The New Energy Blue™ team has dedicated nearly two decades to co-developing Inbicon™ technology, which originated in Denmark.
Today our ownership of this innovative bio-conversion technology allows us to effectively process a variety of agricultural residues and energy grasses into low-carbon 2G biofuel to help in restoring our planet.
We have made significant investments in our New Energy Biomass Refinery™ design, which we are ready to license alongside the Inbicon technology. This is pivotal in supporting global efforts to reduce greenhouse gases and fulfill international commitments made under the Paris Agreement.
Today we are proud to assist countries and industries around the world in meeting their responsibilities established at COP21. And in turning the world’s botanical waste into clean, green energy.
The New Energy Blue™ team has dedicated nearly two decades to co-developing Inbicon™ technology, which originated in Denmark.
Today our ownership of this innovative bio-conversion technology allows us to effectively process a variety of agricultural residues and energy grasses into low-carbon 2G biofuel to help in restoring our planet.
We have made significant investments in our New Energy Biomass Refinery™ design, which we are ready to license alongside the Inbicon technology. This is pivotal in supporting global efforts to reduce greenhouse gases and fulfill international commitments made under the Paris Agreement.
Today we are proud to assist countries and industries around the world in meeting their responsibilities established at COP21. And in turning the world’s botanical waste into clean, green energy.
New Energy Biomass Refineries will be the first to convert these harvest leftovers into a liquid biofuel and a bio-solid at large commercial scale—and do it sustainably.
Unlike oil refineries, our biomass refineries use raw materials that are grown and harvested rather than drilled and extracted. So our carbon is drawn from the air and recycled instead of added to the planet’s troubles.
As climate change and expanding populations increase competition for water, our refineries can save millions of gallons annually while producing renewable fuel and chemicals to replace those made from oil and gas refining.
This speaks to why ethanol is far kinder to the environment than gasoline, which contains carcinogens toxic to groundwater.
About 250 million cars and light trucks are on the road in the U.S. Nearly all run on gasoline blended with 10-15% ethanol, some up to 85%. When added to gasoline, ethanol adds oxygen to burn cleaner. It cuts dangerous emissions of carbon monoxide, hydrocarbons that contribute to ozone hazards, cancer-causing chemicals like benzene, and fine particulate matter, which can damage lungs.
We harvest a new energy solution
in harmony with nature’s carbon cycle.
Walk through a field of new grain, green with fresh chlorophyl, and feel the sun on your face as it demonstrates how photosynthesis works. Breathe in air, and you’re absorbing the oxygen the plants are breathing out. Exhale carbon dioxide, and the plants take it in and convert the carbon into cellulosic sugars and lignin, the woody part of the plant.
Carbon, though not plentiful, forms more compounds than all other elements combined. The continual exchange of carbon among the reservoirs or “sinks” where it’s stored (earth, atmosphere, plants, oceans, animals) is a natural part of the whole cycle of life.
Continuing to disrupt that cycle by burning fossil carbon has endangered life as we know it, making human intervention essential. For New Energy Blue, it’s processing the dry biomass left behind after the annual corn, wheat, and barley harvest and from the leftovers (bagasse) from sugar cane processing. It’s a new waste-to-energy solution that helps restore nature’s balance.
Our biomass takes its energy from the sun
Every morning, the sun makes a fresh delivery of life-giving heat and light. Farmers know that all plants select the spectrum of sunlight they need to grow. As leaves, stems, and roots absorb carbon dioxide and water, the sun’s radiant energy transforms those molecules into glucose, the plant’s food. And oxygen is released into the air. Chemically, it looks like this:
Light energy + 6CO2 + 6H2O → C6H12O6 (sugar) + 6O2
Much of the energy stored in the plant remains after the harvest, in the form of cellulosic sugars and lignin, which we’ll turn into bioenergy. It’s replenished annually as new crops are grown, in harmony with the seasons and with gratitude for the sun.
and draws its carbon from the atmosphere.
