wood heater database with emissions rates lower than 1 gram of particulate matter (PM) 2.5 per hour, 59 are pellet-burning appliances. The consistency of the wood pellets enable appliance manufacturers to design units that can achieve these ultra-low emissions rates.
The inclusion of minimum pellet fuel requirements in the final rule does not advance the goals of the Clean Air Act. This point is perhaps the most important of the three. One of the requirements for introducing a new regulation or amending an existing one is to calculate the monetized net benefit of the additional regulation to the public. According to the EPA&rsquo;s own analysis, pellet stoves and the expanded rules concerning them and the fuels they burn will generate between zero and $3 million in monetized net benefits, which is another way of saying the rule has the potential to offer no benefit whatsoever.
We are hopeful that the OMB agrees that including minimum pellet fuel requirements in a federal regulation is unnecessary, unlawful and unable to advance the aims of the Clean Air Act, and for those reasons, eliminates it from final rule to bring this effort to its long overdue end. Author: Tim Portz Executive Director, Pellet Fuels Institute tim@pelletheat.org www.pelletheat.org

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The Long and Winding Road

Producers who manufacture wood pellets for domestic heating markets, export heating markets or overseas power companies likely intend to achieve certain quality criteria. If all goes as planned, final product verification testing confirms that product is in-spec and life is good. But what happens if intended specifications are not met? In a prior column, I described issues related to moisture, ash and chlorine. Now, I will discuss bulk density, durability, pellet length and heavy metals.
Several factors contribute to the bulk density of the final product. First and most obvious is the die selected for use at a particular production site. Once a die configuration is in place, the bulk density of the finished product should be fairly consistent, as long as other parameters such as material type, moisture content and operating conditions remain consistent. When bulk density begins to drift, it is often the result of one of the other parameters changing, such as an increase in moisture content, which causes bulk density to drop, or that the pellets are becoming too short, which will increase the bulk density. In my experience, it has often been that bulk density issues are blamed on the die (e.g., the effective length needs to be increased or decreased). This may be the case if the die type is not well matched to the application, but if close attention is paid to other easy-to-monitor parameters, simple adjustments may bring bulk density back in line.
Durability is similar to bulk density in that high moisture content will also cause a drop in durability. If both bulk density and durability have decreased, then it is very likely a moisture control issue. Beyond moisture, an observed drop in durability can be related to an upset in process temperature. One example is during pellet mill startup. The first several minutes of production may need to be discarded, as the process temperature is increasing and durability is stabilizing.While this generally results in only a small amount of impacted production, it is common for producers to collect a sample at the beginning of a day or shift. The collected sample shows low durability but may not be representative of production once all has stabilized. If adjustments are made based on this early data, then it could result in overcorrection as the process stabilizes.
Another example of a cause for reduced durability, is a drop in process temperature related to weather. If the pellet presses are in an unheated area, on cold mornings, standard operating conditions may not generate enough heat to overcome the ambient temperatures, thus resulting in insufficient heat for the pellets to sufficiently bind. It is common to have one or two production sites per year experience durability failures due to this type of weather impact.
While length seems the most trivial of all off-spec product issues, it can become a serious compliance issue for wood pellets intended for residential heating markets. Both the Pellet Fuels Institute and the ENplus wood pellet quality certification schemes have strict requirements when it comes to pellet length. The PFI limit is no more than 1% by weight can exceed 1.5 inches in length, and the ENplus limit is no more than 1% by weight can exceed 40 millimeters (mm) in length, but not even a single pellet can exceed 45 mm. Issues with overlength pellets are typically caused by pellet breakers falling out of adjustment, a simple fix. Over time, however, producers can become complacent with pellet length and may not notice that the percent of overlength pellets is gradually creeping up. Once over the limit, it can be days before the problem is noticed, creating a potentially serious compliance issue.
Heavy metals is the final parameter I will address. For export power markets, metals are tested on every shipment. For residential markets, metals are tested annually through the PFI and ENplus wood pellet quality certification schemes. Based on years of monitoring for heavy metals, if the fiber being used consists of virgin wood sources, then there is very little chance of ever seeing metals test above any of the specified limits. Heavy metals are generally the result of chemical treatments or wood that has become contaminated through contact with other materials. To date, when metals are found to be out of spec, it generally isn&rsquo;t a situation where a producer has knowingly accepted a material stream with chemicals or contaminates, but rather, a fiber supplier has begun delivering these types of materials without the knowledge of the producer. Keeping tight control over suppliers is key to assuring there are no issues with heavy metals.&nbsp; Let suppliers know what you accept, and even more importantly, what you do not accept. Be strict with your incoming feedstock inspections.
As is apparent with my two-part column, the topic of common causes of off-spec product is quite deep, and I have only relayed the basics. Hopefully, this sheds some light on some of the issues producers may be facing in their facilities. Author: Chris Wiberg Manager, Biomass Energy Laboratory 218-428-3583 cwiberg@tpinspection.com

