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B I O P R O D U C T S
BETTER LIVING FROM THE GROUND UP How POET’s suite of bioproducts powers your day in unexpected ways
VOL 18. ISSUE 2
2025
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Contact 4615 North Lewis Avenue Sioux Falls, SD 57104 vitalbypoet.com
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OUR IMPACT Vital magazine is a news and media resource managed by POET, the world’s largest producer of biofuels. Since 2008, Vital has provided readers with forward-thinking content that helps to advance an industry that provides renewable energy and bio-based products from the surface of the Earth. Vital seeks to educate readers about the state of the biofuels sector today and the breakthrough stories of innovation and sustainability of tomorrow by presenting a variety of insights and perspectives. Each issue features in-depth, quality reporting on important topics, topics, such as domestic energy security, innovation in agriculture, local and national policy landscapes, and stories of the men and women advocating to advance bioethanol and other renewable bioproducts. Vital by POET is committed to editorial excellence, along with high quality print production and distribution. In the spirit of its continued commitment to being good stewards of the environment, POET is proud to produce Vital using recycled paper when printed. Additional reporting can be found online at vitalbypoet.com. The opinions and statements expressed by content contributors and advertisers in Vital are their own and do not necessarily reflect those of POET. Neither POET nor its third-party content providers shall be liable for any inaccuracies contained within Vital, or for any actions taken in reliance thereon.
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To Subscribe Visit vitalbypoet.com to receive a digital magazine Vital is published biannually by POET, LLC and other individuals or entities. All materials within are subject to copyrights owned by POET. POET, BPX, and other associated designs and logos are registrations or trademarks of POET, LLC. Growth Energy is a registration or trademark of Growth Energy, a non-profit corporation organized under the laws of the District of Columbia. Any reproduction of all or part of any document found in Vital is expressly prohibited, unless POET or the copyright owner of the material has expressly granted its prior written consent to so reproduce, retransmit or republish the material. All other rights reserved. For questions, contact the POET legal department at 605.965.2200. The opinions and statements expressed by content contributors and advertisers in Vital are their own and do not necessarily reflect those of POET. Neither POET nor its third-party content providers shall be liable for any inaccuracies contained within Vital, or for any actions taken in reliance thereon. ©2025 POET, LLC. All rights reserved.
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Contents FEATURES
COLUMNS
08 | From Corn to Cutting-Edge
06 | In Sight
POET Bioproducts Center promises to shape the future of value-added agriculture
By Jeff Broin
24 | Where Hope Takes Root
16 | Farm Fresh By Andy Vickers
Seeds of Change cultivates resilience and possibility for generations to come
54 | Mechanic’s Corner
36 | Pride in Every Gallon
Automotive advice from Dr. Andrew Rudolph
POET Bioprocessing – Preston is blessed with great ag resources and a great quality of life
58 | Out Of Left Field By Scott Johnson
46 | Better Living, From the Ground Up How POET’s suite of bioproducts powers your day in unexpected ways
DEPARTMENTS 18 | People of POET 32 | Get Biofuel 44 | PAC 56 | Policy
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Top Left: John Deere tractor Bottom Left: Charles Watkin and his daughter Top Right: Jennifer Reis Bottom Right: Dr. Andrew Manning, Jeff Lautt, and Jeff Heikes
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IN SIGHT
A Global Bioeconomy, Growing in America’s Heartland By Jeff Broin, Founder and CEO of POET At POET, we believe the future belongs to those who innovate. The ones who hold the power to change the world are those who refuse to be satisfied with the status quo. Because of that belief, our story has always been one of growth and change, and this year was no exception. But for us, growth has never been about size alone — it’s about purpose. Every investment we make strengthens our ability to fuel and feed the world through the power of American agriculture, and that is being proven true today more than ever as we gain momentum both in the U.S. and across the globe. In September we completed the acquisition of POET Bioprocessing – Obion. This facility strategically complements our plant network in many ways, growing our production capacity by 120 million gallons per year, increasing our workforce by 70 new team members, and becoming our third site for POET Corn Fermented Protein. In addition, its location in northwestern Tennessee has geographic synergy with our existing footprint, strengthening our access to southeastern markets for bioethanol, distillers grains, and bioCO2. Perhaps most notably, this acquisition highlights our confidence in the future of this industry and reinforces our position as the world’s largest producer of biofuel, with a combined annual capacity of 3.1 billion gallons. The POET portfolio now includes 35 bioprocessing facilities, four terminals, three corporate offices, and two international locations, spanning 14 U.S. states and three countries.
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These numbers are more than just statistics — they represent real progress toward a global bioeconomy powered by American ingenuity. Every POET location plays a vital role in creating jobs, bolstering rural economies, and turning grain grown by our farmers into a suite of valuable bioproducts that serves an ever-growing base of customers around the world. This year, POET was named the 15th-largest container shipper in the U.S. by S&P’s Journal of Commerce, an incredible milestone that speaks volumes about the growing global demand for American-made energy and bioproducts. To put it in perspective, in 2021 we ranked 36th on that list; today, we’ve surpassed household names like Walmart, Tyson Foods, and DuPont. In 2024 alone, POET exported nearly 40,000 containers (an 18% increase over the previous year) to 25 countries. Much of that growth can be attributed to our animal feed ingredients as POET Bioproducts gains worldwide recognition as a quality feed supplier, opening doors to new international markets for U.S. grain. When I think about how far we’ve come from our original one-million-gallon plant in South Dakota, I’m truly humbled. Our growth is a reflection of the extraordinary power of a meaningful vision, a clear purpose, and a determined team. POET’s achievements this year and the continued momentum of this industry underscore one undeniable truth: the world is recognizing that solutions rooted in agriculture are not only possible — they’re essential. I’ve said before that the future of bioprocessing is bright, and I believe that now more than ever. As always, POET will remain steadfast in our mission, focusing on purposeful growth as we continue to drive toward a global Biofuture rooted in the power of the sun, the soil, and the seed.
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FEATURE
From Corn to Cutting-Edge POET Bioproducts Center promises to shape the future of value-added agriculture By Ryan Turpin It was a sunny day in Boston when I got to talk with Dr. Andrew Manning, Bioproducts Research Director at POET, and even with sunglasses covering his eyes, his passion and excitement were easily visible. My goal was to get Manning, who was in town for a conference on mycotoxin mitigation, to give me the scoop on the $30 million innovation hub in Brookings, South Dakota, that bears POET’s name. “What inspires me most,” said Manning, speaking about the collaborations happening at the hub on a daily basis, “is the appetite for doing things together. Across companies, across research groups, across borders.” The hub, formally known as the POET Bioproducts Center, is a fully operational, 45,000-squarefoot facility located in Research Park at South Dakota State University. Its existence was made possible by significant public and private investment, including a $5 million lead gift from POET, $23 million from the state legislature, and contributions from South Dakota Corn and the Soybean Research and Promotion Council. Overall, the facility represents a shared vision between these entities, as well as South Dakota State University (SDSU) and South Dakota Mines. The first-of-its-kind innovative ecosystem between students, faculty, and industry partners allows collaboration on the next generation of bioproducts, specializing in two areas: specialty animal feeds (such as prebiotics and probiotics to reduce antibiotic use) and biomaterials (such as degradable bioplastics). Guided by international bioscience experts and supported by South Dakota’s agricultural resources, it is projected to generate over $6 million annually in research spending and $4 million in industry services. It will also provide jobs for highly trained scientists and engineers, as well as administrative, operations, and accounting positions.