Carbon dioxide accounts for about 79% of all U.S. greenhouse gases released due to human activity. About 33% of this CO2 comes from transporting people and goods.
Plants, on the other hand, absorb nearly a third of all the carbon dioxide emitted by humans every year. Crops like wheat, corn, and barley keep doing their part. But the missed opportunity has been recycling the stalks and stems by converting them into renewable energy. Now we’re on the verge of doing what no one else has done: make cellulosic ethanol and clean lignin biofuel and binder commercially, profitably, and sustainably.
By recycling what’s left behind in farm fields,
In refining biomass, we focus on not just reducing CO2 and healing the climate, but also helping the farmer and improving the soil. So we buy our wheat straw or corn stalks from farmers who work with us using best farming and cover-crop practices to sequester even more carbons in the earth.
When a field is harvested, we collect a portion of the straw or stalks, gathered in clean windrows then baled. Taking the excess (about 3/5) can actually increase the farmer’s crop yield in the following years. What remains enriches the soil organics as well as providing a practical check on wind and water erosion.
our clean-tech replaces fossil fuels and chemicals.
We’re not the only clean-tech solution to the climate problem. But New Energy Blue offers the most overlooked, undervalued, and game-changing. We’ve braided a new bundle of proven technologies that can deliver zero-carbon or even carbon-negative renewables to replace the fossil fuels and chemicals produced by oil and gas refining.
Yes, wind turbines and solar panels play their part in reducing fossil burning. But as look-alike iterations of lithium battery cars rush into production, only environmental dilletantes think electrifying everything is the answer. Millions of cars and trucks with internal combustion engines will need our cellulosic ethanol to dramatically cut CO2 and other harmful emissions.
Meanwhile short-term thinking plunges into cracking fossil gas as a substitute for cracking fossil oil. Which ignores the demand for fossil-free jet and diesel fuel, plastics and paints, detergents and solvents, roadways and roofing, cosmetics and waxes—all those biobased products we can help create.
And our process replaces the oil refinery with the New Energy Biomass Refinery.
A paradigm shift is emerging. Our role: bringing you a new energy with an agricultural origin to replace the old energy with a petroleum origin. To accomplish this, we’ve designed the New Energy Biomass Refinery.
You’ve never seen anything quite like it, because there’s never been anything quite like it. Danish modern in design, it’s simply beautiful outside, beautifully simple inside.
Our new proprietary process can yield renewable biobased products that eliminate the demand for unsustainable oil refinery products. So over time, we can eliminate the need for the oil refinery itself. And gradually replace it with a process that’s substantially cleaner, safer, kinder to the environment in all phases of its operation, upstream and downstream, and more socially responsible and sustainable.
A refinery that can help turn climate change around instead of making it worse.
Clean, Green, and Carbon-Lean Refineries.
Argonne National Laboratory found that grain-based ethanol can cut greenhouse gas emissions by 44 to 52% compared to gasoline. Our biomass refining process can deliver even better results: carbon-neutral (100%) or even carbon-negative (~150%) biofuel.
How? First, we start with a new feedstock of agricultural residues and grasses. Second, we purchased a bio-conversion technology discovered and repeatedly proven in Denmark, then braided it with other proven technologies from internationally renowned equipment suppliers. Third, we rely on the same process engineers, equipment suppliers, and enzyme producers we’ve worked with for years. People who know how to do breakthrough work without breaking a sweat. The result is biomass refining made simpler and more flexible than ever.
Here’s a brief walk-through: An automated system unloads trucked-in bales; quality-checks, and inventories, and stores them in a huge biomass barn; loads bales onto feeder trains; shreds the biomass mechanically; then cooks it in our steam reactor.
When mixed with special enzymes in large tanks, the botanical structure further breaks down into cellulose and hemicellulose (C5 and C6 plant sugars), which are fermented with yeast then distilled and dehydrated to leave pure plant-based ethanol.