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Producers who manufacture wood pellets for domestic heating markets, export heating markets or overseas power companies likely intend to achieve certain quality criteria.

Common Causes of Off-Spec Product: Part 2

When wood pellets have completed their long journey from the woods to the consumer, most users haven&rsquo;t the slightest idea of the enormous amount of processing their fuel has been through. A wood pellet may be just a wood pellet to the buyer, but to manufacturers, it&rsquo;s much more than that. As stated by Jason Kessler, CEO of Kesco Inc., &ldquo;engineered biofuel&rdquo; is much more accurate.
In &ldquo;The Continual Pursuit of Fiber Consistency&rdquo; on page 17, written by Ron Kotrba, senior editor, Kessler&mdash;as well as several other experts in the fiber processing industry&mdash;share insight about the many factors that play into raw material quality and consistency, and how those factors influence other operating parameters. According to Mike Curci of Andritz North America, &ldquo;Although product quality is highly important, it isn&rsquo;t the only parameter affected by inconsistent feedstock&hellip;consistency will greatly impact operational costs. If your raw material moisture is 10 percent one day and the next it&rsquo;s 7 percent, that drastically influences the product, and there&rsquo;s a wide range in operational costs. If it jumps too much, you can lose a lot of money.&rdquo;
Electricity use constitutes a whopping 30 percent of wood pellet manufacturing costs, Curci adds. In an industry with typically tight margins, straying upward from that number could have some significant impacts on a facility&rsquo;s bottom line.
You&rsquo;ll find more on the topic of fiber sourcing, receiving and storage in our page-6 column by Chris Wiberg of Timber Products Inspection and Biomass Energy Laboratory.&nbsp; Picking up on his thread from the last issue, Wiberg identifies common causes of off-spec product. Previously, Wiberg discussed topics including moisture, ash and chlorine, and in this column moved onto bulk density, durability, pellet length and heavy metals. Off-spec product causes is a complex issue with many possible contributing factors, but I&rsquo;m confident this two-part series will provide some very helpful guidance for keeping product in line with specs and troubleshooting problems.
The final story I will mention is the profile I wrote on Wood &amp; Sons&rsquo; new pellet plant in Sanford, Maine, &ldquo;An Identity and Passion,&rdquo; on page 17. The story attracted my attention for this particular issue of Pellet Mill Magazine because the facility sources 100 percent of its raw material from the sawmill that it&rsquo;s colocated with, as well as several other nearby mills. Considering the money a typical pellet producer spends on fiber transportation, Wood &amp; Sons is able to cut that cost down significantly.
Although this model won&rsquo;t work everywhere, there is still potential to replicate it in other Maine locations, says Tony Woods, Wood &amp; Sons vice president. &ldquo;There are a lot of pretty sizeable facilities [sawmills] in Maine&mdash;the one we&rsquo;re at is relatively small&mdash;so there are many opportunities for this kind of thing,&rdquo; he says. &ldquo;We&rsquo;re the only pellet mill in the state colocated at a sawmill.&rdquo;
But no matter how close or far a plant's raw material is sourced from, it's imperative to know what to expect, make it known what you accept, and possess the knowledge and skill to manage fiber streams to mesh with process equipment while meeting product specs.
That reads like an awfully complicated lift, because well, it is.
&nbsp;
Author: Anna Simet Editor asimet@bbiinternational.com

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A wood pellet may be just a wood pellet to the buyer, but to manufacturers, it's much more than that.

