EVOLVING COPRODUCTS Colocated Biodiesel Transforms Corn Oil into Fuel Page 26
Nutritionists Want Data to Match New Feeds to Best Uses Page 32
Novita, Nutrinsic Launch Novel Feed Products Page 38
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Visit us at FEW 2016! Booth #223 www.uswaterservices.com
MAY 2016 VOLUME 22
THE WAY I SEE IT
A New Long-Range Plan Every 4 Years By Mike Bryan
VIEW FROM THE HILL
Barbecues, Beaches and E15? You Bet By Bob Dinneen
More plants come online producing biodiesel from corn oil alongside ethanol production By Keith Loria
Needed: Species-Speciﬁc, ProcessSpeciﬁc Nutritional Proﬁles Feed industry needs good data on new, altered coproducts By Susanne Retka Schill
Implement RFS as Congress Intended By Tom Buis
E15 Today, High-Octane E25 Tomorrow By Brian Jennings
CLEARING THE AIR
Building Upon What Already Exists By Tom Bryan
EU Must Increase Ethanol Use to Meet Targets By Robert Wright
Protein Packs a Punch
Two companies take diﬀerent approaches to value-added feed coproducts By Holly Jessen and Kassidi Andres
Biomass-based Diesel Poised for Growth
Biodiesel becomes major market for inedible corn oil By Dave Elsenbast
ON THE COVER Adkins Energy biodiesel plant manager Doug Roberts stands in front of the clean oil tank. PHOTO: DREIBELBIS-FAIRWEATHER
4 | Ethanol Producer Magazine | MAY 2016
Nebraska company’s biobased components used in lawn, gardening products By Ann Bailey
Ethanol Completes the Puzzle By Dave VanderGriend
Carbon Intensity Creates Opportunities By Bernie Hoﬀman
DG-Based Resins Spring into Plastics
FEW: Bigger and Better Than Ever in its 32nd Year
Colocated with the advanced biofuels conference, the largest gathering of biofuel producers and professionals of the year By Ann Bailey
New Coproduct Technology Produces Food-Grade Yeast Potential source for abundant, low-cost protein supplements By Don McLellan
New, Evolving Coproducts Require Regulatory Due Diligence All feed ingredients must meet speciﬁc, deﬁned legal deﬁnitions By Kurt Rosentrator
Ethanol Producer Magazine: (USPS No. 023-974) May2016, Vol. 22, Issue 5. Ethanol Producer Magazine is published monthly by BBI International. Principal Oﬃce: 308 Second Ave. N., Suite 304, Grand Forks, ND 58203. Periodicals Postage Paid at Grand Forks, North Dakota and additional mailing oﬃces. POSTMASTER: Send address changes to Ethanol Producer Magazine/Subscriptions, 308 Second Ave. N., Suite 304, Grand Forks, North Dakota 58203.
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www.fqptech.com Process Technologies
Building Upon What Already Exists I’ve always believed that America’s advanced biofuels industry will substantially rise from, with or because of, our nation’s standing fleet of corn ethanol plants. Our critics wish advanced biofuels would go away or spring
President & Editor in Chief email@example.com
autonomously from the 15 billion gallons of grain ethanol we already produce. But that flawed logic ignores the fact that our existing ethanol facilities represent one of the best and most suitable places for next-generation biofuels to surface. Today’s dry mills are getting more out of corn than once thought possible. While cellulosic ethanol from stover, cobs and residual fiber is on the way, these facilities already are producing corn oil and, in a handful of places, biodiesel. “In Duel Fuel,” our page26 cover story, we catch up with ethanol producers hosting on-site biodiesel production. As freelance journalist Keith Loria reports, the advantages of colocating biodiesel and ethanol production are multifold. By sharing infrastructure, feedstock, process essentials and personnel, biodiesel is clearly a smart play for some producers. In fact, it is now exceptional for U.S. ethanol plants not to extract corn oil. The industry’s relatively swift and near-total transition to corn oil removal undeniably has changed the profile of our industry’s chief coproduct. Distillers grains has been altered, and it’s going to take a little while longer to fully understand its various nutritional profiles. On page 32, in “Wanted: Species Specific, Process Specific, Nutritional Profiles,” EPM Managing Editor Susanne Retka Schill, reports on how these low-oil, low-fiber, high-protein coproducts are finding their optimal market values while animal nutritionists revise their data sheets and assumptions. Next, in “Protein Packs A Punch,” on page 38, EPM’s outbound managing editor Holly Jessen—who left BBI in March to pursue full-time parenting—collaborates with our editorial intern, Kassidi Andres, on a profile of two companies taking advantage of distillers grains’ malleable attributes. Novita Nutrition and Nutrinsic Corp. have vastly different approaches and products, but each is transforming DDGS into higher-value products, from feed to fertilizer. We’re introduced to a company with similar aspirations in “DG-Based Resins Spring Into Plastics,” on page 44. In this story, by EPM Associate Editor Ann Bailey, we find out how a Nebraska company is producing biomaterials from DDGS for thermoplastics. Finally, on page 46, we feature our annual preview of the International Fuel Ethanol Workshop & Expo. The 32nd annual FEW will be held in Milwaukee, Wisconsin, in June. It’s fitting that our conference preview is surrounded by stories about new technology and innovation because that’s what the FEW is all about. I’m excited about the fact that this year’s FEW will be held in concert with the National Advanced Biofuels Conference & Expo. We just couldn’t resist the synergies of colocation.
FOR INDUSTRY NEWS: WWW.ETHANOLPRODUCER.COM OR FOLLOW US: 6 | Ethanol Producer Magazine | MAY 2016
VOLUME 22 ISSUE 5
EDITORIAL President & Editor in Chief Tom Bryan firstname.lastname@example.org Vice President of Content & Executive Editor Tim Portz email@example.com Managing Editor Susanne Retka Schill firstname.lastname@example.org Associate Editor Ann Bailey email@example.com News Editor Erin Voegele firstname.lastname@example.org Copy Editor Jan Tellmann email@example.com
Art Director Jaci Satterlund firstname.lastname@example.org Graphic Designer Raquel Boushee email@example.com
Chairman Mike Bryan firstname.lastname@example.org CEO Joe Bryan email@example.com
Vice President of Operations Matthew Spoor firstname.lastname@example.org Sales & Marketing Director John Nelson email@example.com Business Development Director Howard Brockhouse firstname.lastname@example.org Senior Account Manager/Bioenergy Team Leader Chip Shereck email@example.com Account Manager Jeﬀ Hogan firstname.lastname@example.org Circulation Manager Jessica Beaudry email@example.com Marketing & Advertising Manager Marla DeFoe firstname.lastname@example.org
2016 Fuel Ethanol Workshop & Expo 68 2016 National Advanced Biofuels Conference & Expo 57 Apache Stailess Equipment Corporation 51 Buckman 49 Cloud/Sellers Cleaning Systems 30 D3Max 63 DuPont Industrial Biosciences 67 Ethanol Producer Magazine Webinar Series 40 Fagen Inc. 15 Fluid Quip Process Technologies, LLC 5 Growth Energy 2 Hengye Inc. 18 Hydro-Klean LLC 48 ICM, Inc. 9 Indeck Power Equipment Co. 22 Interra Global Corporation 19 Iowa Economic Development Authority 56 J.C. Ramsdell Enviro Services, Inc. 24 Lallemand Biofuels & Distilled Spirits 13 McC Inc. 25 Mist Chemical & Supply Company 23 Mole Master Services Corporation 31 MPW Industrial Services 34 Nalco Water 37 Phibro Ehtanol Perfomance Group 17 POET-DSM Advanced Biofuels 61 Premium Plant Services, Inc. 59 RPMG, Inc. 36 Solenis LLC 11 Sukup Manufacturing Co. 65 Summit 28 Swedish Exergy AB 60 Thermal Refractory 29 Tower Performance, Inc. 50 U.S. Grains Council 55 U.S. Water Services 3 Valicor Separation Technologies 41 Victory Energy Operations, LLC 42-43 WestAgro Executive Brands 35
Customer Service Please call 1-866-746-8385 or email us at email@example.com. Subscriptions to Ethanol Producer Magazine are free of charge to everyone with the exception of a shipping and handling charge of $49.95 for anyone outside the United States. To subscribe, visit www.EthanolProducer.com or you can send your mailing address and payment (checks made out to BBI International) to: Ethanol Producer Magazine Subscriptions, 308 Second Ave. N., Suite 304, Grand Forks, ND 58203. You can also fax a subscription form to 701-746-5367. Back Issues, Reprints and Permissions Select back issues are available for $3.95 each, plus shipping. Article reprints are also available for a fee. For more information, contact us at 866-746-8385 or firstname.lastname@example.org. Advertising Ethanol Producer Magazine provides a speciﬁc topic delivered to a highly targeted audience. We are committed to editorial excellence and high-quality print production. To ﬁnd out more about Ethanol Producer Magazine advertising opportunities, please contact us at 866-746-8385 or email@example.com. Letters to the Editor We welcome letters to the editor. Send to Ethanol Producer Magazine Letters to the Editor, 308 2nd Ave. N., Suite 304, Grand Forks, ND 58203 or email to firstname.lastname@example.org. Please include your name, address and phone number. Letters may be edited for clarity and/or space.
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MAY 2016 | Ethanol Producer Magazine | 7
THE WAY I SEE IT
A New Long-Range Plan Every 4 Years By Mike Bryan
When America talks about long-range planning that typically means until the next election. For example, the renewable fuels standard (RFS) is
in place until 2022. While on the surface that may provide some comfort and a bit of breathing room for ethanol producers, it is not, by any definition, long-range planning. The Affordable Health Care Act (Obamacare), meant to be a long-term solution to broader health care for millions of uninsured people, may be dismantled, depending on who wins the November election. The Iran nuclear deal, like it or not, was intended to be a long-term solution to dealing with Iran’s nuclear capabilities. A change in administration could scuttle the whole deal. The acceptance of Syrian refugees into America was imposed as part of an international solution to millions of people fleeing oppression, but some candidates have suggested the elimination of that program all together. The winner on Nov. 8 could turn these long-term polices upside down. Some will take great delight in seeing all of these policies done away with. Others will wish to see them kept in place or even expanded. The point here is that America seems to be stuck in a four- to eight-year planning cycle. During the debates, candidates talked endlessly about planning for the future—our children’s and grandchildren’s futures—but, in reality, almost all of that policy bravado is only as good as the next election cycle. China has a 100-year plan broken into five-year segments. I’ll be the first to admit that it is easier to have a 100-year plan when the country’s leader may actually stay in power for 30 years or more and, in fairness, most democratic countries operate on election cycle planning. But wouldn’t it be great if Democrats and Republicans got together and did what they are supposed to do,
which is come up with strategies that actually put in place real longterm solutions that would foster economic growth, energy security, a cleaner environment, strong agricultural policies and combat poverty? We can’t even seem to agree that global warming is a threat and come up with a long-range plan to deal with it when the worst thing that could happen is that the naysayers are right and we end up with a cleaner environment for naught. Now that would be a real shame. It’s impossible for America to have even a five-year plan like China because as soon as the election is over, the planning and bickering begin to unseat the current administration four years from the date it is sworn in. That cannot possibly end in any productive long-range planning. It can only end in policies that are short-sighted and designed to discredit the current administration with the focus of unseating it at the next election. So when potential investors look at new technology that could make a significant difference in our lives and the lives of future generations and then see that Congress’ long-range plan is only for the next four years, it gives investors little, if any, confidence to invest. If we want real growth, for example, in renewable energy, we need to have a Congress that puts aside the petty politics and looks at the future, not just to 2022, but to 2050 and beyond. We can take no solace in an RFS that ends in 2022. That’s at a minimum, 30 years short of what a real long-range plan for renewable fuels should encompass. That’s the way I see it.