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Manning was able to give me the lay of the land, but to really understand that vision — and its significance to South Dakota, the agricultural sector, and beyond — I needed to go a level deeper: inside the POET Bioproducts Center, to talk with the founding members of Dakota BioWorx, the non-profit that operates the facility. A few days later, I was able to do just that, thanks to the wonder of video conferencing. Hosting me, from several thousand miles away, were CEO Craig Arnold and Project Manager Greg Opdahl. Soon after the interview began, we were joined by Chief Scientific Officer, Dr. Neal Connors. Behind the three of them, through the glass walls of the meeting room, the shiny metal surface of a 3,000-liter bioreactor was just visible. Under Arnold’s belt are already several decades of leadership in technology and innovation. His vision for Dakota BioWorx — and for the Center — is crystal clear. “Our primary interest is in the commercialization of new, biobased tech, and our main role within that is to help remove risk from the process. Just because something works on a lab bench doesn’t mean it will work on a commercial scale, and this facility bridges that gap by allowing solutions to go from test tubes to production-scale volumes. Dakota BioWorx is where startups, researchers, and Fortune 500 companies come to test, scale, and launch the next generation of bioproducts.” Connors, a renowned industrial microbiologist, offered more context to my nascent understanding of the biotech sector. “As a science,” he pointed out, “biology has, in many ways, gone from discovery-based to design-based. What that means is that we can increasingly take microorganisms and basically rewire them to design new products and solutions. More and more companies are interested in doing that, and biomanufacturing is growing substantially. It’s tied to everything from food availability to national security and economic development, and it’s driving a huge demand for piloting research at a larger scale.” “Exactly,” Arnold agreed. “Students, entrepreneurs, startups — they can’t get millions of dollars to build a facility just to find out if their innovation will work at scale. In many cases, this de-risking step gets outsourced to companies in other countries, but we want to help provide the opportunity to do it here.”
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Dr. Andrew Manning, Jeff Lautt, and Jeff Heikes discuss the bioreactor inside the POET Bioproducts Center.
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By “here,” Arnold means not just the U.S., but the Midwest specifically, and South Dakota in particular. I have to ask, why? “The perfect example is right there,” Arnold said, pointing across the table to Opdahl. Opdahl holds a Master’s degree in chemical engineering from Mines. He grew up in South Dakota, was educated in South Dakota, and his family is in South Dakota. Still, historically, he would have been a likely candidate to move out of the state to find work in his chosen field, and he’s far from alone. According to the U.S. Bureau of Labor, 23% of students in South Dakota’s public university system are pursuing bioscience-related degrees. While science and technology jobs in the state are growing faster than jobs in other sectors, there’s no getting around the fact that it’s easier to find those opportunities elsewhere — and that’s what the supporters behind the Bioproducts Center hope to change. “Our greatest export here isn’t corn. It’s people,” said Arnold. “A core part of our vision is to help develop that workforce and ensure graduates from SDSU and School of Mines don’t have to leave the state to build careers in biotech and advanced agriculture. With every research collaboration, startup pilot, or scale-up project, the Center is building the ecosystem to keep those opportunities and those people right here.” I wanted to know what this all looked like in practice, and Opdahl filled me in. “There are three categories of projects we’re working on at the moment. The first is collaboration with university researchers and research groups. We help them figure out if their work has commercial potential, and if so, how to realize it. A step up from that, we work with startups to help them avoid the Valley of Death.” “Valley of Death,” of course, refers to the phase that many small companies go through after putting substantial effort into commercialization without yet having generated significant revenue. Especially in the fast-moving world of tech innovation, the heat of the valley can be killer. “The third category,” Opdahl continued, “is projects with large companies, including Fortune 500s. Many of them have their own innovation pipelines and testing facilities, but still come to us for our expertise and resources. In terms of sectors, we see a lot of demand for field and feed applications, but also for food uses and other bio-based products.” The part about established industry heavyweights getting help from a tiny nonprofit surprised me, until I remembered something Dr. Andrew Manning explained to me on that sunny day in Boston.
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“For POET, there’s a lot of value in the collaboration that public-private partnerships make possible,” he had told me. “The faculty and students that make up South Dakota Mines and SDSU have a wide array of knowledge and biological resources that could open the door to further research and potentially new applications.” The potential in this area runs deeper than one might think. For instance, explained Manning, learning to modify a single enzyme could unlock the ability to convert forms of waste, like corn fiber, into high-value bioproducts like biodegradable packaging or renewable chemicals, ultimately reducing reliance on petroleum, lowering greenhouse gas emissions, and creating entirely new revenue streams for farmers. Of course, all of this is only possible if there’s an opportunity to scale up that research in a facility like the POET Bioproducts Center. With all that’s going on in the Center — the impressive facilities, the many stakeholders, the various projects — I’m obliged to ask: If everything goes to plan, and Dakota BioWorx fulfills its stated mission, what will it look like? “This research park we’re in is 100 acres,” said Arnold. “Our big vision is to see companies build and grow right here alongside us, contributing to the evolution of biotechnology and value-add agriculture, and creating jobs for the next generation. Not just scientists and engineers, but technicians, marketers, and everything else that comes with a booming sector — and doing it right here in South Dakota.” This optimism feels contagious around the Center. It’s certainly shared by POET, who will ultimately reap the rewards of having a skilled bioproducts workforce in the state. Generating revenue is good business, but in a case like this, generating opportunities is even better. “We’re proud to invest in the next generation of leaders who are paving the way to the ag-based bioeconomy of the future, starting with the students and staff who will work in this facility,” said POET Founder and CEO Jeff Broin. “Even after nearly four decades in this industry, I believe we have only begun to scratch the surface of what agriculture and bioprocessing can do, and the POET Bioproducts Center will play a vital role as the bright young minds of today use American ingenuity to create a better tomorrow.”