Consistency is Key

For most individuals among the minute percentage of people who happen to share a last name with their passion, it&rsquo;s an improbable coincidence.
In the case of the Wood family, however, it&rsquo;s in their blood.
Stemming back five generations, the Woods have deep roots in the forest products industry, having owned a sawmill and pallet mill for 130 years. The decision was made to close the operation amid poor market conditions in the early 2000s, and soon after, father and son Dean and Tony Wood began devising a plan to build a Maine wood pellet plant, with hopes of taking advantage of ripe opportunities in the fast-growing export market. &ldquo;About 11 years ago, when there were big contract opportunities, we started out trying to build an industrial wood pellet plant,&rdquo; says [Tony] Wood. &ldquo;We got caught up in those early days. We had the sawmill, forestland and logging experience in New England, so we thought we might be able to pull all of the pieces together.&rdquo;
Years later, it was proving very difficult. &ldquo;For about six or seven years we kind of beat our heads on this idea and got wrapped up with others who wanted to do something like this,&rdquo; Wood says. &ldquo;All the while, we were hearing that those wood pellets could be used here, and it began to ring true. So we pivoted away from the industrial model, and toward one that would work in Maine.&rdquo;
After some time, the Woods became familiar with Presque Isle, Maine-based Player Design. &ldquo;They&rsquo;re a great, local engineering resource, but also a pretty big equipment supplier for a bunch of other facilities and were becoming well-known in that sense,&rdquo; Wood says. &ldquo;We worked out a good partnership and arrangement to build the facility, to finance and put it together, basically from the ground up.&rdquo;
The Woods had already spent a great deal of time putting together a site plan, and were rolling along, Wood says. Securing the plant&rsquo;s exact location was next. Fiber Sourcing, Supply The fact that Wood &amp; Sons sources 100 percent of its fiber supply entirely from sawmill residues is largely the result of its strategic location&mdash;right alongside Pleasant River Lumber Co., also a family-owned Maine business with many generations of experience in the forest products industry. &ldquo;After initial talks with Pleasant River about supplying material for the new facility, they outright turned me down,&rdquo; Wood says. &ldquo;But soon after, they came back and suggested we locate at their facility. I had been working with a couple other mills for a long time, trying do something like it, but they were anxious about a big change, and having these things going on on-site. Now, we&rsquo;re the only pellet mill in the state colocated at a sawmill.&rdquo;
Maine is home to approximately 80 small, mid-sized and large-scale mills, all of which produce residue, markets for which have been dwindling over time. &ldquo;There are a lot of pretty sizeable facilities in Maine&mdash;the one we&rsquo;re at is relatively small&mdash;so there are many opportunities for this kind of thing,&rdquo; Wood says. &ldquo;It didn&rsquo;t make a lot of sense to do the alternative, all kinds of development on a greenfield site, when there are so many mills that used to be a lot bigger and have downsized or gotten much more efficient in the space they need.&rdquo; The colocation strategy has reduced fiber transportation costs by about a third of what&rsquo;s typical for a similar-sized pellet mill, and close proximity to its other suppliers&mdash;six other area sawmills&mdash;helps reduce costs further.
Player Design financed, engineered and constructed the plant, providing all the equipment with the exception of the pellet press and bagger. &ldquo;This was the original plan, and it worked pretty well,&rdquo; Wood says. &ldquo;Commissioning is a big lift&mdash;there are a lot of things to optimize and get done right. After initial startup, we spent about five months with them on this, troubleshooting all kinds of things.&rdquo;
After Wood &amp; Sons acquired the facility from Player Design, the next six months were spent optimizing various plant components, according to Wood.&nbsp; Gradually working up to the plant&rsquo;s annual nameplate capacity of 35,000 tons is the current plan of action. &ldquo;I was hoping we would hit the ground running, but now that we&rsquo;re into it, a slower, more gradual ramping-up process is a smarter move, and an easier proposition,&rdquo; Wood says.
While easing into pellet heat as its core market, Wood &amp; Sons is diversifying its product line with additional wood-based offerings. Markets, Moving Forward Currently, all production from the plant is sent into the bagged market, though Wood says the company receives frequent inquiries for bulk product. While the business model and facility were designed to serve the domestic heating market, the concept of diversification has always been on the back burner, according to Wood. &ldquo;Now that things are going well, we know it&rsquo;s important to step back and look at the bigger landscape, so we&rsquo;re spending the R&amp;D money and doing the groundwork to determine what customers are looking for. We&rsquo;re really trying to dial that in, and we have spent quite a bit of time over the past three or four months getting those details nailed down and working with our partners to get ready for the push into these other markets.&rdquo; Those markets include horse bedding and kitty litter.
While industry buzz about low inventory levels has been loud this year, New England has been experiencing unseasonably warm weather. Wood says his plant has inventory for the first time since beginning operations. &ldquo;Stove shops and specialty retailers we work with are kind of holding their breath waiting for a cold snap to come. Everyone in the industry knows there will always be ups and downs, and everyone has to play the season. We&rsquo;re going to keep producing inventory and be ready, because we know it will come. And we deal with many stove shops that have the customer service aspect, working directly with homeowners, so they give us really good feedback about how they make their buying decisions.&rdquo;
Wood acknowledges the difficult nature of predicting demand and believes expansion of the bulk market could help. &ldquo;Oil and propane have automatic refill systems, or subscription-based systems that require customers to pay a little bit every month to be locked in, and that way it provides a little more transparency about what the supplier has to be prepared for,&rdquo; he says. &ldquo;Our retailers look at how cold it was last year and maybe what oil prices were doing, and just decide based off that&mdash;maybe 20 percent more for the next season.&rdquo;
Everyone has a different model when gauging expected demand, Wood adds. &ldquo;If you look at the heating degree charts and try to predict off that, it seems like it&rsquo;s been trending warmer this year, but then all of a sudden, we might get an epic cold front. We don&rsquo;t know how cold, so it&rsquo;s a big part of the reason for diversifying as well&mdash;you just never know. If you can find a way to make a little more money and be spread out a little bit, it doesn&rsquo;t hurt at all.&rdquo; Author: Anna Simet Editor, Pellet Mill Magazine asimet@bbiinternational.com 701-738-4961