Author: Mike Bryan Chairman, BBI International email@example.com
8 | Ethanol Producer Magazine | MAY 2016
2016 International Fuel Ethanol Workshop & Expo June 20-23, 2016 Wisconsin Center Milwaukee, Wisconsin Now in its 32nd year, the FEW provides the ethanol industry with cutting-edge content and unparalleled networking opportunities in a dynamic business-tobusiness environment. As the largest, longest-running ethanol conference in the world, the FEW is renowned for its superb programming—powered by Ethanol Producer Magazine —that maintains a strong focus on commercial-scale ethanol production, new technology, and near-term research and development. The 2015 event drew about 2,000 people from 45 States, four Canadian provinces and 25 countries. 866-746-8385 | www.fuelethanolworkshop.com
National Advanced Biofuels Conference & Expo June 20-23, 2016 Wisconsin Center Milwaukee, Wisconsin The 6th annual National Advanced Biofuels Conference & Expo will take place June 20-23, 2016, at the Wisconsin Center in Milwaukee, Wisconsin. Produced by BBI International, this national event will feature the world of advanced biofuels and biobased chemicals— technology scale-up, project ﬁnance, policy, national markets and more—with a core focus on the industrial, petroleum and agribusiness alliances deﬁning the national advanced biofuels industry. 866-746-8385 | www.advancedbiofuelsconference.com
ACE Annual Conference August 8-10, 2016 Loews Hotel Minneapolis, Minnesota ACE’s annual conference is unique in the world of renewable fuels because it is speciﬁcally tailored to the interests and needs of the people of ethanol—the folks in the trenches. It’s a gathering of ACE’s commitment to connect ethanol producers with farmers, researchers, retailers, and support businesses to continue what all of them started a long time ago. It’s also an excellent place to learn and share ideas. And it has all the fun of a family reunion. Join us August 8-10, 2016, at the Loews Hotel in downtown Minneapolis, Minnesota. 605-334-3381 | www.ethanol.org/conference
VIEW FROM THE HILL
Barbecues, Beaches and E15? You Bet By Bob Dinneen
Summer is right around the corner, which means backyard barbecues, beach trips and flip flops. But unfortunately, it also means a restriction on the sale
of higher ethanol fuel blends. Starting June 1 and through Sept. 15, summer volatility restrictions are in place, preventing ethanol blends above 10 percent from being sold in nearly three-quarters of our nation's gasoline market. Nearly 30 years ago, the U.S. EPA provided a 1-pound-persquare-inch (psi) waiver of the Reid vapor pressure (RVP) volatility requirements for certain ethanol blends. It did so in recognition of the fact that lower volatility blendstocks were not readily available in the marketplace and to encourage the increased use of renewable fuels. The agency also concluded, after extensive air quality modeling, that the 1-psi waiver would not result in increased ozone formation because reductions in exhaust hydrocarbons and carbon monoxide would offset the impact of potentially higher evaporative emissions. Unfortunately, while EPA has given an RVP waiver to ethanol blends up to 10 percent, it has not extended the same waiver to any blends above that, frustrating millions of consumers who want to use E15 in their cars and trucks year-round. Ironically, the RVP waiver—originally provided to expand the production and use of fuel ethanol—now is having the perverse effect of discouraging greater ethanol use in today’s gasoline market, and it is obstructing the successful implementation of important fuel and carbon reduction policies enacted since then, including the renewable fuel standard (RFS). The Renewable Fuels Association repeatedly has urged EPA to extend the RVP waiver to E15, but the agency remains opposed. EPA has said it does not believe it has the statutory authority to extend the waiver. While we disagreed with EPA’s conclusion on that issue, another option available to the agency would be to simply require lower-RVP summertime conventional gasoline blendstocks for mixing with all ethanol blends.
10 | Ethanol Producer Magazine | MAY 2016
Under the Clean Air Act, EPA has general authority to regulate the composition of fuels and it also has specific authority to mitigate any adverse effects on air quality based on the renewable volumes required by the act. These sections provide the agency with ample authority to require lower-RVP gasoline blendstocks, thereby reducing volatility across the board and removing the refining industry’s last excuse for achieving the renewable volume requirements mandated by Congress, while at the same time assuring even greater reductions in urban ozone formation. An analysis completed for RFA in June 2015 evaluated a range of scenarios to determine the cost of lowering the RVP by 1 psi during the summertime. The most robust methodology found that removing the waiver would add 2 cents per gallon for refiners. Sales of summer conventional gasoline represent approximately 20 to 25 percent of total annual gasoline sales. Thus, when spread across total annual gasoline production, the refining cost impact of a 1-psi RVP reduction would be just six-tenths of one cent per gallon. There also are emission benefits from removing the 1-psi RVP waiver. Modeling conducted by Air Improvement Resource, using EPA’s MOVES2014 tool, found that elimination of the waiver would reduce carbon monoxide emissions by nearly 16,000 tons per month in the summertime, nitrogen oxide emissions by more than 700 tons per month and volatile organic compounds by approximately 1,850 tons per month. The economic value of these emissions reductions alone would offset any negligible increase in refining costs. RFA will continue to pursue any and all avenues to getting this situation resolved, including legislation, and we look forward to soon seeing E15 at your local gas station in the summer and year-round. Author: Bob Dinneen President and CEO, Renewable Fuels Association 202-289-3835
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Implement RFS As Congress Intended By Tom Buis
The renewable fuel standard (RFS) is the most successful energy policy our nation has seen in the last 40 years. It has created almost 400,000 jobs
and contributed nearly $44 billion to the nation’s gross domestic product. The RFS works, plain and simple. We are expecting the U.S. EPA to release its renewable volume obligation (RVO) proposal for 2017 by early June. In light of the last RVO proposals for 2014, 2015 and 2016, it is important that we weigh in and voice our support for the RVO to be set at statutory levels as Congress initially intended. As EPA Administrator Gina McCarthy said in her address at Growth Energy’s Advocacy Conference in 2015, “The United States is the world’s largest producer and consumer of biofuels… So EPA’s proposal has to continue to build on that success. And to spur ambitious, yet achievable growth…EPA is working hard to make sure that the Renewable Fuel Standard program is actually moving towards the levels that Congress intended. I want you to know that that is my job. I understand that.” We made progress with the last RVO rule by piercing the blend wall, but still fell short of statutory levels. It is important that we share the positive story of ethanol and what the RFS can do to add more chapters to that story. Industry insiders know firsthand the benefits of a strong RFS, but it is incumbent upon us to not only defend the policy, but also proactively show the public why a strong RFS is good for our entire nation. To support the RFS, the RVO must be set at statutory levels to further break down the blend wall and facilitate a more widespread transition toward E15, creating up to an additional 136,000 jobs. Every additional drop of ethanol in our tanks means there are fewer harmful chemical emissions in the air we breathe, and fewer
12 | Ethanol Producer Magazine | MAY 2016
pollutants in our water supply. Americans now are more aware than ever that many of the resources we take for granted on this planet are finite, and we must do all we can to preserve and protect them. First-generation ethanol can reduce greenhouse gases by an average of 34 percent compared to gasoline. Furthermore, ethanol production is becoming more efficient by the year, using less water, land and energy to make fuel. At the same time, advanced biofuels like cellulosic ethanol continue to develop and are expected to reduce greenhouse gas emissions by 100 percent or more. Just this year, a USDA report showed that ethanol is more energy efficient to produce than conventional gasoline. For example, every Btu put into creating ethanol yields a return of 2.3 Btu nationally, and a 4:1 return in parts of the Midwest. Setting the RVO at statutory levels and enforcing the RFS as Congress intended is a win for the environment, for farmers and the American people. It is time for a 21st-century fuel for 21st-century vehicles. The ethanol industry is strong, and it is important to this country. The RFS is something we must continue to defend so we can reach our goals of seeing the RVO set at statutory levels. Big Oil has had its time in the sun, but after 103 years of government subsidies, it is time for it to stand on its own, just as the biofuels industry has done. The American people deserve a choice of high performance, low cost, cleaner burning fuels at the pump. They deserve to have our energy security strengthened and our dependence on foreign oil ended. Most of all, they deserve an earth-friendly fuel that helps improve our environment now and for future generations to come. Author: Tom Buis Co-chairman, Growth Energy 202-545-4000 firstname.lastname@example.org
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E15 Today, High-Octane E25 Tomorrow By Brian Jennings
One of the things that makes the American Coalition for Ethanol unique is our work alongside retailers and gas station owners to increase sales of E15 and flex fuels. Our senior vice president, Ron Lamberty,
has nearly 30 years of experience with wholesale and retail fuel markets; he operated convenience stores for large chains, ran his own gas stations and worked with companies on branded supply agreements. Most importantly, Ron can explain the advantages of E15 and flex fuels to station owners in terms they understand. We’ve recently intensified ACE’s outreach to fuel marketers through a new paid advertising campaign, called Flex Fuel Forward, featuring other people like Ron, station owners from around the country who have “been there, done that” when it comes to adding E15 and flex fuels. When fuel marketers look for information about new products, the sources they trust most are other marketers. The Flex Fuel Forward campaign introduces station owners to other marketers who added E15 and flex fuels to their product mix. Their real-world results show that the rewards have been higher volume, more customers, better margins and higher profits. Our campaign provides educational materials to station owners and connects them with their peers who can explain why making the move to E15 or E85 helped them gain more customers and edge out the competition. The campaign includes how-to videos and paid ads in the major print and Web-based news outlets station owners depend upon to keep up with their industry. Ultimately, the campaign is designed to put fuel marketers who have made the switch to E15 and flex fuels in a position to communicate with other station owners that the advantages far outweigh the costs—that the move to sell E15 to customers makes business sense. ACE is focusing on E15 for important reasons. First, 70 percent of consumers say they buy the least expensive fuel when they fill up. Most of the time that will be E15. Second, implementation of E15
will require Underwriters Laboratories standardized infrastructure that can handle any blend up to 25 percent ethanol. In other words, the UL listing for E15-compatible dispensers actually allows the pump to dispense all the way up to 25 percent ethanol. That’s important because ACE and others are talking with automakers about a not-too-distant future where a high-octane fuel (maybe 97 or 98 RON) will be necessary to help them comply with fuel economy and greenhouse gas emissions rules. Automakers are changing the internal combustion engine— downsizing the motor, adding turbocharging, increasing the compression ratio. Making these changes requires a higher octane fuel which runs more efficiently than today’s fuel. It is widely expected that one way to make this new, high-octane, highly efficient fuel will be to add ethanol to today’s base E10 resulting in a consumer-ready fuel that contains approximately 25 percent ethanol. Automakers have expressed concerns about whether the retail infrastructure will be in place to dispense this future fuel, and we are able to show them that the so-called “E15 pump” today is capable of being an E25 pump tomorrow. For the ethanol industry, E15 represents a high-volume market today, and E25 promises to be an even bigger, higher-value, high-octane market moving forward. While a lot of resources have gone into paying retailers to add equipment to store and dispense E15 or E85, ultimately, if we don’t help station owners understand that adding ethanol is a smart business move, it won’t matter. Ethanol producers didn’t add corn oil extraction to their plants because someone paid them to do it. Producers added corn oil extraction because they did the math and understood the investment was well worth the cost. The same is true for gas station owners. The work ACE does to help them do the math and to understand the investment in E15 and flex fuels makes money isn’t glamorous work, but it is necessary and we’ll continue to make it a priority.
Author: Brian Jennings Executive Vice President American Coalition for Ethanol 605-334-3381 email@example.com
14 | Ethanol Producer Magazine | MAY 2016
EU Must Increase Ethanol Use to Meet Targets By Robert Wright
Europe’s renewable energy strategy, adopted in 2009, calls for 20 percent of the EU’s energy to be derived from renewable sources by 2020, with a subtarget of a minimum 10 percent renewables in the transport sector.
Eligible renewable sources include biofuels, renewable hydrogen, renewable electricity and other sources, such as biogas. As a result, the Renewable Energy Directive has become a central pillar of Europe’s biofuels policy. With Europe’s transport sector 95 percent reliant on oil, this policy, depending on its implementation at the national level, could have a significant beneficial impact on increasing the use of renewable energy and reducing emissions. Last year, the RED and Fuel Quality Directive were amended to address emissions associated with indirect land use change (ILUC), limiting crop-based biofuels to 7 percent of the final transport energy in 2020. The remaining 3 percent are to come from alternatives: biofuels from used cooking oil and animal fats (double counted); renewable electricity in rail (counted 2.5 times); renewable electricity in electric vehicles (counted 5 times); and advanced biofuels (double counted and with an indicative half percent subtarget). All member states have complied with the obligation to transpose the original RED. However, the European Commission has brought cases against Poland and Spain for failure to properly implement sustainability criteria. So far, no member has transposed the ILUC amendments, although Spain has partially done so with the introduction of a cap of 7 percent on crop-based biofuels. Most member states are assessing their individual options for meeting the RED target and ILUC directive, analyzing ways to easily and cost effectively reach the target, incorporating local fuel market conditions and biofuel production. Significant differences between member states are anticipated, which may further decrease the level of harmonization and negatively affect the internal market for biofuels in Europe. Progress towards the RED’s 10 percent target for renewables in transport has been mixed. In its 2015 Renewable Energy Progress Report, the EC reported a collective share for renewables in 2014 of 5.7 percent in transport. Thus, achieving the RED subtarget for 10 percent renewable energy use in transport will be “challenging but feasible.”