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FARM FRESH
Corn’s Carbon Advantage: How Biofuels Close the Loop By Andy Vickers, POET Agronomy Manager Carbon programs, carbon intensity, and sustainable farming have been hot topics in the biofuels industry for several years. From the halls of Washington, D.C. to the farm gate, policymakers and growers alike are working to better understand the relationship between carbon dioxide (CO2) and crop production. And while much of the conversation focuses on science, economics, and policy, one question is often overlooked: What is the impact of carbon dioxide on crops and on the world? More than any nutrient we apply with fertilizer, CO2 is the single most important input for our crops, our soils, and our environment. Let’s start with the basics. We all learned in elementary school that plants absorb carbon dioxide and release oxygen. The retained carbon powers photosynthesis, builds plant tissue, and stores energy. Simple, right? This process makes plants the most efficient carbon capture system on Earth. A single acre of corn yielding 180 bushels per acre absorbs more than 20 tons of CO₂ annually — and that figure increases with yield. Consider the
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world record corn yield of 623.84 bu/ac set by David Hula in 2023; that crop likely captured nearly 70 tons of CO₂ per acre — enough to offset the annual tailpipe emissions of 11 cars with a single acre of corn. Roughly two-thirds of that captured carbon is returned to the soil through roots and stover. While some CO2 is lost to the atmosphere as residues decompose, carbon-smart farming practices can maximize the amount sequestered in the soil. Planting cover crops increases the time living roots are in the ground, capturing additional CO2 and helping break down and mineralize existing CO2. Reducing tillage helps preserve soil structure and locks carbon below the surface, where it can be stored long-term. Over time, organic carbon mineralizes into soil organic matter, which improves fertility, tilth, water-holding capacity, nutrient retention, and supports a thriving soil microbial community. These improvements can boost yields — leading to even greater carbon capture in the future. Since much of the carbon absorbed is from fossil fuels originally extracted from underground, these practices are a powerful tool for returning carbon to the earth. The remaining third of the CO₂ absorbed by the corn crop is stored in the grain. Whether it’s used for food, livestock feed, or biofuels, this carbon is an essential energy source for a growing world. Biofuels represent an especially efficient use: the carbon is converted into clean-burning renewable energy, and bioprocessing facilities are increasingly able to capture and either utilize or geologically store the CO2 released in the process. Carbon-smart farming of crops for biofuels offers a one-two punch for carbon capture and sequestration, and it’s no surprise this has become a major focus in recent years. The effort to increase soil carbon represents a new frontier in American agriculture — and the biofuels industry is leading the charge. At POET, we know our ag producers are among the world’s foremost stewards of the land, and we’re proud to work alongside you in this important mission.
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PEOPLE OF POET
Leading by Example Charles Watkin demonstrates the power of service at home, at work, and beyond By Marcella Prokop When Charles Watkin, Quality Manager at POET Bioprocessing – Corning, talks about life, the theme that comes up again and again is service. That commitment was never clearer than when he and his daughters joined the Appalachia Service Project (ASP), a nonprofit that repairs and modifies homes for low-income families in rural Central Appalachia. Charles’ daughters Charlotte and Charleze first went on an ASP mission trip, and their stories inspired him to get involved. In 2025, he and his son, Roman, joined them on a trip to serve families in need. “These families inspired me so much,” he said. “My daughters encouraged me to come because they really enjoyed going last year. As parents, sometimes we see our children’s lives through their eyes. I got to see a part of my children that was incredibly inspiring: their work ethic and the love they have for others.” ASP has been in operation since 1969, bringing more than 15,000 volunteers from all over the country to Appalachia each year to provide critical repairs for more than 350 families. “It’s a wonderful organization based on hard work and love for one another,” he said.
Right: Charles and his daughters, Charlotte and Charleze
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For Charles, giving back has always been connected to his family and his work at POET. He’s been with the company since its startup in Corning, Iowa, in 2007, first as an operator before working his way to his current role as quality manager. “I’m an original startup team member with POET – Corning,” he said. “That position allowed me to see the process of our work from beginning to end, to see the result of a harvest and the conversion of starch into accessible energy that Americans could use in their vehicles or use as coproducts to feed livestock.” In his 18 years at POET, Charles has had mentors who pushed him to grow and recognized his potential. Now, he takes pride in doing the same for others. “Our leadership empowers their team members with protocols, and this is beneficial because training and trust allowed me to grow and prosper exponentially,” he said. Scott Sawtelle, General Manager at POET Bioprocessing – Corning, agrees. “Charles’ expertise is diverse,” he said. “He utilizes that knowledge around the plant to help us continually improve.” He and his wife Mary met in high school and have been “sweethearts” since then. They have five children — Charlene, James, Charlotte, Charleze, and Roman — and over the years, Charles has been able to support his family through the career he loves. POET has given him opportunities to be present in their lives, and for them to see what goes on in his work life and learn from his growth there.
Scott Sawtelle and Charles outside of POET Bioprocessing – Corning
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Charles with his family in front of POET Bioprocessing – Corning
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“We have always encouraged our children to believe that if you love what you do, you’ll never work a day in your life,” he said. “Whenever POET has a family or community event, my wife and children are there to support me and learn what I do each day to provide for them. They especially love the plant tours and seeing what goes on in a day at POET.” The opportunities for Charles’ family to see him at work go the other way too, as Charles has been able to be involved in his children’s activities, including homeschool projects, 4-H, sports, work on the family’s acreage, small business ventures, and service opportunities like ASP. Charles’ dedication to service is also deeply personal. When his daughter Charlotte was born with Phenylketonuria (PKU), a rare metabolic disorder, he and his family became advocates to raise awareness and funding for treatment and research. Today, his children have followed in their father’s leadership footsteps by becoming entrepreneurs; James started Watkin Excavation, and Charlene runs Watkin Barn Quilts — both ventures that Charles proudly supports. “Our life journey has taught us empathy and love for others,” he said. “Because of the family life we chose and my steady job at POET, our family has been able to adventure into many different aspects of business and talents. We have always worked together to support one another.” For Charles, ASP is just one chapter in a bigger story: a life defined by adventure, hard work, and service to others.
Charles with his daughter, Charlotte
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Where Hope Takes Root Seeds of Change cultivates resilience and possibility for generations to come By Megan Malugani Mercy Saumu Mwango’s earliest lessons in agriculture weren’t taught in a classroom. They were learned working in the red soil of Soyosoyo Village, a sun-drenched corner of Kilifi County, Kenya, where she and her siblings helped their parents plant and harvest by hand. “I started practicing agriculture at a tender age,” said Mwango, who shares the work ethic of farm kids around the globe. “Even as a child, I knew about the potential of agriculture to improve food security and livelihoods in my community.” By the time Mwango was a teenager, she’d started her own fruit garden with bananas, mangoes, and sugarcane. She also experimented with coconut seedlings. With no borehole, she walked long distances for water during dry seasons, determined to keep her crops alive. Now 25 years old, Mwango is one of many young agricultural entrepreneurs who’ve benefited from programs sponsored by Seeds of Change, a global nonprofit foundation established Jeff and Tammie Broin. One pillar of the Seeds of Change operation — the Mission Grow initiative — is transforming sub-subsistence farming into sustainable entrepreneurship for Mwango and millions of others in 17 African countries.
“The stability and security that the farm has brought my family has given us hope for a better future.” Mercy Saumu Mwango
Mwango has flourished with the knowledge and techniques she’s learned through training and mentorship supported by Seeds of Change, as well as with seeds and fertilizer provided by the program. “It’s amazing to think where I was before the program and where I am now. The advances on my farm have been transformative,” she said. “The stability and security that the farm has brought my family has given us hope for a better future. We’re no longer worried about where our next meal will come from or whether we’ll be able to pay our bills.”