Construction of Wood & Sonsâ€™ 30,000-ton-per-year pellet manufacturing facility in 
Sanford, Maine, was complete 
in December 2018.

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Tony and Dean Wood celebrate the groundbreaking for Wood & Sons pellet plant in Sanford, Maine, in the summer of 2018.  

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Wood & Sons pellets are made from 100 percent eastern white pine. All fiber is sourced from local sawmills, one of which the manufacturing plant is colocated with.

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With deep family roots in the forest products industry, father and son team Dean and Tony Wood are continuing the legacy. 

An Identity and Livelihood

Vecoplan Midwest expands team for wood biomass Vecoplan Midwest LLC has augmented its sales team to increase its focus on wood and biomass markets. In addition, the company has hired a new engineer for projects and product development. Willie Baldwin is based in Portland, Oregon, and comes from the primary wood industry. Serving in roles including customer service, inside and outside sales and sales management, he has over 20 years&rsquo; experience. He will be focusing on western states for Vecoplan.
Will Brennan serves as an independent rep for Vecoplan in western Canada. Based in the Vancouver area, Brennan specializes in size reduction biomass applications. He has over 25 years&rsquo; experience in various industries including primary and secondary wood processing and material handling. His technical background in mechanical engineering technology allows him to contribute to complex projects regarding wood and biomass waste.
Mike Proost has over 25 years in industrial sales throughout the U.S. Midwest and West regions. Proost brings to Vecoplan expertise in material reduction and handling applications in various sectors. His expertise in size-reducing technology applies to many materials, allowing him to identify cost savings opportunities for facilities, including production and conveyor efficiencies and extending machine life. Proost is based in St. Louis and covers the central Midwest, south to Oklahoma and New Mexico.
In Indiana, Vecoplan Midwest has hired Cliff von Hoene as sales engineer, who will join the team that oversees projects and engineering functions for the company. For the past 35 years, von Hoene has worked both domestically and abroad, including in Asia and Europe. He specializes in industrial design in fabrication and manufacturing for both large and small customer sectors. Lisle, Restoration Fuels win industry awards The 13th Annual International Biomass Conference &amp; Expo welcomed nearly 900 attendees Feb. 4-6 in Nashville, Tennessee, bestowing two prestigious industry awards during the general session. Bruce Lisle, CEO of Energex Corp., was presented with the Excellence in Bioenergy Award for his 30 years of market and industry development in the wood pellet sector.
The U.S. Endowment for Forestry and Communities and its commercial-scale torrefaction project, Restoration Fuels, in John Day, Oregon, was Groundbreaker of the Year. Accepting the award on the endowment&rsquo;s behalf was CEO Carlton Owen. Skeena Bioenergy wins grant to produce pellets from slash The Forest Enhancement Society of British Columbia announced it will award $408,320 to Terrace, British Columbia-based Skeena Bioenergy Ltd. to use materials from slash piles to make wood pellets in the Coast Mountains Natural Resources District. A statement released by the government of British Columbia notes the project will involve approximately 22,000 cubic meters of biomass.
The grant awarded to Skeena Bioenergy was part of a larger $2.74 million grant funding announcement that aims to support four projects that will support forestry contractors and increase the use of wood fiber that would otherwise be burned USDA: US wood pellet exports reach 6.89 million tons in 2019 The USDA Foreign Agricultural Service released data on Feb. 5 reporting that the U.S. exported 541,893 metric tons (MT) of wood pellets in December, bringing total pellet exports for 2019 to 6.89 million tons.
Wood pellet exports were down in December when compared to the 777,976 million (MT) exported in November, and 594,411 MT in December 2018.
The U.S. exported wood pellets to more than a dozen countries in December. The U.K. was the top destination with 377,055 MT, followed by Denmark with 89,411 and Belgium-Luxembourg with 62,858 MT.&nbsp;&nbsp;&nbsp;