16 | Ethanol Producer Magazine | MAY 2016
SOURCE: NREAPS (2009, 2011); MEMBER STATES PROGRESS REPORTS (2011, 2013, 2016); EUROSTAT
Renewable energy use in transport in all 28 EU members has been much less than projected in their National Renewable Energy Action Plans, with the gap widening. Transport consumption levels are 26 percent lower than forecast. In the case of fuel ethanol, the actual consumption has remained relatively flat, in clear contrast with the forecasted increase, as shown in the chart. There is an urgent need for full and quick implementation of the ILUC directive and the roll out of higher biofuels blends by member states. In 2014, the overall incorporation rate of ethanol in the EU petrol pool was only 3.3 percent. This level must be raised if the member states are to reach the 10 percent target. Given the great disparity between what member states forecasted and their actual use of renewables in transport, the EC should take remedial action against those who have deviated significantly. The EU ethanol industry needs guidance and long-term and stable rules to enable us to provide the needed biofuel volumes, both conventional and advanced. There is a clear need to build on the lessons learned so far when developing Europe’s post-2020 decarbonisation framework for transport. The EC needs to ensure members deliver on their renewable energy commitments in a timely manner. Author: Robert Wright Secretary General, ePURE, the European Renewable Ethanol Association firstname.lastname@example.org
BUSINESS BRIEFS People, Partnerships & Deals
Warren Preston has been selected to serve as USDA deputy chief economist. He has served as senior economist for agricultural policy in the Office of the Chief EconPreston omist since August 2015, after serving as USDA’s acting deputy chief economist beginning in February 2015. He joined USDA in 1992. In his new role, Preston will advise the chief economist, the secretary and top policy officials regarding the economic implications of programs, regulations and legislative proposals affecting the U.S. food and fiber system and rural areas. He supports USDA policy decision making by evaluating policy options on complex domestic and global agricultural issues and serves as the backup to the chief economist.
velopment of robust microbial strains that show high tolerance and productivity during biofuels and chemicals production. Her team has conducted many discovery, strain engineering and systems biology studies to explore the causes of growth inhibition and low productivity, and has developed strategies to improve these phenotypes. With her team, she has published numerous research papers and holds patents on the use and optimization of cellular transport system to improve tolerance to final products as well as improve intake of carbon sources. Taek Soon Lee has been named deputy vice president of the Fuels Synthesis Division, a position previously held by Mukhopadhyay. Lee joined Jay Keasling’s group at UC Berkeley and LBNL as a postdoctoral researcher in 2006, and since 2008 Lee has served as director of metabolic engineering in the Fuels Synthesis Division at JBEI. His research group focuses on the identification ACE Group has launched ACE Re- of potential drop-in biofuels and building newable Energy Environmental Protection, and optimizing the metabolic pathways the first dedicated environmental policy for to produce these target fuels in microbes. companies in the renewable energy industry in the U.K. and Ireland, as ACE continues to Novozymes has announced the forinvest in its environmental risk capabilities. mation of three divisions: Household Care ACE Renewable Energy Environmental and Technical Industries, Agriculture and Protection covers the full spectrum of envi- Bioenergy, and Food and Beverages. The ronmental risks faced by renewable energy organizational change aims to enhance the companies, providing seamless coverage. company’s ability to deliver more innovaIt is available to energy producers in every tion to customers with more speed and renewable sector, including solar, onshore commercial impact. Each division will be and offshore wind, tidal, hydro, waste-to- led by a newly named executive vice presienergy, biofuel and landfill gas extraction. dent. They are: Agriculture and Bioenergy, Tina Sejersgård Fanø, formerly vice presiThe Department of Energy’s Joint dent of sales; Household Care and TechniBioenergy Institute has announced Ai- cal Industries, Anders Lund, formerly vice ndrila Mukhopadhyay will step into the president of sales; and Food and Beverages, role of vice president of the Fuels Synthesis Andrew Fordyce, formerly vice president Division. Mukhopadhyay, who joined the of Business Operations. The divisions will be supported by Lawrence Berkeley National Laboratory in 2003, will continue to serve as director of one central Research, Innovation and SupJBEI’s Host Engineering group and as in- ply organization led by Thomas Videbæk, terim division director of LBNL’s Biologi- chief operating officer and executive vice cal Systems and Engineering in the Biosci- president. Benny D. Loft, chief financial ences Area. She leads a team responsible for officer and executive vice president, is head the study of signaling and stress response in of Corporate Functions, and Peder Holk both environmental and engineered organ- Nielsen will continue as CEO and presiisms. Her research focus at JBEI is the de- dent. 18 | Ethanol Producer Magazine | MAY 2016
Deinove recently announced it has received 10 new patent grant agreements. Patent family PF7: “Bacteria and uses thereof” received an initial agreement for issuance by the U.S. Patent Office. The patent protects the production of compounds such as ethanol, proteins, enzymes or drugs from Deinococcus bacteria. The company has also obtained new grant agreements for five families of patents already issued in other geographical areas. The Deinove patent portfolio now includes 19 patent families protecting its technology platforms, development of selection methods for a wide variety of Deinococcus and related bacteria, their use in the production processes of various biobased products of interest, and their industrial applications.
facturer of test and reference fuels. She also has extensive experience with ASTM and other standards-developing organizations.
Biofuel consultant Bernie Hoffman has joined K·Coe Isom, an agriculture and biofuels accounting and consulting firm. Hoffman is a petroleum engineer with Hoﬀman a depth of knowledge in biofuels technologies, upgrades and expansions, product diversification, carbon intensity issues, profitability enhancement, or even exit. He has three decades of experience in the ethanol and biomass-based diesel industries and has held numerous leadership positions, including his most recent role as vice presiTrevor Morgan has dent of WB Services. In addition to workjoined the Phibro Ethaing with the K·Coe Isom team in the arnol Performance Group eas above, Hoffman will head the business as a technical sales repredevelopment effort and consult with plants sentative, bringing 20 on mergers and acquisition opportunities, years of experience in feasibility evaluations, and sustainability efoperations, production Morgan forts. His work complements K·Coe Isom’s management, technical sales, new technology development and sustainability-related service offerings that engineering to the position. The addition significantly expanded with the firm’s acof Morgan continues Phibro EPG’s com- quisition in 2013 of Vela Environmental. mitment to invest in the highest quality team in order to deliver technically sound Biofuels industry veteran journalist support to help customers increase profits. Rachel Gantz has joined the Renewable Fuels Association as the organization’s new Auto industry veteran Tracey King has communications director. Gantz will serve joined the Renewable Fuels Association as the RFA’s spokesperson, communicatas the organization’s new technical director. ing the group’s top messages to reporters, King will serve as the RFA’s top liaison to and will focus on growing RFA’s footprint the automakers, and will focus on forging in the media. Gantz spent nearly 17 years the path to future high-octane fuels and op- as a reporter, most recently at Oil Price Intimized spark-ignition engines. King spent formation Service, where she was a senior 17 years with Chrysler, where she primar- reporter covering the biofuels industry. She ily focused on technical issues surrounding also worked at Hart Energy Publishing’s fuels and lubricants. Previously, she worked Oxy Fuel News, and Argus Air Daily, covin research and development at both Nissan ering the biofuels and air emissions indusand General Motors. Most recently, King tries. worked for Haltermann Solutions, a manu-
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Prices & Market Analyses
Natural Gas Report
Warm winter weather leaves robust natural gas supplies March 21—The U.S. is awash with natural gas. Mild temperatures diminished the need to tap into underground storage to meet heating demand For most of the winter, the market did not anticipate storage levels finishing the season above the 2012 record of 2,369 Bcf. That year featured the warmest March on record, contributing to a tepid finish to withdrawal season and an early onset of net injections. However, as forecasts for the first half of March 2016 began to show widespread warmer-than-normal anomalies, it became apparent that a new end-of-winter storage record above 2.4 Tcf was in the works. Already depressed prices responded by tanking even lower. The March 2016 NYMEX natural gas contract rolled off the board at $1.71 per MMBtu—the lowest futures contract expiration since March 1999. This rounded out the winter 2015-’16 NYMEX strip at an average expiration price of just $2.10 per MMBtu, completing the least expensive winter strip since the late ’90s. The promptmonth continuation continued downward through the first week of March to 17-plus year lows just above $1.60 per MMBtu. How-
by Andy Huenefeld
ever, buyers began to enter into the marketplace from that level, driving the forward pricing structure steadily higher during the next two weeks. The focus will shift firmly toward the injection season and whether structural shifts in the supply-demand balance will be enough to keep storage from reaching capacity this fall. The EIA estimates natural gas capacity just above 4.3 Tcf. From a starting point in April above 2.4 Tcf, if weekly injections keep pace with the previous summer, this capacity would be exceeded in early September. The closest parallel was in 2012. The market entered that summer with the same concerns about filling storage capacity. However, those concerns proved to be unfounded. This year, the factors that could combine to help prevent full storage include flat to falling domestic production, coal retirements and fuel switching in the power generation sector. Price direction will be greatly dependent on whether or not these factors will be enough to help the natural gas market find more balance this summer.
Corn market catches a bit of March Madness March 21—During March, the market has been in short covering mode causing a little ‘madness.’ This short covering has been met with moderate farmer selling and has allowed the cash market to stabilize. The March USDA report did not offer any revelations. The U.S. corn balance table remained unchanged with a carryout of 1.837 billion bushels. Global corn carryout declined from 208.8 mmt to 206.97 mmt as a result of lower beginning stocks in many production areas and a slight decrease in South African corn production. Argentina and Brazil corn exports are expected to be 17 and 28 mmt, respectively, compared with 18.5 and 34.45 mmt a year ago. China increased its corn carryout in November 2015. China’s 2016 corn carry-in is 100.46 mmt vs. 81.32 mmt a year ago which helped increase total world carryout. The market is waiting for the March 31 planting and stocks reports. Acreage will have an impact on new crop with stocks having an immediate effect on old crop. Much of the trade is expecting to see an additional 1 to 2 million acres of corn with some analysts looking for 2.5 million more planted acres. The chart shown uses 90.5 million acres. Ultimately it seems with a large carry-in and an Comments in this column are market commentary and are not to be construed as market advice.
20 | Ethanol Producer Magazine | MAY 2016
by Jason Sagebiel
average yield this year, the U.S. could be on its way to comfortable carryout levels for three straight years. Any weather issues will generate volatility. Any significant rallies in corn should lead to active producer selling, adding pressure to the cash corn market.
Regional Ethanol Prices ($/gallon) Front Month Futures (AC) $1.425
Spring DDGS market likely to be volatile March 21â€”DDGS prices have been dropping as warmer weather affects U.S. demand, and Chinese demand has slowed in anticipation of an impending antidumping tariff. Even though nothing has been announced in the Chinese dumping case, DDGS exports to China have dropped from more than 1 million metric tons (mmt) in August to less than 300,000 tons in January. Chinese importers still are wary of having shipments that are not yet through customs if tariffs are announced. Others are waiting until their inbound pipeline is nearly empty in hopes of purchasing distressed product. Demand from Mexico continues to be robust, but domestic U.S. demand is falling as prices of other protein meals pressure the DDGS market. In general, distill-
1.720 SOURCE: DTN
by Sean Broderick
Regional Gasoline Prices ($/gallon) Front Month Futures Price (RBOB) $1.46
ers grains are below 100 percent the value of local corn, which generally creates some demand. Milder spring weather has tempered buying, and feeding margins are too tight for buyers to want to buy ahead, so demand has stayed hand to mouth. Barge prices have dropped as the river opens and tons that typically would have headed to the Chinese container markets move that direction. Looking ahead, there will be a decent amount of spring ethanol plant maintenance in April, which should stabilize falling prices. U.S. planting conditions and South American currencies and crops quality also will influence futures and cash prices. With so many influencing factors outside of the United States, it looks to be a volatile spring.
1.565 SOURCE: DTN
DDGS Prices ($/ton) May 2016
226 SOURCE: CHS INC.
Corn Futures Prices (May Futures) Date
Mar 21, 2016
Feb 22, 2016
Mar 20, 2015
137.500 SOURCE: FCSTONE
Cash Sorghum ($/bushel) Ethanol Report
by Rick Kment
Ethanol premium evaporates as gasoline prices surge March 21â€”Throughout March, ethanol futures were stable, moving within a narrow price range. Ethanol futures have followed a lightly traded and stable corn market in which inventory levels and production capacity led to a nearly flat market. Unlike the ethanol market, the RBOB gasoline market surged in late March. RBOB gasoline was trading at $1.46 per gallon compared to February when prices were trading near 90 cents per gallon. The rally in RBOB gasoline affected the price relationship between the RBOB gasoline and ethanol markets. Ethanol prices have traded at a premium to the RBOB gasoline complex since August 2015, and through most of January and February were carrying a 30- to 50-cent
premium to the RBOB gasoline market. That changed in March when traders moved the focus to upcoming summer demand for gasoline and pushed gasoline prices sharply higher from previous levels. Ethanol markets have remained stable, hovering within a narrow trading range. With the spring and summer driving season still young, there is expected to be additional market support developing through the RBOB gasoline market during the next several weeks, although it is likely that prices may have established a more defined trading range. Inventory and production levels of ethanol and gasoline products remain strong, which may limit price surges long term, putting the emphasis on short-term demand and the need to quickly meet that demand.
Location Superior, Neb.
Mar 18, 2016
Feb 19, 2016
Mar 24, 2015
SOURCE: SORGHUM SYNERGIES
Natural Gas Prices ($/MMBtu) Mar 22, 2016
Jan 29, 2016
Mar 23, 2015
SOURCE: U.S. ENERGY SERVICES INC.
U.S. Ethanol Production (1,000 barrels) Per Day
SOURCE: U.S. ENERGY INFORMATION ADMINISTRATION
MAY 2016 | Ethanol Producer Magazine | 21
DISTILLED Ethanol News & Trends
New Mexico Portales
Abenoga Bioenergy U.S. first-generation ethanol plant locations
Ocean Park Advisors predicts continuing consolidation of ethanol industry Ocean Park Advisors is predicting continued consolidation in the North American biofuels industry following the dramatic consolidation seen last year. Moving into 2016, Ocean Park Advisors said signs are pointing to an even greater number of mergers and acquisitions. “Our experience leads us to believe there will be an increased number of owners and boards of renewable fuel companies evaluating their options in 2016, if not testing the market for reasonable assessments of the value of their plants,” said Bruce Comer,
22 | Ethanol Producer Magazine | MAY 2016
founder and managing director of the Los Angeles-based company. Comer noted the ethanol industry is particularly ripe for consolidation, with 94 stand-alone plants that account for 5.3 billion gallons, or 36 percent of domestic production. In addition, Agengoa has begun to market its first-generation ethanol plants, including its six U.S. corn ethanol plants with a combined capacity of 381 MMgy. Archer Daniels Midland Co. has also announced a strategic review of its dry mill facilities.