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Mercy Saumu Mwango works with the chickens on her farm
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Planting knowledge, cultivating change Seeds of Change was born in 2012 when POET CEO Jeff Broin, his wife, Tammie, and their children visited Kenya on a service trip. Shocked by the struggling crops and drought-scarred soil, Jeff — still a farm kid at heart — saw untapped potential. Returning home and realizing the impact they could have, the Broins formed Seeds of Change, which strives to transform the lives of individuals through education and agriculture. What started with a simple realization — that farmers weren’t using their land to its full potential — has grown into something the family never could have imagined, said Miranda Broin, Vice President of the Seeds of Change board. It’s not just about teaching farmers better methods, but about creating an entire system that helps them thrive, she said. “We’re empowering individuals to grow their own opportunities from the ground up, and all of our program areas work in tandem to provide solutions that are truly sustainable for the long term,” said Miranda.
Macy Kaiser with Seeds of Change-sponsored Village Based Advisors (VBAs)
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Seeing their vision unfold in the last 13 years has been gratifying, said Tammie Broin. She has visited Kenya twice since the family’s initial trip. “It’s just heartwarming to see how much these programs mean to the individuals who participate. It’s going to change the dynamics of their lives and improve the futures of generations to come,” Tammie said. “Jeff has always said that you can only really change the world through agriculture, and we’re seeing that brought to life. It’s a privilege to be part of it.” Seeds of Change is able to make such a profound difference through its partnership with and financial support of Farm Input Promotions Africa Ltd. (FIPS-Africa). FIPS is a Kenya-based organization that empowers individual farmers across Africa to boost food security and income through access to improved seed and fertilizer, education, and support. FIPS trains and supports self-employed Village Based Advisors (VBAs), local agricultural entrepreneurs who live in and serve their communities. VBAs guide their fellow farmers in techniques to improve their yields. In partnership with FIPS-Africa, Seeds of Change has expanded from Kenya to 16 other African countries — and counting — and touched nearly 20 million lives through its training programs and VBA model. Across that footprint, farmers produce everything from avocado groves and maize fields to poultry farms and potato greenhouses. “Connecting to farmers through our boots-on-the-ground partners is such an important part of our ag education initiative,” said Miranda. “It all starts with building trust and forming relationships. With the VBA model, community members are learning from their neighbors to improve their farm operations, and the results have been very effective.” The tools and techniques used vary by location and have evolved alongside the program itself, but its foundation remains rooted in simple, effective agricultural practices. At its core, Mission Grow emphasizes enhancements such as improved seed varieties, proper tillage and planting methods, and fruit tree management. As farmers gain experience, they often adopt more advanced approaches, including animal husbandry, crop diversification, and grain storage. Today, many are even experimenting with fertilizers or practicing artificial insemination in cattle. The list of practices continues to expand, and as farmers master their craft and produce enough to both feed their families and earn a profit, their operations steadily grow and thrive — often achieving ten times their original yield in the first growing season.
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From struggle to self-reliance Mwango joined the program in December 2023 after meeting a FIPSAfrica youth officer. Drawn to the promise of self-reliance and the practical knowledge she could gain, she eagerly began applying new techniques like crop rotation, integrated pest management, drip irrigation, and the use of WonderGro fertilizer. The results were immediate. Mwango used to struggle with pests and poor yields. “Now, my vegetables — okra, spinach, eggplant, kale, amaranth, and tomatoes — are healthier and more abundant. I’ve increased my profits by 30 percent. With the extra income, I was able to buy a water pump and storage tank.” This means she no longer walks long distances just to keep her crops alive. Mwango also ventured into poultry farming in the winter of 2025 to ensure a steady income with the expectation that heavy rains could damage her vegetable farm. Her diversification stemmed in part from her desire to earn a bachelor’s degree in child care and protection at Pwani University. After she had to defer her second year of studies because her family couldn’t afford the fees, she was determined to make her farm more profitable. “I knew I had to find a way to support myself. That’s when I added poultry. Now, I can pay for my school and contribute to my family’s needs. Farming gave me options I didn’t have before.” For Mwango, balancing university life and managing a growing farm hasn’t been easy. She commutes daily to campus, but every spare hour is dedicated to her land. “It’s a bit of a balancing act, juggling my academic responsibilities with managing the farm, but I’m managing to keep everything running smoothly.” Growing legacy, growing impact Mwango’s story is echoed by thousands of others across the continent, said Seeds of Change Executive Director Macy Kaiser. One farmer Macy met on a visit to Africa had put all four of his children through university thanks to his improved yields and the ability to sell at market. “Before this program, he told me they could only afford to send one child to school,” Kaiser said. “Now all four have graduated. That’s generational change, and that’s why we do what we do at Seeds of Change.” Looking ahead, the Mission Grow initiative is focused on expanding and diversifying even further, investing in youth ag entrepreneurship, and building stronger markets for its farmers who continue to reap a greater harvest every season. Seeds of Change is also exploring curriculum partnerships with universities and training institutions to ensure young people can learn these practical, life-changing agricultural methods in the classroom.
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The classroom model has begun to take off in Kenya in the form of “kitchen farms” that support the Seeds of Change feeding program. Launched in 2021 as a small project to feed 136 schoolchildren in one of Nairobi’s most impoverished slums, the program now feeds nearly 86,000 students daily. Seeds of Change has helped 26 of its partner schools implement kitchen farms that both provide food for the program and teach vital agricultural skills. Many young entrepreneurs have used the knowledge they’ve gained to start small farm plots at home, and over 700 mothers have done the same after volunteering at their children’s schools. “We’re seeing more and more individuals, schools, and communities request our methods,” Kaiser said. “There’s a hunger for knowledge, and when you combine that with opportunity, the impact is exponential.” Last summer, that impact came to life in the most personal way when Macy met Mercy in Kenya. “Her smile said everything,” Kaiser recalled. “She was so proud and so grateful that someone believed in her enough to invest in her future.” It was a moment that brought the Seeds of Change journey full circle — from one family’s mission trip to one young woman’s transformation. “I remember going to Kenya the first time at 17 years old and thinking that if I could use the many resources my family had been blessed with to make life a little better for just one other person, it would have been a life worth living,” said Miranda. “To know that Seeds of Change has impacted not just one, but millions of lives — and that each of those individuals has a story like Mercy’s — is beyond words. It is my greatest honor to be a part of this legacy that my parents built: cultivating hope for a future where every person has a chance to thrive.”
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GET BIOFUEL
Going Green: John Deere Joins Growth Energy By Emily Skor, CEO of Growth Energy For years, bioethanol production has served as the cornerstone of America’s industrial bioeconomy, which supports an estimated 644,000 domestic jobs, contributes $210 billion to the U.S. GDP, and drives $49 billion in wages. The industry is especially valuable because it is economically tied to U.S. soil, where American farmers produce the crop-based feedstocks that make domestic biomanufacturing possible. The result is a stronger industrial base, a more prosperous agricultural sector, and greater U.S. energy independence. That’s good news for the entire supply chain, from equipment makers to the building trades. Few companies understand the nexus between renewable fuels and a strong farm economy better than John Deere, an iconic American brand that recently joined Growth Energy to enhance its long-running partnership with the U.S. biofuel industry. The company has decades of experience providing renewable fuel-compatible solutions to their customers. Now, they are further leveraging their expertise to champion policies that advance the biofuel industry and expand the bioeconomy. As Cory Reed, President of the Worldwide Agriculture & Turf Division for Production & Precision Agriculture at John Deere, explained, “Renewable fuels like corn bioethanol deliver clear benefits by enhancing energy independence, reducing prices at the pump, and lowering emissions, all of which are made possible by our farmer customers. John Deere has long worked with farmers to advance and promote the use of crop-based renewable fuels, and we’re proud to partner with Growth Energy to continue this critical work through policy advocacy, industry engagement, and public education.” Under the new partnership, Reed also joined the Growth Energy Board of Directors, where he can work aside other agricultural leaders like POET and Cargill to expand markets for U.S. biofuels.