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Business Briefs

Driven by Innovation - AGRA Industries Family-owned businesses involving multiple generations tend to embrace tradition. While that&rsquo;s evident for AGRA in terms of the industries it has consistently served over the decades, the company certainly doesn&rsquo;t shy away from innovation or cutting-edge technology. &ldquo;We&rsquo;re very driven by that [innovation],&rdquo; says Ernest Hinner, vice president of sales and marketing. &ldquo;We take it very seriously&mdash;right now, we&rsquo;re doing R&amp;D for numerous Fortune 500 companies, and we always have our head on a swivel looking for new and emerging markets or technologies in the biomass processing world.&rdquo;
AGRA is continually seeking ways to push the status quo of material handling and storage solutions, Hinner adds, and its experience and R&amp;D in bulk handling equipment and unconventional feedstocks has dramatically progressed through the years.
Hinner is referring to as far back as 1962, when his grandfather founded parent company Merrill Iron &amp; Steel. His father and his siblings grew up in the family business, which made a name for itself in the residential wood pellet sector in the mid-1970s and &lsquo;80s. &ldquo;We designed, fabricated and constructed many of the facilities in Wisconsin,&rdquo; Hinner says.
It was in the late &lsquo;90s that AGRA was formed to serve the niche agricultural and industrial markets&mdash;corn seed, animal feed and grain&mdash;with Merrill Iron &amp; Steel servicing the commercial structural steel market. The company&rsquo;s solid track record in the wood pellet industry&mdash;particularly its bulk conveyors and material handling and storage solutions&mdash;led to many projects in the fast-growing industrial pellet market in the early 2000s, including Enviva&rsquo;s Port of Wilmington wood pellet terminal. &ldquo;There, we engineered, manufactured and commissioned the bulk material handling systems and conveyors, and fabricated the structural steel for most of the project,&rdquo; Hinner says.
AGRA has also been involved with multiple black pellet projects in the U.S. and is currently exploring more, Hinner adds, as well as some involving pelletization of alternative or unconventional feedstocks.&nbsp; Full-Service AGRA is a complete design-build company, working with its customers from front design and engineering work all the way through construction and maintenance. With 140 employees, the company has complete in-house engineering capabilities and performs all its own design and detailing for mechanical and structural steel. An in-house scheduling and construction management team, crews of millwrights deployed across the U.S. and a steel service team that performs preventative maintenance, repairs and replacement all equate to a single point of contact, Hinner says. &ldquo;You&rsquo;re not dealing with multiple people or companies to try to get something done. We maintain our entire schedule, enabling quicker response times, a lot less effort needed for coordination, and ultimately, an expedited ROI for projects. We&rsquo;re able to save time and money on the schedule because we control that complete supply chain.&rdquo; Safety Every project developer wants everyone who clocks in each morning to go home to their families at night, and that&rsquo;s something AGRA has a strong commitment to, according to Hinner. The company has six-year EMR (experience modification rate) average of 0.72 for manufacturing and construction combined, an achievement Hinner says AGRA is quite proud of.
&nbsp;&ldquo;We ultimately sell safety, whether it&rsquo;s engineering or construction, and we address safety on our production floor every day,&rdquo; he adds. &ldquo;It really comes full circle for us&mdash;AGRA has a safety management team that touches all levels of the organization, and we meticulously design safety into each project, whether that&rsquo;s during construction, making sure things are being built in ways that are safe for the people erecting it, or for the end users, those operating the equipment.&rdquo;&nbsp;
Contact: Ernest Hinner
Vice President of Sales &amp; Marketing
AGRA Industries Inc.
715-536-9584
-------------------------------------------------------------------------------------------------------------------
A Slick Solution for Improving Performance - Schaeffer Manufacturing Co. Schaeffer Manufacturing Co. is a sixth-generation, family-owned company that can deliver the right solution to every lubrication challenge.