Nebraska plant installs Edeniq Cellunator technology Mid American Agri Products-Wheatland LLC, a small-scale ethanol plant located near Madrid, Nebraska, has installed Edeniq Inc.’s Cellunator technology and is considering the next step, licensing the company’s Pathway Technology, which enables cellulosic ethanol production from corn kernel fiber. The plant was built with a nameplate capacity of 44 MMgy but currently operates at 48 MMgy, Robert Lundeen, CEO of MAAPW, said, noting that adding the Cellunator technology is expected to increase the facility’s conversion rates by 2 to 4 percent. “We selected Edeniq’s Cellunator technology because of its proven track record at accessing residual starch and its ability to also pretreat corn kernel fiber to enable production of cellulosic ethanol at our plant,” he said. If MAAPW takes the next step to produce cellulosic ethanol using Edeniq’s Pathway Technology, the Cellunator equipment will be integrated with cellulase enzymes for fermentation of corn kernel fiber. According to Edeniq, its Pathway Technology utilizes existing fermentation and distillation equipment to produce up to 2.5 percent cellulosic ethanol and a 7 percent increase in overall ethanol yield.
Missouri stations oﬀer E15 blends Missouri has joined the list of states where E15 is being sold. According to the Renewable Fuels Association, the fuel blend was expected to be sold at eight Kum & Go locations in the state by the end of March. More than 22 states now offer E15. The offering of the fuel blend comes after RFA and the Missouri Corn Growers Association were successful in changing Missouri’s law that previously capped ethanol blends to 10 percent. Missouri currently allows up to 15 percent ethanol. “We applaud Missouri for becoming the latest state to sell E15,” said RFA President and CEO Bob Dinneen. “We look forward to the fuel blend being sold across this country. All we need is EPA to reverse its current RVP regulations that creates an uneven playing field for higher ethanol blends.” EPA’s current Reid vapor pressure regulations grant a volatility waiver to E10, but not to any other ethanol blends.
Record volume of distillers grains exported in 2015
U.S. distillers grains exports
U.S. distillers grains exports reached a record 12.56 million metric tons last year, up 11 percent from 2014, according to analysis released by the Renewable Fuels Association. When compared to 2009, distillers grains exports more than doubled. An estimated 34 percent of U.S. distillers grains production was exported last year, up slightly from 32 percent in 2014 and 30 percent in 2013. The value of distillers grains exports was $2.94 billion last year, down 1 percent from 2014. Export prices averaged $234 per metric ton in 2015, down 11 percent when compared to 2014. According to the RFA, U.S. distillers grains were shipped to 45 countries on five continents last year. China, Mexico, Vietnam, South Korea and Canada were the top five U.S. export markets, with China accounting for 50 percent of U.S. distillers grains exports, and Mexico 13 percent. Vietnam and South Korea each received 5 percent of U.S. distillers grains exports.
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Million metric tons
SOURCE: RENEWABLE FUELS ASSOCIATION
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Valero petitions EPA to redeﬁne RFS deﬁnition of obligated party
Sarnia, Ontario •
Comet Bioreﬁning to locate ﬁrst plant in Ontario Comet Biorefining Inc. has announced plans to construct a commercial-scale, biomass-derived sugar plant at the TransAlta Energy Park in Sarnia, Ontario. The 60-million-pound-per-year plant is expected to begin operations in 2018. The facility will produce dextrose sugar from locally sourced corn stover and wheat straw. Comet’s technology converts agricultural and forestry residues into dextrose sugars that can be processed into biobased products, including organic acids, amino acids and bioplastics.
Comet chose to locate in Sarnia by working together with Bioindustrial Innovation Canada, the Ontario Federation of Agriculture and an Ontario farmers’ cooperative on a project to attract sustainable technology providers to the region and to meet increasing demand from chemical suppliers and consumers for low-carbon products. Less than a month after Comet announced the location of its proposed project, Sustainable Development Technology Canada awarded the project a CA$10.9 million ($8.2 million) grant.
Valero Energy Corp. has filed with a petition for reconsideration with the U.S. EPA, asking it to revise its definition of “obligated party” under the renewable fuel standard (RFS). The company has also petitioned the U.S. Court of Appeals for the District of Columbia to review the agency’s recent RFS rulemaking to set renewable volume obligations (RVOs) for 2014, 2015 and 2016, along with the 2017 RVO for biomass-based diesel. According to information filed with the court, the Valero is asking the EPA to reconsider defining obligated party as the entity that holds title to the gasoline or diesel fuel, immediately prior to transfer from the truck loading terminal or bulk terminal to a retail outlet, wholesale purchaser-consumer or ultimate consumer, as reflected in the records maintained for federal excise tax purposes. According to the company, making this change will address supply constraints on renewable fuel in the transportation fuel market that impede the market’s ability to respond to renewable fuel volume mandates The RFS currently defines obligated party as a refiner that produces gasoline or diesel within the 48 contiguous states or Hawaii, or any importer that imports gasoline or diesel into those same states.
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24 | Ethanol Producer Magazine | MAY 2016
Michigan plant doubles capacity, adds CHP system
Survey comparision USDA Reference case
Mueller & Kwik (2013)
Christianson & Associates (2016)
Year of operational data surveyed
Average thermal energy (Btu/gal) (LHV)
(gallagher et al, 2016)
A 55 MMgy ethanol plant in Michigan owned by The Andersons is expanding its capacity and adding a cogeneration system. In March, ICM Inc. announced a contract with The Andersons Albion Ethanol LLC to design and build an expansion to its Albion, Michigan-based plant that will double the facility’s production capacity. The dry mill corn ethanol plant, designed and built by ICM in 2006, was engineered for future expansion. According to ICM, the Albion plant is also adding a combinedheat-and-power system that will generate approximately 7.5 MW of electricity. It will also produce steam for the existing and expanded ethanol plant. “We’re thrilled to announce the expansion project at the Albion, Michigan, facility, and we look forward to continued collaboration with The Andersons to support the economic growth of the region by providing our process technologies and services to advance renewable energy,” said Chris Mitchell, president of ICM. The expansion project is currently scheduled to be complete in April 2017.
Dry mills included in survey
Average electricity (kWh/gal) SOURCE: RENEWABLE FUELS ASSOCIATION
RFA analysis ﬁnds signiﬁcant increase in net energy balance A recent analysis conducted by the Renewable Fuels Association has determined the net energy balance of cornbased ethanol at U.S. dry mill biorefineries averages 2.6 to 2.8., an improvement over previous estimates that reflects efficiency gains. Net energy balance is a ratio of how much energy is required to produce corn and ethanol, and then transport the resulting fuel to end users. The updated figures build on recent USDA findings of a 2.1 to 2.3 net energy balance. According to the RFA, its analy-
sis uses more current dry mill energy use data than that used by the USDA. According to RFA analysis, “[t]he energy balance of the top-performing quartile of biorefineries is in the range of 3.2 to 3.4, which approaches the USDA estimate of 4.0 for an ideally situated dry mill producing wet distillers grains.” The RFA analysis used dry mill energy use data from two other widely respected findings to support its results— Mueller & Kwik (2013) and Christianson & Associates (2016).
MAY 2016 | Ethanol Producer Magazine | 25
FUEL PLUS: Biodiesel plant manager Doug Roberts and Ray Baker, general manager, stand in front of Adkins Energyâ€™s new biodiesel tank farm. PHOTO: DREIBELBIS-FAIRWEATHER
26 | Ethanol Producer Magazine | MAY 2016
Biodiesel tanks are popping up in the tank farms at some ethanol plants these days. By Keith Loria
During the past decade, there has been a great deal of innovation and thought put into the synergies between ethanol and biodiesel production, as plants share infrastructure and process essentials. Colocating biodiesel production at an ethanol plant also
could be considered a good hedge for an ethanol plant, adding value to the corn oil produced and supplying a different segment of the fuel market. For ethanol producers, it means greater diversification and better fulfillment of the renewable fuel standard’s (RFS) vision, bringing in revenue from biodiesel sales and D4 RIN generation (the renewable identification numbers needed by obligated parties to demonstrate RFS compliance). Always looking for new opportunities, the ethanol industry is keeping an eye on the first adopters. In this issue, Ethanol Producer Magazine checks in on several projects. WB Services recently completed a 2 MMgy biodiesel plant at Adkins Energy LLC in Lena, Illinois. “The biodiesel plant is adjacent to Adkins’ ethanol plant and the two are integrated through several stretches of piping,” says Ray Baker, general manager at Adkins. “It is sized for a capacity of 2 MMgy per year, which is closely
MAY 2016 | Ethanol Producer Magazine | 27
TWO-WAY BIODIESEL: Adkins Energy’s biodiesel plant can choose between the traditional biodiesel process using chemicals and a new, enzymatic process. PHOTO: DREIBELBIS-FAIRWEATHER
matched to our corn oil output and local market demand for biodiesel.” Adkins has been producing biodiesel for about one year, he says, running both a traditional chemical and new enzymatic process. “Our operations team has really enjoyed working with the enzyme process since it has similarities to the ethanol production process,” Baker says. “We’ve had several start up challenges throughout the year, but have worked our way through
the majority of them. Our staff has done an excellent job transitioning to biodiesel production and they have been consistently improving output, yield and efficiencies throughout this first year.” Issues solved during the first year included optimizing methanol recovery and its transfer to ethanol operations and meeting guaranteed performance standards with the chemical process. Several combinations of equipment and procedural changes were made to improve the traditional process.
There are several advantages to colocation, Baker says. “All of our biodiesel coproduct and wash water streams are sent to the ethanol plant for processing. Through our ethanol operations, we are able to push our glycerin out to the distillers grains, our unused methanol is sent through distillation with our ethanol, and our remaining wash water is reused in the ethanol process. Our biodiesel coproducts are able to provide strong returns through existing ethanol product lines without creating the need for new market development.” WB Services installed both a traditional acid esterification and base transesterification system and an enzymatic process—a newer technology in the biodiesel space. Having the ability to choose between two processes was a key reason Adkins chose the technologies. “There are several reasons, but the main reason is to allow for operational flexibility based on market and cost-ofproduction economics,” Baker says. “Using the enzymatic process eliminates the use and potential employee exposure to sulfuric acid, while also extending the life of the process equipment.” WB Services has two other projects under construction, both 3 MMgy renewable diesel plants at Kansas ethanol plants.
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East Kansas Agri-Energy LLC was expected to begin operations early this year and the project at Prairie Horizon Agri-Energy LLC is expected to wrap up in the second quarter.
Like WB Services, Ohio-based Jatrodiesel is offering two technologies for biodiesel production colocated with ethanol production. The company has built two plants that now are in production—Mid America Bio Energy, North Platte, Nebraska, and CHS-Patriot at Annawan, Illinois, says Raj Mosali, CEO. The MABE plant is using traditional biodiesel technologies with acid and base catalysts in a continuous process, while the CHS-Patriot facility is using Jatrodiesel’s trademarked Super technology, a continuous process with no catalyst. “Both plants are working well and have met or exceeded our expectations in terms of quality, yields and volume,” Mosali says. “A typical biodiesel plant takes about three to five months to ramp up to a consistently producing plant with concerted effort from the operators and management. The biodiesel production process, like any chemical process, is a multistage process and needs staff that is qualified and trained. Once the plant is at that point, especially a plant using
RENEWABLE DIESEL: Patriot Energy had begun planning its renewable diesel project using Jatrodiesel technology when CHS Inc. purchased the plant, delaying completion by a few months. PHOTO: JATRODIESEL
Super, it is a fairly hands-free operation and very robust.” Colocation advantages are multifold, Mosali notes, and include feedstock availability with no transportation cost, the ability to use glycerin, the biodiesel byproduct, more profitably and reduced costs from the sharing of utilities. He adds that operators are better prepped at a typical ethanol location than a stand-alone biodiesel plant.
The 5 MMgy plant at CHS-Patriot is the first of its kind. Built next to the 130 MMgy CHS-Patriot plant, the multifeedstock biodiesel plant can process up to 13,700 gallons per day. Jatrodiesel’s Super technology is quite different from the traditional biodiesel process. Jatrodiesel describes its Super technology as a single-stage process that eliminates esterification and transesterification, and
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METHANOL TEST: Adkins biodiesel manager Doug Roberts checks the proof of a methanol sample grabbed from the recovery system. PHOTO: DREIBELBIS-FAIRWEATHER
puts no limit on free fatty acid (FFA) levels in feedstock. It cuts the cost of traditional biodiesel refining by 25 to 28 percent, the company says, in part by eliminating the need for conventional catalysts. Feedstock is mixed with methanol and is introduced into the Super column, which operates in a supercritical environment. High temperatures and pressures are maintained in the continuous process and complete conversion takes place in minutes with minimal or no loss in yield, according to Jatrodiesel. The feedstock’s water content has no effect on the process. The mixture coming from the Super column is then sent through a separation process to isolate biodiesel from glycerin, and the excess methanol is recovered. The biodiesel is then either water- or dry-washed to remove excess glycerin. “Other than the operational savings, some of the other advantages are the ability to use oils up to 100 percent FFA; glycerin byproduct quality of 95 percent or higher, fetching higher price per pound; and a simplicity of operations, making it is easier to train operators. Process related issues are minimal,” Mosali says.