The lignin, which binds the cellulose fibers and gives every plant its structure, is easily separated during the process once it releases the sugars. Because we add no ammonia or acid, ours is a cleaner lignin, without salts or metals, ready to be dried and shipped and begin replacing oil-based products such as hard plastics, lubricants, and the bitumen binder in road pavement and roof shingles.
Our cellulosic ethanol can be blended with gasoline to clean auto fuel or be further refined into jet fuel or biobased ethylene, the foundation of a range of products including plant-based plastics.
How to keep 1,000,000 tons of CO2 out of the atmosphere.
Calculating the carbon intensity of a process and its products requires expert analysis of complex sets of data. We hired a leading authority with impeccable credentials and high-profile experience to perform a life cycle analysis on our planned operations. The U.S. Department of Energy, Renewable Fuels Association, and the California Air Resources Board have all relied his findings in recent years.
Here’s the bottom line for our first five New Energy Biomass Refineries. We can expect these five projects to keep over 1,000,000 tons of fossil CO2 out of the atmosphere every year.
Sit with that figure for a minute. One million tons is about how much CO2 enters the atmosphere every year from 200,000 gasoline-burning cars. Or the 2022 U.S. sales of Buicks and Volvos combined.
5 projects, one million tons, year after year after year. And that’s just the beginning.
Big plans for a big country.
We’re beginning with a single biomass refinery in north-central Iowa. Short term, we’re planning four more at twice the size clustered close to the first. But we’re driven by a dream of how American agriculture, infused with American ingenuity, can transform all the leftovers of the harvest into the next clean energy behind climate healing and world progress.
115 million acres of corn stalks and wheat straw await us each year in the American Midwest alone. Enough for 500 New Energy Biomass Refineries dotting the heartland of America. Enough to keep 130,000,000 million tons of CO2 out of the atmosphere—year after year after year.
Think how far this goes toward reaching America’s climate-smart agricultural goals while making the air and water cleaner.
What do you make of it?
When New Energy Freedom biomass refinery starts up in 2026, you’ll begin to witness the downstream products of oil refining being replaced by our cellulosic ethanol and lignin we’ll be producing. Here are a few examples of what lies ahead for those not burying their heads in the tar sands. What will you make of what we’re making? What part will your fuels or chemicals play in the bio-based economy?
Green asphalt paving made by Lignin360 will last longer and cost less. And it’s just down the road.
Starting in 2027, our Freedom Biomass Refinery’s bio-lignin stream will become the raw material for engineered road paving that will outperform and compete on price with petroleum-based asphalt. We expect pent-up demand for Lignin360 green asphalt to crack open the $30 billion U.S. market.
Lignin, the earth’s second-most abundant biopolymer, is nature’s superglue for holding plant fibers together. Research shows it’s an excellent natural binder for making asphalt stronger and longer-lasting. It’s even more valuable for binding recycled paving. At the Danish refinery to first use our Inbicon technology, a patented lignin mix for asphalt roads was developed then proven in three climates for over seven years in Europe.
Lignin360, a U.S. team of commercialization experts with over 125 years of experience designing and engineering greener roads and better construction materials, will determine the optimal proportions of lignin-to-aggregate materials for stability and durability.
As oil refineries shift to lighter crude, bitumen binder scarcity will increase demand. As asphalt terminals upgrade to Lignin360’s engineered product, expect state DOTs to grant it preferred status as a sustainable carbon-neutral paving. National asphalt partners are signing an offtake agreement to satisfy the financing and build-out New Energy Biomass Refineries across the American Midwest.
Damping-down dust on the back roads. Our biomass refineries provide a side-stream from lignin separation that solves the problem of rural road-base stabilization. Lignin enhances road-base binding, improving load-bearing capacity and durability. Using lignin from agricultural residues also lowers material costs and promotes a circular economy.