More than 180 years ago in St. Louis, Missouri, Nicholas Schaeffer founded the company, which was then focused on soap and candle production. Less than a decade later, Schaeffer Manufacturing began producing oils and greases to support its westward expansion during the California Gold Rush, and found great success. Fast-forward through a century and a half of passing the business on through generations, steady growth and innovation, the company is well trusted and well known for its products. As for the pellet industry in particular, its unique and top-quality grease is a sought-after consumable.
Schaeffer Manufacturing&rsquo;s segue into the wood pellet industry was natural, says Steve Rober, national sales manager. &ldquo;We were involved with many pellet mills back in the 1990s&mdash;feed pellets in particular&mdash;and saw phenomenal success. There were some ups and downs and we rode the tide, catching the next wave with the U.S. fuel pellet market.&rdquo;
Interestingly, Rober says, when evaluating production of a specialized grease for this application, the company revisited a product that it had moved away from. Unique Qualities &ldquo;We sort of looked backward and considered the benefits of this oil technology in this application,&rdquo; Rober says. &ldquo;We brought it back into this venue&mdash;it&rsquo;s a unique oil. It has a very tenacious capability of handing the load, but it&rsquo;s also attracted to the metal, having a natural affinity toward it. So, it protects even better than a normal base oil would.&rdquo; Schaeffer&rsquo;s 228HV grease is known to significantly improve one of operating pellet mills&rsquo; most problematic occurrences when it comes to equipment&mdash;bearing failures. &ldquo;These facilities are working with wood dust, which is abrasive,&rdquo; Rober explains. &ldquo;Once it gets into the equipment, it has the tendency to ruin seals and bearings, and this grease works very well for extending their performance. We generally see that it extends bearing life six to eight times longer than what has been typical.&rdquo;
While the grease has a heavy base-oil, it&rsquo;s still pumpable, which is another attractive quality for pellet plants, Rober adds. &ldquo;Heavy base-oil greases tend to be very thick, and many greases with that viscosity don&rsquo;t pump well. Oftentimes, it&rsquo;s being pumped from a station that isn&rsquo;t immediately next to the equipment, maybe 10 to 40 feet away. Our grease pumps well from that distance in almost all temperatures.&rdquo;&nbsp;
On top of its quality products, Schaeffer prides itself on customers service, with a force of more than 600 salespersons, no phone automated phone services and the ability to reach any person at the company without their call being screened. Personable Service &ldquo;If you want to call and talk to the chairman of the board or CEO, there&rsquo;s no secretary&mdash;they will answer directly,&rdquo; Rober says. &ldquo;If they&rsquo;re available, they will pick up the phone. For a large, rapidly growing company that&rsquo;s 180 years old, that&rsquo;s pretty unusual.&rdquo;
With its business continually expanding, Rober says its success to date in the pellet market has largely been word of mouth and customer satisfaction. &ldquo;Typically, they become introduced to our lubricants, and regardless of what&rsquo;s sold initially, they see how well it works and choose to have us as their trusted supplier for other things as well.&rdquo;
Today, Schaeffer Manufacturing&rsquo;s business in the U.S. is booming, but the company sells its products to upward of 40 countries. Rober points to the company&rsquo;s chief chemist, Larry Ludwig, for bringing much value to the company. &ldquo;He&rsquo;s a certified lubrication specialist and is on the board of the Society of Tribologists and Lubrication Engineers,&rdquo; he says. &ldquo;He&rsquo;s been with us for 42 years, and he&rsquo;s respected by the industry.&rdquo;
Rober says Schaeffer Manufacturing sees a bright future in expanding its reach in the fuel pellet industry. &ldquo;It&rsquo;s consistently growing into a larger part of our business,&rdquo; he adds. &ldquo;The grease we make is very effective in this field.&rdquo; Contact: Steve Rober National Sales Manager Schaeffer Manufacturing Co. 314-565-7225 srober@schaefferoil.com

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AGRA Industries and Schaeffer Manufacturing are both family-owned businesses featured in the Sponsor Spotlight for March/April Pellet Mill Magazine. 