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“Patriot was interested in the technology at a very early stage of its development. Once Jatrodiesel built a large pilot (300,000 gallons per year) at its facility in Miamisburg, Ohio, and all the process parameters checked out well, Patriot showed interest in building the plant,” Mosali says. “There is no precedence in the market for a plant using supercritical technology at these volumes. Due to this plant being the first commercial implementation of the technology, we had to figure out quite a few things at a reasonable price—pumps, instrumentation, reactors, heat exchangers, condensers, boilers, automation, safety related issues and piping.” The majority of Jatrodiesel’s projects are turnkey projects, but for this one, it implemented on an engineering-only basis. “We provided all drawings, engineering support, equipment specifications as well as quotes for all equipment, startup, training, HACCP (hazard analysis) support and post
startup support, etc., to reduce cost to build the plant,” Mosali says. “We started testing instrumentation and check backs in February (2015) but then CHS bought Patriot. As with any new acquisition, CHS wanted the project, including the new plant, to conform to all their internal standards. The process delayed the startup by multiple months and eventually we went back into the startup mode in late 2015.” As with any new technology commercialization, Jatrodiesel encountered a few issues, but fortunately they were small and fixable. “During the pilot phase we knew the operations would be simple compared to a traditional plant, and on a production basis, when the fact was proved, it was very exciting,” Mosali says. “The system and the process is extremely stable. Due to the elimination of the catalyst, all the related process issues that plague traditional biodiesel plants are gone. “If something goes wrong in a traditional plant, usually the issues will multiply after that. In the case of Super process, the product is recoverable from any part of the process without any loss of yield and with minimal effort.” The CHS plant is slated to use corn oil as its primary source of feedstock, but it will be able to process other feedstocks if, and when, CHS decides to use them, including used cooking oil, animal fats, yellow grease, brown grease, virgin oils, palm oil, coconut oil. Even algae can be processed when it is available in the future in larger volumes. More plants using the new technology are under development, Mosali reports. Jatrodiesel has just signed a Phase 1 contract with an ethanol producer for a second biodiesel plant using its Super technology. “We are going through Phase 1 of the process (permitting, etc.),” Mosali says, noting more details will be forthcoming. “We have multiple other ethanol plants that are interested and are in various stages of decision process.” One other biodiesel plant has come online in the past year. In Madrid, Nebraska, Mid American Agri Products-Wheatland
LLC developed its biodiesel technology inhouse with the support of an Omaha engineering firm, explains Robert Lundeen, CEO of the 48 MMgy ethanol plant. The 3 MMgy biodiesel plant was started up in the third quarter of 2015 and has sold biodiesel, although the company is still fine-tuning operations. The company plans to ramp up or slow down biodiesel production depending on market conditions. “There are times that we may want to make biodiesel with our corn oil and there
are times that it’s best for us to sell our corn oil to the feeding operations around,” Lundeen says, noting that there is good demand from the local feed market for corn oil. Author: Keith Loria freelance writer Contact Ethanol Producer Magazine with questions or comments about this article. 701-746-8385
MAY 2016 | Ethanol Producer Magazine | 31
32 | Ethanol Producer Magazine | MAY 2016
Species-Specific, Process-Specific Nutritional Profiles How do low-oil, low-ﬁber, high-protein coproducts successfully ﬁnd their best markets? By Susanne Retka Schill
An array of distillers grains coproducts are entering the market—low oil, low fiber, high protein—with great potential. But animal nutritionists caution that finding the best and right market
for the modified coproducts isn’t as simple as it’s sometime made out to be. “They’re all great coproducts, but very little R&D has gone into understanding what their feeding value is going to be,” says Gerald Shurson, a University of Minnesota swine nutritionist in St. Paul. “For some companies, it’s the commodity mentality—we’ll make it and they will buy it. And that’s not how it works.” There’s room for more distillers grains in animal diets, says Alvaro Garcia, dairy nutritionist at South Dakota State University in Brookings, “but we have to be careful with products we put into the market. It takes so much work for some markets to accept distillers grains,” he says, adding that one bad shipment can destroy a market, particularly in new export markets. Galen Erickson, beef nutritionist at the University of Nebraska in Lincoln, points to the rapid adoption of corn oil extraction. “I think that shined a negative light on the industry because ethanol producers went ahead and did it, and really didn’t have any values determined on what the impact would be on the feeding side. That’s gotten people anxious about any other changes that come along.” It is evident from discussions with the three animal nutritionists about what they have learned in their research on the changing coproducts that the impact varies by species. Shurson still gets calls about the research he and Brian Kerr (USDA-ARS, Ames, Iowa) conducted a few years ago on the metabolizable energy value of MAY 2016 | Ethanol Producer Magazine | 33
DDGS for growing pigs with a range of oil content between 4.9 and 13.2 percent. “Oil content, surprisingly, is a poor predictor of energy value in DDGS,” Shurson says. Follow-up trials verified growth performance is not affected when feeding 40 percent DDGS diets containing 6, 10 or 14 percent
crude fat containing similar metabolizable energy content. Garcia explains that in dairy rations, DDGS primarily contribute energy and protein. Reducing fat content means less energy. The difference with swine may result from the pig’s ability to extract some
energy from the DDGS fiber in the digestive tract, he suggests, a function shared with dairy but not poultry. “If dealing with poultry, you’re really limited in the amount you can include of distillers because the utilizable energy has been reduced quite significantly,” he says, stressing the impact of low-oil DDGS in feed rations is species specific, and also will differ within species by stage of life. High fat levels in dairy rations have been shown to reduce milkfat, for example, so some nutritionists argue that low-fat distillers should be beneficial. But the real issue, Garcia notes, is knowing the levels and effects of the different fatty acids. Oil content varies from plant to plant and, with distillers typically piled and not segregated by different qualities, it can vary between shipments from a plant. It can be difficult for the feeder to know the actual value. “You don’t usually analyze distillers grains, because of the volumes going through the farm—by the time you test the shipment, you’re done with the feed.”
The team at Nebraska has studied lowoil distillers effect in cattle rations. “It has decreased the energy value some and there’s a lot of debate on what that number should be,” Erickson says. In the past four years, the first samples tested had little impact on
feeding value. “More recently, the more aggressive they seem to get [in removing oil], the bigger the impact. We’ve tried to stay ahead of that.” Now, the Nebraska team is trying to anticipate the changes coming with new tech-
nologies that will alter other components, such as the fiber and protein content. The 2016 Nebraska Beef Cattle Report shows the results of several feed trials attempting to isolate the contributions of solubles, protein, fat and fiber, compared to a diet of 40
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percent wet distillers grains (WDGS) and a control diet of dry-rolled corn. There were significant improvements in both feedlot and carcass performance in the steers fed WDGS compared to dry-rolled corn, but none of the four DG components, alone, explained the energy value associated with wet distillers grains. Erickson says feed trials like these are necessary to learn “what the cattle will tell us.” Earlier research, for example, found better results from beef cattle than initially
expected, with wet cake worth 130 to 135 percent the value of corn in feed rations for feeder cattle, while DDGS are closer to 110 percent.
The complexities in establishing nutritional value get even knottier when examining protein. Many assume that higher protein distillers grains will be a welcome improvement, particularly because protein often is a higher priced feed component.
But the animal nutritionists caution it is not that simple. Shurson points out swine nutritionists want to know digestible amino acid levels. “There is a poor relationship between lysine and crude protein content in corn, which remains when producing high protein DDG,” he says. “This means that we can’t assume that just because the protein content in DDG is increased, that it provides substantially more feeding value to pigs because the concentration of some of key amino acids does not increase proportionally.” The situation is similar for poultry, Garcia says. A higher protein distillers grains product actually might have limited value because of the need to properly balance the amino acids. “The more distillers grains you use, the more deficient you will be in lysine, and the more you will have to supplement,” he says. Dairy and beef cattle, on the other hand, don’t require high protein. “I don’t see so much of a benefit from higher protein. It will all depend upon how much you pay for the amino acids you have to buy to balance the protein with.” Erickson also says it is incorrect to claim higher protein levels always make a better feed. “I would argue the opposite for finishing cattle,” he says. “It doesn’t make it a better feed, it makes it a protein supplement.” The protein equation demonstrates the challenge for an ethanol producer. “What’s good for swine or dairy isn’t always the best thing for beef cattle,” Erickson says. “It makes it very difficult, if you are a plant and marketing to all three, to make a blanket statement. It depends on which animal you are marketing the feed to.” Another challenge facing the animal nutritionists is that the new batch of technologies being deployed in the ethanol industry is increasing the variability of distillers. “There’s no standardization of process at all,” Shurson says. “In fact, it’s becoming more diversified among plants.” Shurson says the ethanol industry needs to have good data in hand when introducing new coproducts to buyers.
Two types of research trials are needed, Shurson says. One set of feed trials is 36 | Ethanol Producer Magazine | MAY 2016
needed to establish nutrients for accurate feed formulation. Swine researchers want to know the metabolizable energy value, digestible amino acid profile and phosphorus content to properly formulate a ration for the second round of feed trials that measure growth performance. “I want to make sure we’re not shorting the animals, which would provide bad results,” Shurson says. “And at the same time, I don’t want to be too conservative and underestimate digestible energy and nutrients because I would end up using more or not replacing as much as I could.” According to the three nutritionists, well-designed feed trials can cost between $50,000 and $100,000. Garcia says that because research funding is tight at universities, it is much harder today than in 2002 and 2003 when he started doing feed trials, and the distillers grains was low-cost. “Now it’s very difficult to obtain funding to do some basic research on distillers grains, even though we have new product.” Erickson credits the generous support from the Nebraska Corn Board for Nebraska’s continued research. Without that funding, he estimates the university would likely be able to conduct one-tenth of the research. Likewise, Shurson credits the Minnesota Corn Research and Promotion Council and the National Pork Board for providing the majority of research funds for the studies he has conducted. Besides having the data to find the best use with the right species for new coproduct iterations, there is another incentive for the ethanol industry and its supporters to conduct more nutritional research. Shurson points out that ingredient values in the feed market were established on traditional nutritional measures that now are considered inaccurate for species like poultry and swine—things like total digestible nutrients, ash and crude protein, fat and fiber. Nutritionists now use more accurate nutritional values to calculate economical rations. Shurson has given several presentations to U.S. Grains Council audiences showing big value differences among DDGS samples from 144 sources when formulating swine diets. The value gap was greatest in swine grower-finisher diets,
where the actual economic value using the metabolizable energy, digestible amino acids and phosphorus ranged between $195 and $289 per metric ton at a time when the value of DDGS in the spot market, which reflects the traditional pricing measures of crude protein, fat and fiber, was $182 per metric ton. It will take time for market prices to reflect real nutritional value. In the meantime, ethanol producers introducing new or
altered coproducts will be well-served by getting the right data to help the new feeds find the right market. Author: Susanne Retka Schill Managing Editor, Ethanol Producer Magazine 701-738-4922 email@example.com
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MAY 2016 | Ethanol Producer Magazine | 37
Two companies gain traction in the quest to produce high-protein feed products from ethanol coproducts. By Holly Jessen and Kassidi Andres
Novita Nutrition and Nutrinsic Corp. approach producing high-value feed products from ethanol coproducts differently—Novita removes unsaturated fat from distillers grains while Nutrinsic targets the condensed syrup typically added to distillers grains. Both are targeting the ethanol
industry as suppliers of the coproduct streams used to produce new nutritious feed products. Novita, led by President and CEO Don Endres, is building its first production facility in Aurora, South Dakota, with full operations expected to begin at the end of 2016. The company has developed a patented process to remove all of the unsaturated fat to improve the digestibility of distillers grains. The trademarked NovaMeal will be pelletized and initially marketed to the dairy industry. Distillers grains will be transported to the facility, primarily by truck from ethanol plants within a 100-mile radius, but also via rail. The facility in Aurora will receive about 1,300 tons of distillers grains daily, producing about 1,200 tons of NovaMeal and 100 tons of corn oil. The corn oil will be marketed initially as poultry feed while other markets are explored, including corn oil as a biodiesel feedstock. NovaMeal is a cost-effective and highly-digestible feed product and will create new demand in new markets for distillers grains, Endres says, noting that he believes the product will do well internationally. “Once we get the first plant up and running, we will be looking for additional locations across the Midwest. We are looking forward to proving out the product and expanding it.” NEW-AGE FEEDS: Nutrinsic's ProFloc, shown here, and Novita's NovaMeal are two examples of animal feeds that can be produced by further processing ethanol plant coproducts. PHOTO: NUTRINSIC
38 | Ethanol Producer Magazine | MAY 2016
MAY 2016 | Ethanol Producer Magazine | 39
CONSTRUCTIVE DIGESTION: The Novita Aurora facility, expected to be completed by the end of the year, will process distillers grains to produce a highly digestible feed product. PHOTO: NOVITA
Nutrinsic’s product lines include feeds with 50- and 60-plus protein content and a natural fertilizer coproduct with applications in commercial lawn, plant, greenhouse and retail lawn care products. The largest markets for Nutrinsic’s trademarked feed product, ProFloc, are aquaculture, poultry, piglet and hog markets, in that order, says Dan Simon, president and CEO.
The feed product already is in production using process streams from breweries. The company’s patented process harnesses underutilized nutrient sources as a substrate to grow bacteria, which is separated, dried and packaged for sale. One plant in China has partnered with Anheuser-Busch since 2014 and construction is expected to be completed in June on Nutrinsic’s first commercial plant in the U.S.—a facility in Ohio
built in partnership with MillerCoors. The company is working to build additional production facilities, Simon says. In the U.S., Nutrinsic is focusSimon ing on using condensed syrup from ethanol plants and glycerin from biodiesel plants as its feedstock for its bacteria-based feed product. Condensed syrup from ethanol plants is 10 to 15 times more concentrated than process streams from breweriess, which allows for larger feed production facilities, Simon notes. The company is in negotiations with two potential ethanol plant partners, Simon says, and, it’s unknown whether the next facility will be a joint venture with an ethanol plant partner or owned and operated by Nutrinsic. He anticipates the company will have a signed agreement sometime this year and will start construction by January 2017.