Lignin has a bright future in road paving, soil improvement, and hundreds of other industries like textiles, building materials, and waterproof shipping cartons.
So take note, world: We’re not just refining ethanol from biomass wastes but we’re paving the future to better roads.
Making bioethylene for Dow plastics
and carbon-zero jet fuel for U.S. airlines.
By launching New Energy Chemicals in Port Lavaca, Texas, we’re taking a giant step forward in advancing our Decarbonizing America agenda. Here we’ll convert American-sourced, American-made renewables into bioethylene for a multitude of Dow plant-based plastic materials as well as sustainable aviation fuel (SAF).
We chose this site for its immediate access Dow’s Gulf Coast Pipeline and future barge access to deep water shipping, opening SAF markets in Europe and Asia as well as the U.S.
Because we start with corn stalks, the lowest-carbon renewable feedstock, we pull our carbon out of the air, not out of the ground. And we draw hydrogen and oxygen from the water in the stalks. Essentially, we repurpose elements like atmosphere carbon, which enable our customers to make the sustainable products that counter climate change.
In phase one, we’ll ship millions of gallons of highly decarbonized (HD) ethanol from our Iowa biomass refineries to Port Lavaca as the feedstock for creating bioethylene, which we’ll pipe to Dow’s U.S. Gulf Coast operations. As our first five biomass refineries come online, we’ll convert millions of gallons a year for Dow to make polyethylene for their customers’ plant-based, recyclable consumer plastics. Atmospheric carbon will be sequestered across a variety of lightweight materials used in shoes, food packaging and storage, industrial and medical devices, diapers, and artificial surf, to name a few.
In phase two, New Energy Chemicals will expand the Port Lavaca facility to take advantage of a $10 billion U.S. SAF market by 2030 (and $30 billion worldwide). We’re particularly excited by our end-to-end American alternative to Brazilian ethanol made from Brazilian sugar cane. And our ability to make a dent in the GHG emissions created by traditional fossil-based aviation fuels.
Substantial European demand by 2030 is expected from the ReFuelEU Aviation initiative, which aims to mandate a SAF blending requirement at EU airports. In addition to ramping up our biomass refinery build-out, New Energy Blue plans to license our platform globally to accelerate the production of low-carbon, plant-based feedstock for HD auto fuel, SAF, and other biochemicals.
According to the U.S. Sustainable Aviation Fuel Grand Challenge, the American SAF goal is 3 billion gallons a year by 2030, 35 billion gallons by 2050. All told, U.S. carbon-reducing incentives have ignited a $400 billion SAF market.
Lifecycle analysis of the New Energy Freedom refinery project consistently exceeds the required 50% reduction in GHG emissions compared to ethanol made from corn grain or sugar cane. New Energy Chemicals is expected to pre-qualify for maximum decarbonizing credits, giving us an advantage in a competitive capital marketplace.
Before you know it, that transcontinental flight you’re taking to a vacation hideaway will run on our decarbonized jet fuel. And that new pair of sneakers you buy will be made with Iowa corn stalks instead of oil.
Waste nothing from soil to product. 
New Energy Blue, the clean-tech designer and builder of their biomass refineries that turn corn stalks into lowest-carbon fuels and chemicals, announces the formation of New Energy Farmers LLC and its harvest-tested New Energy Aggregation System ™. “We’re tenaciously focused on every impact in our supply chain, from soil to product,” says Joe Ahrens, heading up New Energy Farmers business. “For our first five refineries, we expect corn stalks to be the raw material and corn farmers a highest-priority relationship. We’re going into business with American farmers. We worked with farmers in Iowa on our developed aggregation system to collect the cleanest corn stalks from each year’s harvest and we’re also making a substantial investment into the newest farm equipment to the relationship.”
Infusing rural communities with economic vitality.