Pellet Mill Magazine's Sponsor Spotlight

The U.K. wood pellet market began around 2002, as a few small-scale pellet producers invested in workshop-scale pellet mills to add value to their waste dust and shavings. Most of these pellets made their way into coal conversion projects in local authority or public administration buildings such as schools and offices, and it wasn&rsquo;t until northern Irish sawmilling company Balcas opened its 55,000 metric-ton-per-year plant in Eniskillen that the U.K. had a credible supplier of wood pellets operating at a meaningful scale.
At about the same time, coal-fired power stations were making the transition to cofiring with biomass. This involved years of trials with many different forms of biomass fuel, such as olive pits from Spain and Italy, straw pellets from local farmers and waste wood from industry, before power generators settled on wood pellets as the optimum fuel for cofiring with coal.
Most of the cofiring power stations have either closed or converted since these early projects, with several making the move to 100% wood pellets for fuel. The largest of these is Drax Power Station in North Yorkshire, which has converted four of its six 65-MWe generating units to run exclusively on biomass and is currently evaluating options for its remaining two coal-fired units. Not only is Drax the U.K.&rsquo;s largest power station, producing around 7% of the U.K.&rsquo;s total electricity, but it&rsquo;s also the world&rsquo;s largest biomass-fired power station, taking in around 7 million metric tons (MT) of pellets each year, and making up the vast majority of the UK&rsquo;s 8.5 million MT&nbsp; of annual pellet imports&mdash;more than any country in the world.
Sitting between domestic- and dramatic-scale pellet users, the U.K. has developed a biomass boiler market of around 16,500 commercial and industrial systems and 12,700 domestic systems since the introduction of the Renewable Heat Incentive, the main support mechanism for biomass and other forms of renewable heating systems. Of these users, around half of the commercial and industrial systems (measured by number of installations) are running on wood pellets, while almost all the domestic installations are pellet-fired.&nbsp;
In the domestic sector, which has been supported by a version of the RHI tailored specially to this market, the installation rate of new systems started at just two systems in the first month of the scheme (February 2014), before peaking at close to 1,300 systems in December 2016 and then&nbsp; dropping&nbsp; to a rate of just 28 new installations per month by the end of 2018. This rapid peak and drop off are due to the built-in cost control mechanism in the RHI, which has systematically reduced payments for new schemes to the point that growth in the domestic wood pellet market is now stagnant.
In the commercial and industrial sector, smaller boilers (less than 200 kilowatt (kW) saw solid market growth between June 2013 and July 2015, before the same cost control mechanism that has slowed the domestic sector took the heat out of this market segment. Because of their relatively small size and typical application in low duties such as space heating, pellet-fired boilers were the dominant choice for those installing boilers below 200 kW. This market peaked around 2,100 installations in December 2014, before drastically dropping in 2015, averaging just a dozen or so systems in the months since then, with some months seeing just single figures of market growth.
At the larger scale&mdash;boilers above 200 kW output&mdash;wood chips, rather than wood pellets, have been the dominant fuel choice, due to the better economics of using this cheaper fuel in larger boilers running in higher duties. There are some exceptions to this rule, but as a general principle in the U.K. market, the larger the boiler, the more likely it is to run on wood chips.
This market growth, most of which has been since 2011, has created a U.K. manufacturing base that produces around 300,000 MT of pellets each year, although this has fluctuated dramatically thanks to industry restructuring between 2017 and 2019. This capacity meets just under half of the U.K.&rsquo;s annual wood pellet heating needs each year, with the balance of the total&mdash;a further 350,000 MT&mdash;coming mainly from the Baltic states, Russia and Portugal.
Of the 650,000 MT of pellets used for heating in the U.K. each year, the majority goes into commercial applications, although the supply chain is fundamentally the same as domestic applications.&nbsp; Both markets involve mainly ENPlus certified pellets being delivered from U.K. pellet mills or ports, usually via regional depots, to end users using bulk tankers for the final journey.
Prices have seen modest fluctuations in recent years, although not as much as fossil heating fuels, which are subject to much greater variation. The winter of 2017- &rsquo;18 saw a particular spike in prices and shortages in some parts of the country, as structural issues in international supply chains, coupled with a significant but temporary drop in U.K. production, impacted availability and price.&nbsp; This spike was not repeated in winter 2018- &rsquo;19, and prices have since stabilized. Outlook The outlook for the wood pellet market is mixed. The U.K. government seems to have fallen out of love with the idea of biomass, but it&rsquo;s hard to see how our carbon reduction targets can be met without dramatically increasing the deployment of biomass boilers across rural domestic properties where heating oil is the dominant fuel type, and in commercial and industrial applications in all sectors of the economy. Wood pellets have a natural advantage over wood chips in many applications, particularly in urban areas where the majority of larger heat users are located, but concerns around urban air pollution&mdash;especially NOx and particulate matter&mdash;means that installing a biomass boiler in a town or city is a drawn-out and complicated process. The typically lower particulate emissions associated with pellets as a fuel, coupled with higher bulk density than wood chips, means that in instances urban area schemes do go forward, pellets are the fuel of choice.
The U.K. government has indicated that there will be no RHI 2.0 once the current scheme ends in March 2021 and has established an &ldquo;RHI Closure Panel&rdquo; that includes representatives from government, advisory bodies, trade associations and industry.&nbsp; This group will look at the best way to ensure those who are already on the RHI scheme&mdash;which for commercial customers runs for 20 years from the point of first registration&mdash;will be monitored and supported so that they meet their ongoing obligations.
Government tends to look for technological fixes and constantly seeks new and silver bullets for problems, and this can certainly be said for the U.K.&rsquo;s current approach to decarbonizing heat. The biomass industry, having proved it can deliver at scale, is now frustrated by the thinking of government, which sees the electrification of heat as the way forward, with the notion that large-scale Bioenergy Carbon Capture and Storage in the 2030s will help them achieve&nbsp; goals. Backing a currently unproven technology to deliver tomorrow rather than today, in lieu of deploying a no-regrets option such as biomass heat, is a dangerous move. It is a decision that not only runs the risk of failing to meet targets, but also undermining the viability of the remaining industry in the U.K., which is already challenged with limited opportunities for meaningful new growth.
Industry lobbying and government research continues at an increasingly frantic pace, as the biomass sector seeks to secure its future as part of the solution to U.K. carbon emissions, while the government looks for technologies that can be supported to meet targets that, although unchanged for many years, look less and less realistic with each day that passes. Author: Neil Harrison Chairman, Wood Heat Association www.reheat.uk.com