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Endres, known in the industry as cofounder and CEO of VeraSun Energy Corp., tells EPM that the idea for NovaMeal had Endres its beginnings in 2005. Like others in the ethanol industry, he was studying the various nutritional components of distillers grains, which potentially have higher values when separated. â€œWe set out to find ways to monetize that additional value, and really focused on what we viewed as our best, highest value marketâ€”that being the high performing, lactating dairy cow,â€? he says. â€œShe needs a lot of high-quality nutrients, and of course, produces a very high level of milk as well. So we set out to understand better why distillers grains was not being included at a higher inclusion rate in the diet.â€? Research showed that corn oil, which is high in unsaturated fat, negatively impacts the rumenâ€™s ability to break down fiber and
PARTNERS: A ProFloc plant is colocated with a MillerCoors Brewery in Trenton, Ohio. PHOTO: NUTRINSIC
produce amino acids and energy. In dairy cattle, that results in reduced milkfat levels. So, even though the economic model shows more distillers grains could be included in dairy cattle rations, it was not, primarily because of unsaturated fats, he says. Today, the companyâ€™s NovaMeal, which has had the corn oil removed, has gone through multiple university trials, with a few research papers published in the Journal of
Dairy Science. Meanwhile, full commercial dairy trials in California and the Midwest have been completed, both with good results. Nick Vande Weerd, owner of Pleasant Dutch Dairy, where a feed trial was ongoing in March, told EPM they were very happy with the results so far. â€œWe will definitely continue to use the product in our rations and look forward to their plant operating at full capacity.â€?
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BAGGED PROTEIN: ProFloc comes oﬀ the production line. Nutrinsic is already producing the feed product using syrup from breweries as a feedstock and is now in negotiations with two ethanol producers. PHOTO: NUTRINSIC
“We are entering a new era in the feed business where dairymen, and their nutritionists specifically, are not just looking at feed and its analytical value by nutrient, but they’re looking at absorption rates of individual amino acids,” Endres says, noting that understanding continues to evolve. “What we found with our product, once we’ve put
it through our process, is we are actually able to achieve a high level of available absorbable amino acids in the intestinal tract. “So for dairy producers feeding a protein supplement, they’re looking to utilize more of the protein, and deliver it to the intestinal tract to improve efficiency.”
More than 10 years ago, the founders of Nutrinsic began with an idea that emerged from water and wastewater treatment using aerobic digestion, Simon says. Researchers developed a process to tailor the growth of certain bacteria with specific concentrations of protein. The original concept was to produce feed and, eventually, with regulatory approval, a food product. Simon, who has a background in the ethanol industry, was appointed leader of the organization at the end of last year. In the past, he served as cofounder, chief operating officer and executive vice president of Biofuel Energy Corp., which built the 115 MMgy ethanol plants in Wood River, Nebraska, and Fairmont, Minnesota, now owned and operated by Green Plains Inc. With slight differences depending on the technology, a 100 MMgy ethanol plant produces about 100,000 tons per year of syrup. From his work in the ethanol industry, Simon understands the coproduct as an element of distillers grains. “We really had
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more syrup than we knew what to do with and we would just throw it on our DDGS because we had no better use for it,” he says. Essentially, ethanol producers could put only half of the syrup on their distillers grains, still get the color and other properties needed, and the other half would be available to produce Nutrinsic’s protein product, he says. Using 50,000 tons of condensed syrup from an ethanol plant per year would produce about 30,000 tons of ProFloc, Nutrinsic’s single-cell protein feed, Simon says, noting that the product could generate from $35 million to $50 million dollars in revenue. “So it’s a very high value product and it supports the concept and evolution of an ethanol plant becoming a biorefinery,” he says. Aquaculture is a large and fast growing market, with good opportunities for ProFloc. “The amino acids profile is quite similar to fish meal,” he says, noting that it’s a balanced feed, high in amino acids which are difficult to produce artificially. To date, the company has completed feed trials primarily in the aquaculture and hog markets, with
LIVE TESTERS: Dairy cows eat NovaMeal, as part of a ration, at a dairy located near the Novita Aurora facility now under construction in South Dakota. PHOTO: NOVITA
very good results. “In many trials, the fish and the piglets would eat as much as they could,” he says. “We actually had to control how much they ate.” Fishmeal prices are volatile and move between $1,400 and $2,400 a ton. Long term, the goal is to sell ProFloc for similar prices. However, as was also the case when distillers grains was a newcomer in the feed
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market, in the beginning ProFloc will be sold at a discount to fishmeal, Simon says. Author: Holly Jessen Ethanol Producer Magazine Contributing author: Kassidi Andres, intern
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DG-Based Resins S p r i ng i nt o Pla s t i c s Nebraska’s Laurel Biocomposite produces biomaterials for thermoset applications. By Ann Bailey
Laurel Biocomposite LLC is using distillers grains to create biomaterials that will be used in lawn and gardening products across the United States this spring.
The Nebraska company, founded in 2007, moved into a new manufacturing plant in Laurel in 2013 and began converting distillers grains into a powder that can be used for thermoset applications and master-batched pellets used in thermoplastic applications. Last year, Laurel Biocomposite made improvements to its 20,000-square-foot manufacturing plant in Laurel. In addition to another production line, the company installed a lab extruder line, a small injection molding machine, testing equipment for physical properties and quality assurance equipment for verifying impact, tensile and flexural strengths and melt flows. Laurel Biocomposite manufactures three types of resins: Bio-Res PLA with 98 percent biobased content, Bio-Res PE with 62 percent biobased content and Bio-Res powder with 100 percent biobased content. Introduced in 2011, the company says the biomaterial is a cost-effective, environmentally friendly replacement with better performance properties 44 | Ethanol Producer Magazine | MAY 2016
in a variety of manufacturing processes than traditional petroleum-based resins. In December 2015, Laurel Biocomposite earned the USDA certified Biobased Product labels for its Bio-Res PLA, PPE and powder products. Products that meet the requirements of the BioPreferred program, created in the 2002 Farm Bill and expanded in 2008, are labeled to be easily identified by consumers with the intent of increasing use. Laurel Biocomposite has a supply agreement for the distillers grains used in its BioRes products with Husker Ag LLC, Plainview, Nebraska. Husker Ag uses more than 26 million bushels of corn annually to produce about 76 MMgy of ethanol, plus wet and dry distillers grains. At full capacity, Laurel Biocomposite will use about 15,000 tons of dried distillers grains annually, says Tim Bearnes, the company’s CEO. Laurel Biocomposite has capacity to produce 50 million pounds of Bio-Res products annually. The company markets its products to the plastic industry, the third-largest manufacturing industry in the U.S. Laurel Biocomposite’s biomaterials, such as BioRes powder, offer a viable option to conventional plastic materials, without sacrificing physical properties. The powder, for example,
replaces calcium carbonate in a sheet-molded or bulk-molded thermostat composite, at the same time cutting weight by up to 25 percent. That makes it especially suited for car and truck panel applications. BioRes PLA products also can be injection molded or extruded. The products are easy to mix with resins for agricultural and lawn and garden products. The sustainable Laurel Biocomposite material replaces as much as 20 to 40 percent of the plastic in a variety of manufacturing processes. The Bio-Res powder, for example, is a replacement for traditional mineral fillers. Bio-Res pellets and powders, meanwhile, are available to its customers in master batches.
Albany, Minnesota-based Master Mark, uses Laurel BioRes PLA in its green-colored anchor pins used to hold down sod or landscape fabric “The advantage to having a stake made from Laurel’s product is the product can break down over time,” says Nick Scherping, Master Mark purchasing and materials manager. “Currently, if someone were to lay sod down and stake it down with metal, they would have to remove the pin from the sod weeks down
the road or let it rust to where it falls apart.” Conventional plastic stakes also need to be removed or they would remain forever in the ground, Scherping says. “With the Laurel material, the consumer doesn’t need to remove it from the ground, if they choose to. The product will break down without having to worry about polluting the soil with plastic or metal.” The same is true for the fabric staking, Scherping says. “The fabric just needs to be staked down until there is a mulch or rock on top of the fabric,” he says. After that, the stake isn’t needed, and because the material in the Laurel Biocomposite product is biobased, it will break down over time. That means the homeowner won’t have to sift through the dirt next time they do landscaping to try and find the stake. In Stillwater, Minnesota, SelfEco is producing garden pots with built-in plant food that are made from Laurel Biocomposite BioRes PLA. The nutrients come from the distillers grains used to manufacture the resin, says Danny Mishek, SelfEco president and CEO. “It has the right amount of nutrients and proteins to allow the plant roots to take in the nutrients,” Mishek says. SelfEco pots also benefit the environment because they allow
gardeners to reduce the amount of fertilizer they use and because the pots eventually break down, Mishek says. “The material has been certified to be industrial compostable,” he says. Gardeners either can leave the pots in the ground to provide nutrients to the soil for the next gardening season or take what remains of the pots to an industrial compost center, Mishek says. The SelfEco Pots will be available for sale this spring online and for limited sale at a handful of Minnesota garden centers, he says. This fall, the SelfEco pots will be rolled out to a larger distribution area for preorder for the 2017 gardening season. Laurel Biocomposite’s Bearnes says he is optimistic about the need for and desire of other companies to move to a more environmentally friendly source for their products. “We are doing things here to continue to develop new products and better meet the needs of the customers… It’s a huge, huge market and huge use of material we create,” he says. Now, most plastic products end up in the landfill, he notes. Laurel Biocomposite
hopes to reduce that amount by increasing the amount of Bio-Resin products it sells to companies that will use them to create goods similar to the Master Mark anchor pins for sod and landscape plastic and the SelfEco Pots. “We see that as a neat spot to be in,” Bearnes says. Author: Ann Bailey Associate Editor, Ethanol Producer Magazine email@example.com 701-738-4976
MAY 2016 | Ethanol Producer Magazine | 45
FEW: Bigger and Better Than Ever in its 32nd Year By Ann Bailey
It seems only fitting that the 32nd annual International Fuel Ethanol Workshop and Expo will be held in Milwaukee’s Wisconsin Center, a building that boasts some of the world’s most attractive architecture and newest technology. After all, the event is sponsored
by an industry that prides itself on using the latest technology to preserve the beauty of the environment by reducing carbon footprints across the globe. The FEW, sponsored by Ethanol Producer Magazine and produced by BBI International, will be held in the Wisconsin Center in downtown Milwaukee June 20-23. Ethanol industry professionals from across the United States and around the world are expected to gather for the event that draws 2,000 men and women. Nearly 25 percent of the attendees will be ethanol producers who typically represent about 85 percent of U.S. production capacity. Forty-one states, Canada’s seven provinces and 33 countries were represented last year at the FEW, the largest and longest running ethanol event in the world. The United States’ robust ethanol
HOST CITY: The Wisconsin Center will house the 2016 FEW June 20-23. MAY 2016 | Ethanol Producer Magazine | 47
NETWORKING VENUES: FEW and advanced biofuels conference attendees will have multiple opportunities for networking. Scenes of Milwaukee courtesy of Visit Milwaukee.
industry annually produces about 15 billion gallons valued at $44 billion. This year will be the largest gathering of biofuel professionals and producers in 2016 with the National Advanced Biofuels Conference & Expo being colocated with the FEW. Targeted at industry professionals producing, deploying and developing advanced biofuels, the advanced biofuels conference will cover cellulosic ethanol, biodiesel and
biobased platform chemicals, polymers and other renewable molecules. All attendees of the FEW can attend the advanced biofuels tracks. Another change this year is that cellulosic and advanced ethanol panels, which in years past had been the fourth track of the FEW, will be part of the advanced biofuels conference. In its place, the fourth track of the FEW will cover infrastructure and mar-
ket development, two issues that are critical for the industry to realize the vision of 36 billion gallons in the renewable fuel standard. The ethanol industry’s growth is predicated upon its ability to open market pathways, and then leverage them in a way that will increase market share and move more gallons. In the new FEW track, infrastructure and market development panels will be made up of industry professionals who work
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on this important job. It will feature presentations on the state of flex-fuel vehicles, midlevel blends and the practicality of E85 as a way to achieve near-term market growth.
A Sample of Panels
Among the many presenters, Mike O’Brien, vice president of market development at Growth Energy, will discuss “Growing the Market: 10 million gallons of Po-
tential” during the “Our Next Step” in the Infrastructure and Market Development track. Prime the Pump, a collective industry effort to bring E15 into the marketplace, targets 20 top chains that represent more than 60,000 retail outlets. More than 200 locations in 23 states already sell E15 and, this year, 700 stores are prepared to launch the biofuel, says O’Brien. Initial sales average 12 to 15
Some chemical companies focus on this
percent at a given retail site. Retailers on this panel will talk about the competitive advantage E15 brings to their businesses and the choice it provides for their customers who are fueling up their vehicles. While the Infrastructure and Market Development track is new this year to the FEW, the other three tracks—Production and Operation, Leadership and Financial Management and Coproducts and Product
Buckman takes a wider view. Some chemical companies focus only on process. Some focus solely on water treatment. Buckman takes a comprehensive approach and looks at the bigger picture — return on investment and environment. We look at every aspect of your plant’s operation,
tailoring chemistries to boost production and increase proﬁtability — from evaporator efﬁciency to corn oil recovery to water treatment issues. To ﬁnd out more or to schedule a system audit, contact your Buckman representative or email firstname.lastname@example.org.
© 2014 Buckman Laboratories International, Inc. All rights reserved.