Farmers have got to love us. We give them a second source of revenue from the same crop while they improve and conserve their soil. Biomass aggregation alone can infuse $20-40 million annually into the local farm community from each refinery operation.
New jobs will emerge to gather, store, and transport the biomass at a profit. Building and operating our refinery will expand the number of well-paying jobs. The refinery will generate new revenue to greatly contribute to a substantial GDP boost in the local economy, and raise tax revenues to build new schools, hospitals and infrastructure.
After relationships with local farmers are well established, we plan further research for harvesting the leftovers of their cover crops as well.
We never forget that the origin of our products begins with the people and the land.
What Denmark proved, Iowa is doing.
When Denmark decided to stop burning coal to generate electricity, its scientists began experimenting. They learned how to take the salts, metals, sugars, and nutrients out of wheat straw to cleanly combust it in their power stations. They also invented and repeatedly proved a way to turn wheat straw into cellulosic ethanol and clean lignin.
Several of us at New Energy Blue played significant roles in these efforts. We’ve adapted Denmark’s biomass conversion process, braided it with other proven technologies, expanded the multiple biomass feedstocks, and created a new way of making the lowest carbon bioenergy. More important, we’ve created a sustainable, environmentally advanced business model. And Iowa, which leads the U.S. in ethanol production, has embraced it.
We’ve accelerated our planning for our first biomass refinery, New Energy Freedom, at Mason City, Iowa. Groundbreaking is slated for 2024, with 2G biofuel and lignin flowing during 2026.
The clean, green, American dream has found its home.
Welcome to the future clean-tech campus where plant-based fuels and chemicals are made from Iowa’s crop residues.
New Energy Freedom marks the birth of green manufacturing of the lowest-carbon auto and jet fuel and green chemicals—all made from local corn stalks. Watch for the opening in 2026 in Mason City.
What we learn, we share.
We’re not just building a biomass refinery in Mason City, Iowa. New Energy Freedom will also become a knowledge campus, a place of scientific inquiry and collaboration, where we can share what we learn about biomass conversion to biobased products. We intend to work with the local university and area colleges to encourage their own research, as well as the education and training of their students in the field of bioenergy from crop waste. It will being opening opportunities for these schools to equip the workforce and leadership for tomorrow’s biomass businesses.
To support this in the future, we plan for the Freedom refinery to have an expanded laboratory where those working on downstream technologies can explore how to use our commercial streams in order to scale up and seize their share of the low-carbon market for biobased energy and chemicals.
We will also invite governments and farm communities from around the globe to witness how enlightened policy creates commercial possibilities.
Today the West, tomorrow the rest.
Our current marketplace is the Western Hemisphere. Wherever biomass grows in abundance, we can likely site a biomass refinery. Wherever demand is strong for cellulosic fuel or clean lignin, look to New Energy Blue to supply it.
Not just North and South America but everything in between, including the neighboring islands. Not just corn stalks and small-grain straws, but sugar bagasse, the waste left over from sugarcane processing. And fast-growing tall perennials like switch grass and miscanthus.
In the U.S. alone, 23 million metric tons of oil-derived polyethylene could be replaced by our renewable bioenergy. Around the world, a billion and a half cars need cleaner, lower-carbon fuel to replace gasoline.
There is no end to the world’s need. What’s necessary is for the world to recognize it.
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Corn stover from the America Midwest.
Grain straws from across Canada and Europe
Drought-resistant grasses to hold back the desert.
Rice straw from Asia.
Mounds of waste from palm oil and other industries.
And from fast growing energy grasses from around the world.
Planting sustainable grasses to restore parched lands.
Warming temperatures are drying out the soil of some once-fertile farmlands till they become inhospitable to agriculture, particularly in the Southwest and West U.S. In 2021, the USDA reported that 1.3 million acres were lost to development and climate change. This loss is mirrored across vast agricultural spans of South America.