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The outlook of the U.K. wood pellet market is mixed. 

UK Wood Pellet Market: Past, Present and Future

Under-pile reclaimers, such as this one provided by Laidig Systems Inc., can offer true first-in, first-out raw material management.

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Bruks Siwertell supplied the hammer mill system featured at Envivaâ€™s Greenwood, South Carolina, plant acquired from The Navigator Co. S.A. in 2018, after which Enviva expanded and made significant upgrades. 

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Raw material consistency leading into the pellet presses, such as these Andritz mills at Oâ€™Malley Wood Pellets in Virginia, is vital for product quality, operational expenses and so much more.  

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At Natureâ€™s Earth Pellets NC, KESCO made it possible for the operator to adjust the proportions of material discharging silos one, two and threeâ€”each housing different types of wood with varying propertiesâ€”based on pellet quality.

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There are many critical considerations to deliver reliably consistent raw material streams to pellet presses, for high product quality and low operational expenses.

March/April Pellet Mill Magazine

Business Briefs

Business Briefs

Columns

Showcasing Our Best Resources

Biomass' Role in Europe's Green Deal

The Long and Winding Road

Common Causes of Off-Spec Product: Part 2

Consistency is Key

Featured

An Identity and Livelihood

Pellet Mill Magazine's Sponsor Spotlight

The Continual Pursuit of Fiber Consistency

Contributions

UK Wood Pellet Market: Past, Present and Future

March/April Pellet Mill Magazine.css-7jxktu{position:absolute;bottom:0px;left:0px;right:0px;height:3px;border-radius:3px;background-color:var(--chakra-colors-brandBlack);}

Business Briefs

Business Briefs

Columns

Showcasing Our Best Resources

Biomass' Role in Europe's Green Deal

The Long and Winding Road

Common Causes of Off-Spec Product: Part 2

Consistency is Key

Featured

An Identity and Livelihood

Pellet Mill Magazine's Sponsor Spotlight

The Continual Pursuit of Fiber Consistency

Contributions

UK Wood Pellet Market: Past, Present and Future

March/April Pellet Mill Magazine