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With Deere’s support, we’ll have new opportunities to educate leaders in Congress and the Trump Administration on the needs of rural communities, the benefits of year-round access to E15, a strong and stable Renewable Fuel Standard (RFS), and other priorities. The company also will play an important role in showcasing all the different ways the U.S. biofuel industry drives American growth, from the farm to the factory floor. In fact, in August, the John Deere team made the rounds at NASCAR’s Iowa Corn 350 race in Newton, Iowa, where Austin Dillon drove the #3 Get Bioethanol Chevy. It was an exciting chance to educate the public about how renewable fuels are transforming American industry while supporting a powerful source of ongoing demand for corn, soybeans, grains, oil seeds, and their co-products. Of course, John Deere is far from alone. Growth Energy members purchase 20 percent of U.S. corn and represent 60 percent of all domestic bioethanol production capacity. But that’s just our producer plants; we also have 130 members that occupy other parts of the value chain — supporting growers, conducting research, providing financial and logistical services, and all the other facets of the wider bioeconomy. And our doors are always open. We encourage all those who support a stronger bioeconomy to check out GrowthEnergy.org, attend one of our industry gatherings, and consider lending their own voice to our growing membership network.
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Austin Dillon, driver of #3 Get Bioethanol Chevrolet, drives during practice for the NASCAR Cup Series Iowa Corn 350 Powered by Ethanol at Iowa Speedway
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FEATURE
Pride in Every Gallon In Minnesota’s Bluff Country, POET Biprocessing – Preston blends smalltown spirit with big-time innovation By Darrell Boone POET Bioprocessing – Preston General Manager Chris Hanson said that of more than 200 bioethanol plants in the U.S., his is the only one without rail access, which is both a blessing and a curse. “That limits us in being able to reach some markets to the east of here,” he said. “But where the railroad used to be, they’ve built an absolutely gorgeous bike trail.” He explained that the eastern part of Fillmore County, in the southeastern tip of Minnesota, is known as “Bluff Country” because of its scenic limestone bluffs, with an extensive river network. A major tourist area, people come from all over the U.S. to ride the bike trail, hike, fish, camp, kayak, and visit the local Amish community. And while the eastern half of Fillmore County, including its proximity to Rochester, offers an attractive quality of life, the western half is on the edge of the prairie and is rich corn country. To add value to that corn, in the mid-1990s, three hundred farmers got together to form the Southeast Minnesota Ethanol Cooperative. To build their plant, they joined forces with a young bioethanol entrepreneur named Jeff Broin. Constructed in 1997, what eventually became the POET Bioprocessing – Preston started grinding corn in 1998 to produce 12.5 million gallons of bioethanol. Over the years, the facility has more than quadrupled in size — it now produces 52 million gallons annually.
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Although POET – Preston has grown into a much larger facility, it is still one of the smaller facilities in the POET family. However, its team is known for punching above its weight, taking pride in both innovation and excellence. “We’re the biggest in the POET family in liquid carbon dioxide (bioCO2) production,” Hanson said. “Our team captures and purifies thousands of tons of bioCO2 each year for food-grade and industrial uses, including carbonated beverages, creating dry ice, and supplying local businesses. It’s a critical part of our plant operations, and our team is constantly looking for ways to improve efficiency and quality.” Hanson emphasized that this success is driven by the entire POET – Preston team, from lab technicians to merchandisers to operators and managers. “Our people are what make this facility great. Every day, they go the extra mile to keep our operations running smoothly, and that dedication is what has allowed us to grow and stay competitive. While this is one of POET’s older facilities, our team takes a lot of pride in it, and they keep it looking and operating great.”
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Chris Hanson: Teamwork makes the dreamwork Hanson grew up on a hobby farm in central Minnesota. After getting his degree in chemical engineering from the University of Minnesota, he worked in an iron ore mine for a number of years before coming to POET. He’s now been with POET – Preston for 20 years, ten as general manager. Upon his arrival in the area, he was delighted to learn that his Norwegian heritage would fit right in. “Most people here either trace their roots to Norway or Germany,” he said. “You can still occasionally find Lutheran churches putting on lutefisk dinners,” he said. Hanson credits the plant’s success to its “very welcoming team, who want to help everyone be the best they can be at their job.” He said his team has a high rate of retention and frequently refer others to work there. His team is also focused on “robust solutions, and recognizing mistakes as a valuable part of the learning process. We have a lot of fun together.” POET – Preston is involved in a plethora of activities in the community, but one of which Hanson is particularly proud is its local scholarship program. He said that over the past twenty years, $155,000 has been awarded to students in STEM, agriculture, or related fields. “Of those recipients, we have had a number come back to us for internships, and some have become team members,” he said. For Hanson, 20 years at POET would suggest he likes his job. “My job has meaning,” he said. “We’re making a great product that’s good for the environment, good for energy independence, good for farmers, and good for the community. Every single day, I get to make the world a better place for my children and the world. That’s pretty awesome.”
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Stephen Rogers: Navy veteran
Jennifer Reis: Tri-state living
Stephen Rogers served in the Navy aboard the nuclear aircraft carrier Gerald S. Ford for nine years, earning a bachelor’s degree in nuclear engineering technology in the process. But he always knew that at some point, he wanted to return home to Lanesboro, Minnesota — about 15 miles east of Preston, where his grandfather owned a small farm that he now operates.
Lab Technician Jennifer Reis grew up a Green Bay Packer fan in Wisconsin. While attending college at the University of Wisconsin – River Falls, she met her husband, who farms just over the state line in Iowa. She made the move to Iowa when she started at POET Bioprocessing – Preston.
Rogers started working at POET – Preston in 2019 as a plant technician, but soon worked his way up to plant manager, his current position. He says he has a “really strong team.”
At work, she enjoys the testing, troubleshooting problems, and the people she works with. Off the job, she keeps very busy as a 4-H leader and taking her kids — one in high school and one in junior high — to their sporting events, including travel teams. They also show beef cattle.
“They have great minds, and they’ve chosen to invest their careers with POET. We don’t take that lightly,” he said. “My favorite part of my job is helping my team enjoy their jobs.”
“I guess that makes me a tri-state girl,” she laughed.
“We have a lot going on, but I really enjoy watching them,” she said.