MAY 2016 | Ethanol Producer Magazine | 49
Diversification—remain the same, featuring presentations on a wide variety of topics. The Production and Operations track, as the title implies, is aimed at industry professionals and focuses on plant optimization, process control, advanced maintenance, compliance, quality control, safety and other areas of facility operations. Category topics include yield management, environmental and regulatory compliance and maintenance. A new face among presenters in the Productions and Operations track, Paul Cook, vice president, Painters USA Inc., will speak on “Protecting Your Infrastructure, the Capital Investment in Your Facility, and Compliance in the Ethanol Industry.” If not managed properly, the damaging effects of corrosion and environmental wear on steel and concrete surfaces can have a major financial and operations impact on ethanol facilities. Using the right coatings and preparation processes lead to long-term savings in maintenance budgets and lengthen the life cycle of capital investments of ethanol producers, he says in his abstract. It is always more cost-effective to maintain tanks, pipe and piping racks, concrete and other exterior structures than to replace ones that have eroded. Cook’s presentation will explain how protecting a plant’s infrastructure from 50 | Ethanol Producer Magazine | MAY 2016
moisture and contaminants is vital to operational efficiency and look at how the immediate impact of a proper maintenance program has a financial and practical purpose. A maintenance program also adds to the overall safety of an ethanol plant, its employees and its surrounding community. Paula Emberland, of ERI Solutions Inc., will join Cook in the panel looking at proactive measures for aging facilities. In her presentation, “Understanding Biointegrity,” she will discuss the importance of a comprehensive mechanical integrity program for an ethanol plant that will help the facility to ensure regulatory compliance, continued plant efficiency and reduced maintenance at plants as they age. The presentation will identify how ethanol plants, many of which are approaching 10 years old, can utilize a mechanical integrity program to identify asset deterioration that results from daily operations and environmental conditions. The presentation will include information about ways in which internal inspections, infrared and thermal testing and other nondestructive testing can be used to determine if there is an issue before having to deal with an unplanned shutdown or operational instruction. The FEW’s Leadership and Financial Management track is designed for ethanol industry executives, board members, di-
rectors and top-tier facility managers who oversee finance and management, with presentations on topics like workplace trends, hiring practices and risk management. Conference attendees responsible for producing or marketing distillers grains and plant executives exploring product diversification strategies such as fractionation and corn oil extraction will want to attend FEW’s Coproducts and Product Diversification track. The track will include a crosssection of issues from production technology to international trade. Commodities managers, risk managers, distillers grain merchandisers, lab managers, researchers and animal nutritionists will want to hear about topics including production trends, drying technology and enhanced separation technologies. Those are just a handful of about a hundred speakers who will give a variety of presentations in the four FEW tracks. The National Advanced Biofuels Conference & Expo, meanwhile, will feature about 50 additional speakers. Besides the informational sessions at the FEW, attendees will have an opportunity to network outside of the Wisconsin Center. The annual FEW golf tournament will begin at 8 a.m., Monday, June 20, with a shotgun start. The tournament will be held at Brown Deer Golf Course, a clas-
sic design, 18-hole facility with bent grass fairways, tees and greens that has hosted an annual PGA tour event, USDA national championships and now hosts the PHC Classic, a Symetra Tour event. At the free Wednesday evening event on June 22, FEW attendees will have an opportunity to tour the Harley Davidson Museum, one of Milwaukee’s top tourist destinations. More than 450 motorcycles and artifacts, dating back to Serial No. 1, the oldest known Harley Davidson, are housed on the 20-acre museum campus along Milwaukee’s river front. Tours and one-day seminars bookending the event are still under development. Watch for more details on www.fuelethanolworkshop.com. Author: Ann Bailey Associate Editor, Ethanol Producer Magazine email@example.com 701-738-4976
MAY 2016 | Ethanol Producer Magazine | 51
BIODIESEL: Trucks serve the 45 MMgy REG Danville, Illinois, bioreﬁnery, bringing corn oil in and delivering ﬁnished fuel. PHOTO: REG
Biomass-based Diesel Poised for Growth Biodiesel proves to be a major, and growing, market for distillers corn oil. By Dave Elsenbast
The biomass-based diesel industry showed its resiliency in 2015, another challenging year, and now that some regulatory uncertainty has been resolved, it is looking ahead to a brighter future.
The industry nearly reached record production levels last year and, according to U.S. EPA data, U.S. consumers used a record 2.1 billion gallons of biodiesel in 2015, reducing America’s carbon emissions by at least 18.2 million metric tons. Biomass-based diesel continues to add value to many industries including agriculture, fuel marketing, ethanol and trans-
portation. It is proven that advanced biofuel is poised for continued growth. The fuel supports our nation’s energy security and diversity, food security and environmental stewardship. EPA released its final rule and volumes for 2014-’17 for biomass-based diesel Nov. 30, 2015, putting the renewable fuel standard (RFS) back on its legislated schedule as shown in the accompanying table. With this forward regulatory certainty, biomass-based diesel’s role in RFS compliance will continue to increase. In addition, the $1-per-gallon federal biodiesel excise tax credit that expired Dec. 31, 2014, was retroactively extended for 2015 and 2016. Many other positive factors have kept the advanced biofuel industry moving forward.
Market opportunity is broad for biomassbased diesel and there is ample domestic production infrastructure in place. Biodiesel imports rose from 510 million gallons in 2014 to an estimated 670 million gallons in 2015, nearly 30 percent of the total U.S. market. Falling oil prices, however, pressure biofuel market prices and that impacts the advanced biofuel industry. With oil prices the lowest since 2003, the energy market is weak and there is ample supply. State and local policies supportive of biomass-based diesel continue to be generally positive, albeit with some uncertainty. New York City has a B2 requirement for all heating oil sold and higher usage requirements
CONTRIBUTION: The claims and statements made in this article belong exclusively to the author(s) and do not necessarily reﬂect the views of Ethanol Producer Magazine or its advertisers. All questions pertaining to this article should be directed to the author(s).
52 | Ethanol Producer Magazine | MAY 2016
BIODIESEL are under consideration. Minnesota requires all diesel gallons be blended at B5 year round and at B10 in the summer months. California’s Low Carbon Fuel Standard requires producers of petroleum-based fuels to reduce the carbon intensity of their products. Biofuels from feedstocks such as inedible corn oil, animal fats and used cooking oil are favorable choices for LCFS customers because of their lower carbon intensity values.
Corn Oil Fit
Biomass-based diesel continues to be a significant and reliable source of demand for inedible corn oil as shown in the bar chart. In 2015, biomass-based diesel consumed 944 million pounds of inedible corn oil, nearly 40 percent of all inedible corn oil produced in 2015. The cold weather characteristics of corn oilderived biodiesel, combined with the advantageous carbon intensity score into the LCFS market, make inedible corn oil and biodiesel a great fit. Uncertainty and market volatility are no strangers to the renewable fuels industry. This has taught us that the biomass-based diesel industry needs feedstock diversification. Renewable Energy Group Inc., an advanced biofuels producer and marketer, has been a leader in that diversification strategy. Today, REG relies on its multifeedstock, multiproduct and multitechnology approach to ensure feedstock flexibility and product quality across all of its biorefineries. The company has invested in facility upgrades that allow multiple feedstocks with both high- and low-free fatty acid content. Biomass-based diesel is among the most tested fuels in the marketplace. The American Society for Testing Materials and the biodiesel industry have been strategic partners in research and investments in quality standards for biodiesel. This dedication to quality has proven that biodiesel is here to stay. It is a widely accepted and ready-to-use fuel in many applications, including on-road and off-road transportation and heating oil markets. So what’s next in 2016? History has proven over and over again that this resilient industry will continue growing into new and existing markets, utilizing multiple feedstocks and producing quality products. Biomass-based diesel will continue to support jobs, economic development and innovation. The U.S. Energy Information Administration forecasts drivers will consume 17.1 per-
U.S. EPA Final Renewable Fuel Volumes 2014
Biomass-based diesel (billion gallons)
Advanced biofuel (billion gallons)
Cellulosic biofuel (million gallons)
Renewable fuel (billion gallons)
SOURCE: U.S. EPA RENEWABLE FUEL STANDARDS 2014, 2015, 2016, AND THE BIOMASS-BASED DIESEL VOLUME FOR 2017
SOURCE: ENERGY INFORMATION ADMINISTRATION
cent more diesel fuel by 2023 and 26 percent more by 2040. Diesel car and SUV registrations in the U.S. increased 24.3 percent from 2010 through 2012, compared with a 2.75 percent rise for gasoline car and SUV registrations. With 44 new clean diesel car, truck and SUV models launched in the 2014 model year, automotive industry experts predict that consumers will have more than 58 diesel vehicle models to choose from in North America by 2017, according to a National Biodiesel Board 2016 market report. Biomass-based diesel’s future growth looks even more promising with progress being made toward addressing climate change, demonstrated by the recent 2015 United Nations Climate Change Conference in Paris. The industry can help improve petroleum diesel’s
greenhouse gas emissions profile as countries and local governing entities continue to expand policy responses to this issue. Consumer acceptance, growing domestic production and continued advocacy across the ethanol and biodiesel industries will remain important for future growth of the renewable fuels industries. The biomass-based diesel industry has been tested, proven and is here to stay. Author: Dave Elsenbast Vice President, Supply Chain, Renewable Energy Group firstname.lastname@example.org 515-239-8117
MAY 2016 | Ethanol Producer Magazine | 53
PHOTO: AFC YEAST
New Coproduct Technology Produces Food-Grade Yeast Process expands potential ethanol capacity by shortening fermentation. By Don McLellan
Typically, in ethanol production the nonfermentable leftovers from the feedstocks and yeast are combined and sold either as wetcake or dried distillers grains for feed. But the yeast
So the questions are: 1. How can those components be collected separately without losing them in the mix? 2. Isn’t there some way that ethanol producers can earn some additional revenue from these components? Traditional yeast companies sought to find new strains of their yeasts to improve productivity, and some were successful, but included in that sale of animal feed includes none could enable the yeast cells to remain inprotein, sometimes vitamins and minerals, cell tact through the process. Australian researcher walls and nucleotides, which have a value in David MacLennan developed a continuous fermentation process to produce single-cell their own right on world markets.
protein while at Sydney University. He formed Biotechnology Australia Pty. Ltd. and continued his work on protein and ethanol. That company was acquired by Rio Tinto. He has since formed his own R&D company, Agritechnology Pty. Ltd., and partnered with me to form Alternative Fuels Corp., which contracted the research to Agritech, is the owner of the patents and is aiming at commercializing the AFC Yeast technology. MacLennan’s concept is to keep these important components intact within the yeast cell
CONTRIBUTION: The claims and statements made in this article belong exclusively to the author(s) and do not necessarily reﬂect the views of Ethanol Producer Magazine or its advertisers. All questions pertaining to this article should be directed to the author(s).
54 | Ethanol Producer Magazine | MAY 2016
YEAST and not to leave them in the ethanol fermentation for as long. By substantially increasing the volume of the active yeast into the ethanol fermenters, the fermentation time has been reduced to seven to 10 hours, much shorter than standard practices. When the ethanol fermentation process is finished, the yeast cells, still intact and maintaining their full integrity, can be centrifuged off from the beer prior to distillation. Note that none of the agricultural feedstocks are used to produce ethanol. All are completely applied to producing the human food-grade yeast product. The separated, washed and dried yeast has a protein content between 45 and 55 percent, is rich in B vitamins and minerals and contains 7 percent ash. It also contains beta glucans and mannans that have medical applications along with the potent antioxidant glutathione and traces of other elements. As a vegetable yeast, it is suitable for vegans and vegetarians and has GRAS status (generally regarded as safe under the U.S. Food and Drug Administration.) To present some idea of the enormity of this opportunity, it could be possible to achieve a ratio of one metric ton of yeast for every 5,000 liters of ethanol produced annually. If even half of the global ethanol plants were converted to enable this system to be implemented, the volume of this high quality yeast protein would satisfy the world’s demand for protein well into the future. Other challenges involved in product development include discerning the best form
and whether it can compete in existing markets or a new one. Some possible uses for the yeast protein include: • A highly nutritious protein ball supplement. • An egg substitute in baked goods such as cakes, biscuits, muffins or donuts that retains the protein content previously provided by eggs. • A milk extender that can increase milk volume by 30 percent, without settling due to the yeast’s functional property of solubility. This would have particular relevance for feeding young animals because of the presence of nucleotides. • A protein concentrate for use in sports and health drinks or in a range of textured vegetable protein dishes intended as meat substitutes. The research findings have potential to be attractive to the ethanol producer economically. Because the ethanol fermentation period is so short, it may be possible to have a second fermentation in the same original time, increasing capacity by 67 to 100 percent. More distillation equipment probably would be required. Additionally, the potential revenue from the sale of the yeast is many times greater than for distillers grains. Depending on costs of feedstocks, labor and power, it is possible that existing profitability could be increased by a factor of four to five times. Of course, there has to be a market for the yeast protein. There is much talk of a looming
global lack of protein, and different new ideas get suggested as the next opportunity. Yeast protein has not had significant attention simply because, until now, it has been too expensive to compete as a protein. Yeast itself is common, because it is the major one used in baker’s and brewer’s yeasts and in yeast extracts used as flavor enhancers in many foods. It is only now, because of the patented process that this yeast protein can compete against the likes of soy. Besides being a vegetable yeast, not an allergen, generally regarded as safe and the fact that it can be produced almost anywhere in the world, the yeast also is cheap to produce. It now offers food developers, manufacturers and sellers a great opportunity to help create a new emerging wave of high protein, low cost and medically beneficial applications. And they are backed by the knowledge that supplies of the raw material yeast protein can be produced virtually globally in large quantities. Yeast protein can become part of a new food revolution. Author: Don McLellan Chairman, Managing Director, AFC Yeast +61 4 0384 5520 email@example.com
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For more information and to register, visit ExportExchange.org. MAY 2016 | Ethanol Producer Magazine | 55
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Producer Passes Per Biofuels Facility Ethanol | Biodiesel | Advanced Biofuels | Cellulosic
New, Evolving Coproducts Require Regulatory Due Diligence Altered, novel products may require new AAFCO deﬁnitions, GRAS aﬃrmations By Kurt A. Rosentrator
The biofuels story is not yet completely written. Many exciting de-
velopments are on the horizon and some are within our grasp. Indeed, cellulosic ethanol is here and being commercialized. Gen 1.5 processes increasingly are being implemented throughout the industry. Existing Generation 1 dry grind plants continue to evolve. Engineers and scientists at new startups as well as long-established companies continue to find new ways to extract more uses and value upstream from kernels of corn and downstream from coproduct materials.