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Pete Solum: Racecar driver turned farmer For about 17 years, Commodity Manager Pete Solum raced his dirt-track stock car all around Minnesota, Iowa, and Missouri, using what else: E-85. “It was less expensive than regular racing fuel, improved both the torque and horsepower, and it helped me win some races,” he said. “But I had to give it up about three years ago. With three kids and farming on the side, something had to give.” Solum said his favorite part of his job is working with farmers. “What I do outside of work is what I get to do at work. I learn a lot by talking with farmers that I get to apply to my own corn and soybean farm.”
For POET’s team, every gallon tells a story: of the farmers who grow the corn, the families who rely on local jobs, and the teammates who work side-by-side to make it all possible. “We take pride not just in what we make, but in how we make it,” said Hanson. “Every gallon represents our shared effort to create something meaningful for our community and for future generations.”
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POET PAC
Champion’s Corner Policy advocates making a difference for rural America By Paige Lindgren, POET Director of Public Affairs From the Grand Canyon to the Great Lakes, POET’s Senate champions are proving that biofuels aren’t just a regional issue, but a national solution powering America’s farm economy and energy dominance. Senators John Thune (R-SD), Elissa Slotkin (D-MI), Roger Marshall (R-KS), and Ruben Gallego (D-AZ) represent a broad spectrum of constituents, yet each is a strong supporter of American bioethanol. Senator John Thune has been one of Congress’ most enduring advocates for farmers, rural communities, and biofuel producers. From his election to the U.S. House of Representatives in 1996 to his current role as Senate Majority Leader, he has been an unwavering ally to American agriculture and domestic energy. He has led initiatives to advance U.S. biofuels, like year-round nationwide E15, which he described as a “readily available energy solution to leverage American agriculture and displace foreign sources of oil, all while lowering transportation emissions.” His leadership has kept biofuels central to Congress’ energy and agriculture agenda. During her first term in the Senate, Senator Elissa Slotkin has quickly built on her record of championing biofuels in the House of Representatives. A former CIA analyst, Senator Slotkin views energy security as national security, often calling for an all-of-the-above energy approach that leverages biofuels. “Biofuels are a clear win for Michigan farmers and consumers, and critical to supporting a diverse, all-of-the-above approach to secure American energy independence,” said thenCongresswoman Slotkin after receiving Growth Energy’s Fueling Growth Award in 2024. Her pragmatic approach underscores biofuels’ role in supporting Michigan’s agricultural economy and advancing America’s energy independence goals.
Senators John Thune, Roger Marshall, Elissa Slotkin, and Ruben Gallego
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Representing more than 55,000 farms, Senator Roger Marshall is a relentless fighter for Kansas agriculture and biofuels. He understands that biofuels are indispensable to a prosperous future for America’s farmers. In discussions surrounding Congress’ recent reconciliation package, Senator Marshall stood firmly behind the 45Z clean fuel production credits. He often highlighted the importance of 45Z for opening new markets for farmers and strengthening rural America. “Folks, 45Z is going to do more for agriculture than all the soybeans and sorghum we sold to China in the past five years,” said Senator Marshall at an event with USDA. “This bill empowers our agriculture communities and secures our family farms for generations to come. Now, as a fifth-generation farm kid, I learned how agriculture underpins our economic stability, our public health, our national defense, our geopolitical autonomy, and our rural way of life.” His dedication guarantees America’s farmers always have a seat at the table in our nation’s Capital. Hailing from the Grand Canyon State, U.S. Senator Ruben Gallego has also continued his commitment to American biofuels as he was sworn in to the Senate this year. In both the House of Representatives and the Senate, he has supported year-round nationwide E15, a strong Renewable Fuel Standard (RFS), and lower gas prices. With Arizonans facing sky-high prices at the pump, Senator Gallego repeatedly urged the Biden and Trump Administrations to re-examine the state’s fuel restrictions. “As we work to uphold existing agreements between Arizona and the EPA, and to protect our state’s air quality, we must also ensure that we are keeping consumers in mind,” wrote Senator Gallego in a letter to EPA Administrator Lee Zeldin. “Arizona’s families and business owners should not have to pay almost a dollar more than people in other states because of CBG (Cleaner Burning Gas).” Through his career, Senator Gallego has proven that smart biofuel policy benefits drivers across the country while promoting America’s clean energy future. This broad coalition of lawmakers reflects just how critical biofuels are to America’s future. Republicans and Democrats, leadership and freshman legislators, and representatives from both northern and southern states are coming together around a shared vision. From boosting the farm economy to bolstering U.S. energy independence, bioethanol stands ready to tackle some of our most pressing challenges. POET PAC is grateful to have these champions – and many others – who carry that message to Washington, D.C.
HOW DO I JOIN? Ready to join the thousands of members who are already making their voices heard? Visit www.poetpac.com or email poetpac@poet.com to join POET PAC today! Contributions to POET PAC are not tax-deductible for federal income tax purposes. Contributions to POET PAC will be used in connection with federal elections and are subject to the limits and prohibitions of federal law. The maximum an individual may contribute to POET PAC is $5,000 per year ($10,000 per couple). Corporate and foreign national contributions are not permitted under federal law. Please make checks payable to POET PAC. Federal law requires us to use our best efforts to obtain and report the name, mailing address, occupation and name of employer for each individual whose contributions aggregate in excess of $200 per calendar year. Your contribution to POET PAC is strictly voluntary.
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FEATURE
Better Living, From the Ground Up How POET’s suite of bioproducts powers your day in unexpected ways By Erin Branick, POET Media Manager If your morning started with a hot egg sandwich, a full tank of gas, or even a fresh face of makeup, you’re probably already running on POET. And if your afternoon includes a carbonated beverage, clean countertops, or a drive on smooth roads, chances are that’s POET too. At POET, we don’t just fuel the world. We also feed it, clean it, revitalize it, and power it, all from one remarkable source: homegrown American corn. Over decades of combining creativity with common sense, we’ve transformed a simple grain into a suite of renewable bioproducts that touch more parts of daily life than you might realize. In addition to bioethanol, our product portfolio includes animal feed ingredients, corn oil, bioCO₂, and purified alcohol, all of which are used in a variety of applications and marketed to an ever-growing base of domestic and international customers. But you probably won’t find a POET logo stamped on your soda can or food packaging, because our products are often working behind the scenes — showing up in your cabinet, on your plate, and even under your tires to make life better, cleaner, and more affordable.
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Dinner with a side of DDGS Let’s start with dinner — specifically, how it gets to your plate. Whether it’s a juicy steak, a dozen eggs, or a slice of cheddar, it likely began with a well-fed animal, and there’s a good chance that animal dined on POET’s high-quality feed ingredients. Our dried distillers grains (DDGS), corn fermented protein, and other feed options are optimized to help ag producers raise healthier poultry, beef cattle, dairy cows, swine, and aquaculture, which means better, more affordable protein options on your family’s table. A byproduct of POET’s bioethanol process, our protein-packed, nutrient-rich animal feed ingredients support livestock health and growth. These grains are a win-win: they deliver value to farmers and ranchers, reduce waste, and help feed the world; in fact, in 2024, POET exported feed products to more than 25 countries. And here’s a fun fact: POET corn fermented protein bioproduct is produced with such high quality that it carries an FSSC food safety certification, making it safe enough to use in pet food. So whether it’s feeding dairy cows, chickens, or man’s best friend, POET’s feed products are helping nourish animals across the board. “At POET, we often say we’re never satisfied with ‘good enough,’ and that certainly applies to our feed products,” said Greg Breukelman, President of POET Bioproducts. “From the time grain is delivered at a plant to the time our products ship out, our team works to ensure that they meet the highest quality standards, helping farmers raise healthy animals and, ultimately, putting healthy food on our tables.”
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The fizz factor The next time you crack open a soda, sparkling water, or beer, consider this: the bubbles may have started in a cornfield. That’s thanks to POET BioCO₂, a high-purity, renewable carbon dioxide captured during the fermentation process of bioethanol production. It’s the same CO₂ that gives your beverages their sparkle and keeps packaged foods fresh — and because it’s biogenic, it’s a cleaner alternative to traditional fossil-based sources. “POET bioCO₂ is a great example of how we create value every step of the way throughout our process,” said Christian McIlvain, President of POET Grain. “It’s sustainable, it’s local, and it’s being used to serve other essential industries.” Unlike fossil-based CO₂, our bioCO₂ is sustainably captured and repurposed, giving soda its sparkle and freezers their frost without adding new carbon to the atmosphere. “It’s a closed-loop system,” said McIlvain. “The only emissions from burning bioethanol are carbon dioxide and water. Plants like corn absorb that CO₂, which is released again during fermentation. We’re capturing something that would normally be wasted and turning it into something useful.” But we don’t stop at beverages; that same bioCO₂ is also used in dry ice, which has proven vital in everything from shipping groceries and medicine to keeping coolers cold at the county fair.
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Clean house, clean conscience Let’s step out of the kitchen and take a look in the medicine cabinet, or maybe under the sink. It’s quite possible you’ll find at least one product containing purified alcohol produced at POET. From household cleaners to hand sanitizers, cosmetics, and even pharmaceuticals, this high-purity alcohol helps keep homes clean, hands germ-free, and products safe for use. It’s the gentle but effective hero of your home, created from corn and crafted to pharmaceutical-grade standards. “Many consumers would be surprised by how frequently they rely on our products every day without realizing it,” said McIlvain. “We’re proud to work with companies who source our purified alcohol as a cleaner, healthier alternative to other ingredients in consumer products.” Smooth roads, strong roots It’s time to hit the road, where POET’s presence goes beyond just fuel. Our plant-based asphalt rejuvenator helps restore aged asphalt with a lower-cost, safer alternative; since it’s made from 100% homegrown corn, it’s more sustainable than the competition by a mile. That means longerlasting, better-performing roads, without petroleum-based additives. “We’re not just thinking about the next mile, we’re thinking about the next generation,” said Breukelman. “Bioproducts like our asphalt rejuvenator show how versatile our raw materials can be. The same corn that is safe to feed your food or put on your skin is also powerful enough to fuel a car, or even fix a road.”
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The engine behind it all And speaking of fuel, no list of POET bioproducts would be complete without a tip of the cap to the big one: bioethanol. The clean-burning, renewable fuel displaces harmful petroleum, enhances American energy independence, and keeps fuel prices down at the pump — all while supporting millions of acres of American farmland. Every gallon of bioethanol produced replaces toxic chemicals found in gasoline and keeps dollars in rural communities rather than sending them overseas. When blended into fuel, bioethanol helps lower prices at the pump, improve engine performance, and reduce toxic tailpipe emissions. “From day one, bioethanol has been the crowning jewel of our business. With each gallon sold, local jobs are supported, new opportunities are created, and the connection between farmers, communities, and consumers grows stronger,” said Jeff Lautt, POET President and COO. Made in America. Made to matter. All of this starts with corn. And not just any corn — Midwestern, family-farm-grown corn delivered straight to POET’s 35 bioprocessing facilities. The farmers we work with are often our friends, neighbors, and community members. It’s not the kind of connection you can buy. It’s one that’s built. Every POET bioproduct is part of a bigger story: one of stewardship, innovation, and shared success. Whether you live in a small town or a big city, our bioproducts are helping keep your gas tank full, your pantry stocked, your home clean, and your community strong. We believe that anything that you can make from a barrel of oil, you can produce from a bushel of corn — and support rural communities and family farms while you’re at it. “We’re working to create a full-circle bioeconomy, where nothing goes to waste and everything adds value,” said Lautt. “And we like to think we’re just getting started.” As markets shift and consumers demand more responsible products, POET will continue to lead the charge. Our research teams are continuously exploring new uses for our bioproducts and better ways to deliver what people need — safely, sustainably, and affordably. So the next time you pop open a soda, disinfect a surface, or drive across a smooth stretch of highway, remember: POET might be closer than you think.
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MECHANIC’S CORNER
Does Bioethanol Reduce Fuel System Deposits in Your Car’s Engine? By Dr. Andrew Randolph, Technical Fellow at Richard Childress Racing Fuel system deposits, which decrease engine performance and efficiency, form when heavy hydrocarbons in fuel are partially oxidized. In other words, the hydrogen in the fuel burns and creates water in the exhaust, while the carbon doesn’t fully combust and instead sticks to engine surfaces as elemental carbon. Hot surfaces, such as the backs of valves and the piston crown, are most prone to deposit accumulation. Deposit formation is often a surface phenomenon where liquid fuel undergoes pyrolysis — another fancy word for when hydrogen burns away and carbon clumps together to form deposits. Deposits on the back of valves reduce intake and exhaust efficiency, while deposits on the piston crown cause it to run hotter. Carbon buildup around piston ring lands can prevent proper sealing and lead to cylinder bore scoring. Bottom line? Deposits are bad news!
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The role of fuel control The first step in reducing deposits is good fuel control. Modern fuel-injected engines regulate the fuel-air ratio precisely to achieve near-complete combustion — meaning all carbon should ideally become CO₂, and all hydrogen should become H₂O. However, under extended high-load conditions (like towing a trailer up a mountain), engines inject extra fuel to keep critical components cool. Unfortunately, excess fuel means excess carbon at a time when surface temperatures are high — prime conditions for deposit formation. Frequent short trips can also lead to deposits from fuel condensing on engine surfaces. Finding the right solvent The trick to cleaning up these unwanted deposits is using the right solvent. I was thinking about this the other day when I parked my car under a tree, which promptly dropped several globs of sap onto my hood. “What solvent do I need? Hot water and a sponge?” Just smeared it around. “Soap?” Useless. “Goo Gone?” Nope. “WD-40?” Still no luck. Time for an internet search! Turns out hand sanitizer (which is primarily made of bioethanol) dissolves tree sap. Who would’ve guessed? Now, think about cleaning your kitchen stove or a greasy mechanical part — what do you reach for? A degreaser! Degreasers dissolve oils (carbon-heavy compounds) and leave no residue. Bioethanol is an excellent degreaser because it dissolves carbondense components and promotes complete combustion of both hydrogen and carbon, preventing deposit buildup in the first place. Cleaning vs. lubrication While gasoline on hot engine surfaces can contribute to deposit formation, it also provides lubrication for key parts like valve seats and piston rings. Adding bioethanol to fuel reduces deposits, but it can also reduce lubrication. To compensate, engine manufacturers have improved valve seat materials, piston ring designs, and cylinder bore finishes in modern engines to ensure durability while keeping deposits in check. The verdict Yes, bioethanol reduces fuel system deposits — and the higher the bioethanol percentage, the greater the effect, and engine design enhancements compensate for reduced lubrication. Indeed, modern engines achieve excellent durability and resistance to deposits, even under extended high-load conditions, while running on high-bioethanol fuel blends. So, if you’re looking for a fuel ingredient that helps keep your engine clean, bioethanol’s got your back. And just in case you park under a tree, keep a bottle of hand sanitizer in your glovebox!