We also are entering an era with an increased emphasis on human food safety, and thus on feed safety. After all, feed ultimately becomes food for people when fed to livestock and other food-producing animals. During the past two years, we have reviewed and commented on two key rulings in the Food Safety Modernization Act, including the Current Good Manufacturing Practice and Hazard Analysis and Risk-Based Preventive Controls for Food for Animals (FDA-2011-N-0992), and the Sanitary Transport of Human and Animal Food (FDA-2013-N-0013). FSMA
is expanding the scope of the U.S. Food and Drug Administration. We must, therefore, make sure that we do our due diligence when it comes to the products we make and the processes we use to manufacture them, being cognizant of the relevant regulations. To be sold in the U.S. marketplace, all feed ingredients must meet specific, defined legal definitions. These definitions are published each year by the Association of American Feed Control Officials. Those relevant to the ethanol industry are shown in Table 2. Current
CONTRIBUTION: The claims and statements made in this article belong exclusively to the author(s) and do not necessarily reﬂect the views of Ethanol Producer Magazine or its advertisers. All questions pertaining to this article should be directed to the author(s).
58 | Ethanol Producer Magazine | MAY 2016
Oﬃcial Name Corn Distillers Oil, Feed Grade
Oﬃcial Deﬁnition for Trade (Excerpt only) “… obtained … from the yeast fermentation of a grain or a grain mixture … consists predominantly of glyceride esters of fatty acids must be guaranteed for, not less than 85% total fatty acids, not more than 2.5% unsaponiﬁable matter, and not more than 1% insoluble impurities...” 2015, tentative.
TABLE 1: Name and excerpted deﬁnition for oil removed from ethanol processing (as delineated by AAFCO, 2016, pp. 401). AAFCO voted and approved the listing of this name and deﬁnition as “tentative” during 2015. For full deﬁnition, refer to the AAFCO Oﬃcial Publication. The name of the predominating grain must be stated. For many fuel ethanol plants in the U.S., this will be corn, as shown in the table above.
definitions include both wet and dry products and many were developed and approved for fuel and beverage alcohol several years ago. Most dry grind ethanol plants produce coproducts meeting these definitions, as do beverage distilleries here in the U.S. If you make traditional distillers coproducts, then more than likely your coproducts are already defined appropriately. But, are you making a new type of coproduct? If so, does it fall in line with one or more of these definitions? If it does not, then you need to develop a new definition. The AAFCO Official Publication is printed annually or you can subscribe to the online publication which is updated continuously. As an example, in recent years most fuel ethanol plants have implemented oil removal technologies and many in the industry, including the Distillers Grains Technology Council, have worked to establish a legal definition for distillers oil so that it legally can be sold in the U.S. See Table 1 for the approved definition.
Deﬁning New Coproducts
But, the industry isn’t standing still. Every year, much research is conducted to further fractionate compounds from either the grain or the coproduct streams. These include fiber, proteins and other nutrients. Meanwhile, research also is being conducted to produce fermentation products other than ethanol from corn, such as isobutanol. Which of these new technologies will become commercial reality? Or, if they are already commercialized, which will be successful in the long term? It is difficult to predict the future. But, one thing is certain: if you are developing new coproducts, or are even thinking about it, start your journey toward compliance now. In order to legally sell a new coproduct, the new feed ingredient must be proven safe for its intended use. There are three mechanisms to gain authorization for a new feed ingredient: the AAFCO definition process, the
Food Additive Petition process or the generally regarded as safe (GRAS) determination with voluntary notification. All three of these mechanisms for approval can be very lengthy, ranging from one to three or more years, requiring extensive documentation. Although it is dependent on the product and company preference as to which path to take, most follow the official AAFCO process to establish the legal identity and get a published definition in the AAFCO official publication. “A Guide to Submitting New Ingredient Definitions to AAFCO” is available on the AAFCO.org website. In the process,
companies work with an AAFCO investigator, who also will work with the U.S. Food and Drug Administration to develop the definition and prove the safety of the ingredient. After the initial review, the proposed feed ingredient definition package is submitted to the FDA Center for Veterinary Medicine, where the supporting scientific information is assessed, including manufacturing information, ingredient safety and utility data. Once completed, FDA will issue its recommendation to the AAFCO Ingredient Definition Committee and, if all goes well, will result in an official AAFCO definition for your coproduct.
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Oﬃcial Deﬁnition for Trade
Corn Distillers Dried Grains with Solubles
“…obtained … from the yeast fermentation of a grain or a grain mixture by condensing and drying at least three-quarters of the solids of the resultant whole stillage ...” 1964.
Corn Distillers Dried Grains
“… obtained … from the yeast fermentation of a grain or a grain mixture by separating the resulting coarse grain fraction of the whole stillage and drying …” 1964.
Corn Distillers Wet “… obtained … from the yeast fermentation of a grain or a grain mixture ...” Grains 2007.
Corn Condensed Distillers Solubles
“… obtained … from the yeast fermentation of a grain or a grain mixture by condensing the thin stillage fraction to a semisolid...” 1970.
Corn Distillers Dried Solubles
“… obtained … from the yeast fermentation of a grain or a grain mixture by condensing the thin stillage fraction ....” 1964.
Grain Distillers Dried Yeast
“… dried, non-fermentative yeast of the botanical classiﬁcation Saccharomyces resulting from the fermentation of grains and yeast….” 1978.
TABLE 2: Oﬃcial coproduct names and excerpts of deﬁnitions relevant to the ethanol industry (as delineated by AAFCO, 2016, pp. 392-393, 477). For full deﬁnitions, refer to the AAFCO Oﬃcial Publication. The name of the predominating grain must be stated. For many fuel ethanol plants in the U.S., this will be corn, as shown in the table above.
If, however, the FDA determines the new ingredient may result in human safety concerns, the company must submit a food additive petition to the FDA. After this process, if the ingredient is determined to be safe, the FDA will issue a regulation under section 21 of the Code of Federal Regulations (21 CFR). A third approach is to establish the ingredient is safe for the intended use via a GRAS affirmation. GRAS is for specified uses only and does not imply approval for all applications in animal feed. If general recognition standards, often defined as published information in peer reviewed journals, can be met, the GRAS determination can be submitted under the voluntary notification procedures, either through self-affirmation or the FDA's GRAS notification program. Being proactive is important when developing and commercializing new processes and products. If you have any questions or need any assistance with DDGS or other coproducts please contact us. We look forward to helping you as the industry continues to evolve. Author: Kurt A. Rosentrater Executive Director, Distillers Grains Technology Council 515-294-4019 email@example.com
60 | Ethanol Producer Magazine | MAY 2016
IS MADE HERE.
For years, we’ve been told that cellulosic ethanol is a “fantasy fuel.” And it is.
And now it’s going to change the world. For real.
So we’ve spent a decade planning, researching, and working hard to make that fantasy a reality. ®
CLEARING THE AIR
Ethanol Completes the Puzzle By Dave VanderGriend
The industry has a tremendous opportunity in the upcoming Midterm Review to make the case that ethanol can help the nation reach its goals of increased fuel economy while reducing greenhouse gases on the path that leads to higher ethanol blends.
The best way I can explain how carbon reduction, gas mileage, higher octane and greenhouse gases (GHG) fit together is to look at it like a puzzle. When you look at each of the Midterm Review puzzle pieces individually, it is hard to see how we get to the picture on the box. Like me, do you wonder why auto manufacturers want higher octane and how that connects to carbon reduction? Ethanol is the piece that completes the puzzle on how the auto industry will fulfill the tougher light-duty vehicle standards. In 2012, the U.S. EPA and National Highway Traffic Safety Administration called for 54 miles per gallon (mpg) by 2025 under the new Corporate Average Fleet Efficiency standard. That’s a whopping 60 percent increase over 2011’s 34 mpg. Connect that to the second puzzle piece which is the Obama Administration's determination to reduce petroleum use as a means of cutting greenhouse gases. According to the EPA, the transportation sector is responsible for 34 percent of all CO2 emissions and light-duty vehicles are responsible for more than 65 percent of that. In the end, we likely will see the CAFE standards merged into a GHG reduction program in which vehicle efficiency will be measured in grams per mile GHG emitted, in addition to miles per gallon. While not unprecedented, it is unusual to create a regulatory program reaching 13 years into the future. To do so requires multiple assumptions. When the new standards first were announced, the EPA incorrectly predicted expensive oil, reasonably priced and available electric vehicles, and most importantly, eager consumers. This is a problem when most of the expected CO2 reductions are based on smaller cars and electric vehicles. In a rare instance of rational thinking in Washington, the EPA promised to do a Midterm Review to assess the success of the light-duty vehicle standards. This is important to the auto manufacturers because
62 | Ethanol Producer Magazine | MAY 2016
they are the ones who are burdened with meeting the requirements and this is where ethanol, specifically midlevel blends, can help save the day. In the Midterm Review, the EPA states it will evaluate the longterm standards to determine if those levels still are appropriate, looking at key factors such as fuel prices and the market penetrations of new technologies, notably electric vehicles. We already know the answer to both those questions and it is highly unlikely we can achieve anything remotely close to the carbon reduction targets—unless we embrace higher ethanol blends. We have a tremendous opportunity to make this case in the Midterm Review in what EPA says will be a “data driven and transparent process.” We can show how carbon reductions are indeed possible without drastic changes in vehicles, driving habits, or increased costs, while giving automakers the high octane they need to design more efficient engines. The Urban Air Initiative’s research confirms substantial carbon savings are achieved with high-octane E30 blends. Refiners would use less energy and the ethanol would replace carbon-intensive aromatics currently used to boost octane. In addition, Urban Air’s recent report to the Office of Inspector General details the huge improvements in the carbon footprint of corn, based on yield increases and better understood carbon sequestration performance. We argue corn ethanol’s GHG reduction compared to baseline gasoline now is closer to 50 percent—far greater than the roughly 20 percent GHG reduction now attributed to corn ethanol. The draft of the Midterm Review is scheduled to be available for public comment in June and the final rule is expected in 2018. The Urban Air Initiative will put significant resources into this effort and, in so doing, create new demand, based on real value that will grow our industry for decades to come. When we all work to put more pieces together, the picture is bright for ethanol. Author: David VanderGriend CEO, ICM Inc., President, Urban Air Initiative DaveV@icminc.com 316-796-0900
Carbon Intensity Creates Opportunities By Bernie Hoﬀman
As the carbon economy emerges, there are increasing opportunities for ethanol producers to capitalize on various value sources across the carbon accounting market. The more proactive roles producers take in reducing carbon intensity, the more they will benefit as energy use reduction moves from an incentive to a requirement. Carbon intensity and carbon accounting have moved from simply being green kudos a few years ago to an emerging market with tangible benefits available to ethanol producers who can demonstrate and capitalize on reduced carbon intensity. California already has enacted low-carbon fuel requirements and more states are expected to follow suit. In addition, as the energy markets, especially power generation, comply with U.S. EPA regulations and proposed CO2 limits, ethanol producers have seen and will see energy costs climb. Since 2001, average U.S. electric rates have risen 38 percent. It is estimated that nearly 400 coal-fired power plants will shut down between now and 2020 because of the EPA’s CO2 restrictions. That represents nearly 50 gigawatts of cheap electricity that will need to be replaced. There are essentially two main areas of opportunity. First, by making modifications to produce ethanol more efficiently and with lower carbon intensity, ethanol plants are more likely to qualify for the EPA’s efficient producer pathway petition process (EP3). By deploying a wide range of possible plant
64 | Ethanol Producer Magazine | MAY 2016
upgrades or modifications, ethanol producers not only gain incentives from the EP3 pathway—more than 50 plants already have applied—but also reduce dependence on traditional gridbased energy. There are also specific market benefits in gaining access to states that have their own carbon intensity thresholds. West-facing producers need to comply with the California Low Carbon Fuel Standard to be able to deliver ethanol into the state. Reduced carbon intensity can translate to a tangible premium for LCFS-qualified ethanol and it is expected that value will continue to increase. Oregon, Washington, British Columbia and other U.S. states and Canadian provinces are taking steps to enact their own versions of LCFS. Going forward, it will be necessary for ethanol producers to consider, calculate and capitalize on their carbon intensity, carbon accounting and the potential tangible benefits associated with the carbon economy. Author: Bernie Hoﬀman Biofuels Consultant, K-Coe Isom 316-691-3721 Bernie.hoﬀman@kcoe.com
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