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POLICY
Congressional Biofuel Caucus Launches for 119th Congress Bipartisan group of lawmakers supports policies to protect, expand biofuel use in U.S. By Matt Merritt U.S. farmers and biofuel producers again have a bipartisan, unified voice in Washington supporting legislation to advance greater use of homegrown fuel. The Congressional Biofuels Caucus in the U.S. House of Representatives relaunched in May for the 119th Congress. Originally established in the 114th Congress (2015-2017), the group is made up of 36 Representatives from both parties who champion policies that support the growing role of biofuels in meeting the nation’s most pressing challenges. With members from California to Minnesota, the caucus represents the strong, bipartisan support for biofuels that is growing across the nation. “American biofuel producers have an untapped ability to power the future of liquid fuels, whether ethanol blends, biodiesel, or sustainable aviation fuel,” said Co-Chair Adrian Smith (R-NE). “Advancing sound policy can unlock billions of dollars in savings at the pump and hundreds of thousands of added jobs for the American people.” The Congressional Biofuels Caucus has supported issues in the past including strengthening Renewable Fuels Standard and improving availability of E15. In 2023, members of the caucus reintroduced the Consumer and Fuel Retailer Choice Act to ensure that drivers had year-round, nationwide access to E15. Heading the caucus alongside Rep. Smith are Co-Chairs Angie Craig (D-MN), Ashley Hinson (R-IA), Mark Pocan (D-WI), Julie Fedorchak (R-ND), and Nikki Budzinski (D-IL). “Increasing the production and availability of homegrown biofuels is a critical piece of the puzzle when it comes to the all-of-the-above energy policy we need to stay ahead,” said Co-Chair Angie Craig. “I’m proud to be relaunching the Biofuels Caucus alongside my bipartisan colleagues this Congress so we can continue our work to lower prices at the pump, create opportunities for local producers and strengthen our energy security.”
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Additional members of the caucus include: Reps. Dusty Johnson (R-SD), Darin LaHood (R-IL), Jim Baird (R-IN), Scott Peters (D-CA), Tom Emmer (R-MN), Andre Carson (D-IN), Ann Wagner (R-MO), Emanuel Cleaver (D-MO), James Comer (R-KY), Brett Guthrie (R-KY), Marcy Kaptur (D-OH), Suzanne Bonamici (D-OR), Sam Graves (R-MO), Don Bacon (R-NE), Mike Bost (R-IL), Pete Stauber (R-MN), Michelle Fischbach (R-MN), Randy Feenstra (R-IA), Marianette Miller Meeks (RIA), Zach Nunn (R-IA), Mike Flood (R-NE), Eric Sorensen (D-IL), Brad Finstad (R-MN), Tracey Mann (R-KS), Derrick Van Orden (R-WI), Mark Alford (R-MO), Sharice Davids (D-KS), Kristen McDonald Rivet (D-MI), Brian Jack (R-GA), and Mark Messmer (R-IN). “Biofuels bring leaders on both sides of the aisle together to recognize its critical role in bolstering energy security, supporting American agriculture, and reducing reliance on foreign energy,” said Joshua Shields, POET Senior Vice President of Corporate Affairs. “This caucus helps ensure that rural voices — and rural solutions — remain at the center of our nation’s energy conversation.” As the policy landscape continues to evolve, the renewed efforts of the Congressional Biofuels Caucus signal a strong commitment to America’s farmers, rural economies, and the promise of homegrown energy. With broad bipartisan backing, biofuels remain a powerful force in shaping a more prosperous and energy-independent future for the country.
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OUT OF LEFT FIELD
Adequately Unqualified By Scott Johnson, A Thinker of Thoughts (and POET Data Systems Administrator) My oldest daughter needed a coach for her sixth grade soccer team. At a parent meeting, the league warned us: no coach, no team. Unsurprisingly, no parents volunteered. “We can do this,” my wife said. “Who’s ‘we?’” I replied. We knew nothing about soccer. Growing up in rural South Dakota in the 70s and 80s, soccer wasn’t an option. Something that exotic was reserved for sophisticated big city kids, like ballet lessons or dining at Olive Garden. But my wife was a P.E. teacher, athlete, and generally the kind of determined person willing to do hard things. I had none of those qualifications. What I did possess was a crippling inability to say no when pressured. My experience as a reluctant owner of two Kirby vacuum cleaners and a timeshare in Branson made one thing clear: we were indeed going to be soccer coaches. These girls had been playing for years. But none were expecting a World Cup soccer experience this time around. They just wanted to participate and needed adult supervision. So my wife and I watched soccer videos, read books, and asked fellow parents who had coached in the past. Then we bought whistles, cones, a clipboard, and foldable nets. We weren’t going to provide revolutionary tactical insights or skill development. Our goal (see what I did there?) was to create a fun, encouraging atmosphere. What we lacked in deep soccer knowledge, we made up for in positivity. We didn’t fully grasp the rules or strategy, but we fervently celebrated hustle and effort, becoming beacons of confused enthusiasm — confusiasm.
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(Confusiasm: the act of being demonstrably positive and encouraging despite having no clue what’s going on.) Our coaching strategy mirrored our initial opportunity: wing it with conviction. None of the girls wanted to play goalie, yet every game required a “keeper.” Each girl met the minimum required ability to stand in the box and get in the way of opponents’ shots. The environment we established set the tone. They could do it, and it needed to be done. Simple equation and simple result. Our unorthodox methods paid off and our team won the state championship! To celebrate, we flew the team and their families to our Branson timeshare. Just kidding. We were terrible. But my daughter and her teammates had a great season. They had fun. They improved. And I finally grasped the “offsides” rule (sort of ). The girls needed a coach, and we were capable of being soccer coaches. Well, more so adult representatives who were required to be present while girls played soccer. Tomato, to-mah-to. What we’re capable of and what needs to be done aren’t always on exclusively parallel paths. Both zigzag and intersect far more often than our pessimistic minds and hearts believe. Turns out, you don’t always need to be an expert to make a positive impact. We had no business coaching, but we showed up, blew whistles, and cheered like lunatics. We were adequately unqualified. And sometimes in life (and sixth grade rec-league soccer), that’s enough.
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Animals require a well-rounded nutritional diet, and each species has different needs - which is why POET offers a wide variety of feed products to match application uses and price points. With superior quality and consistency you can depend on, we offer easy access to a variety of products to meet your feed ingredient needs and help you get desired results.
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