Weather extremes like severe drought damage the soil’s moisture retention capacity, microbial habitat, and carbon-holding ability. Too little water interrupts the natural cycle of evaporation from soil and vegetation, and solar radiation has a greater warming impact on the atmosphere. A once-virtuous cycle becomes vicious.
Research shows enormous potential for carbon sequestration and improved water retention in soil restored by introducing perennial energy grasses. Our interests clearly align with growers, rhizome nurseries, farm managers, and governments looking to improve their own eco-climates.
In the future, this versatile process of ours can help communities adapt by planting and harvesting fast-growing, drought-tolerant grasses like miscanthus that can restore the land to the point where food crops can again grow bountifully.
Our team: tenacious, talented, experienced.
We’ve attracted a deeply experienced team, each passionately committed to making our dream of a new bioenergy a commercial reality. Together they give us a full spectrum of the interdisciplinary skills needed to build out our biomass refineries across the grain belts and sugar-growing regions of America, throughout the Western Hemisphere, and wherever biomass is grown around the world.
Thomas Corle
Founding Partner, CEO and ChairmanHas worked 35 years building projects, businesses, and brands in multiple industries, including bioe...Read More
Thomas Corle
Has worked 35 years building projects, businesses, and brands in multiple industries, including bioenergy. For the past 27 years, he’s focused on the design/build of 1G grain ethanol plants in the U.S. and globally. Tom now heads the design/build/marketing of our biomass refineries to produce 2G biobased fuels and chemicals.
Albury “Bo” Fleitas
Partner and PresidentHeads up the financial team, vendor contracting, and the financing of projects, including our relati...Read More
Albury “Bo” Fleitas
Heads up the financial team, vendor contracting, and the financing of projects, including our relationship with private investors and institutional partners. In the past, he’s developed renewable energy solutions for mid-market commercial firms, which involved the financing and construction of distributed energy projects.
Stephan Rogers
Founding Partner and COOHas 35 years of experience in large-scale project management and is responsible for our company’s ...Read More
Stephan Rogers
Has 35 years of experience in large-scale project management and is responsible for our company’s daily oversight.
James Foster
VP of ConstructionIs responsible for the construction of our biomass refineries and downstream processing units. He fo...Read More
James Foster
Is responsible for the construction of our biomass refineries and downstream processing units. He formerly developed business as an EPC on ethanol plant projects for several decades. He’s also worked on major power installations throughout his career, from small turbines to billion-dollar thermal projects.
Kelly Davis
Vice PresidentJoins us after a decade as Vice President of Technical and Regulatory Affairs with the Renewable Fue...Read More
Kelly Davis
Joins us after a decade as Vice President of Technical and Regulatory Affairs with the Renewable Fuels Association. A chemist by training and self-described “producer at heart,” she brings three decades of biofuels experience in quality management, production, and marketing.
Christian Morgen
Chief Information OfficerAnd a mechanical engineer, was an instrumental team member in the discovery, scale-up, testing, and ...Read More
Christian Morgen
And a mechanical engineer, was an instrumental team member in the discovery, scale-up, testing, and continuous improvement of Denmark’s biomass conversion process, which he’s helped integrate into the optimal design of New Energy Blue Biomass Refineries.
Jesper Bang Andersen
Business Manager/Supplier RelationsIs specially trained and extensively experienced in contract negotiations. His interpersonal skills,...Read More
Jesper Bang Andersen
Is specially trained and extensively experienced in contract negotiations. His interpersonal skills, coupled with highly technical contract knowledge and expertise, will translate into partner and client satisfaction and the acceleration of agreements that allow projects to move forward.
Roger Moore
Communications Director and Brand ManagerContinues his work as steward of the New Energy Blue brand and writing our marketing communications,...Read More
Roger Moore
Continues his work as steward of the New Energy Blue brand and writing our marketing communications, a role he’s filled with the company and in the biofuels industry for over 20 years.
John Davis
Chief Administrative OfficerCoordinates executive scheduling, manages information flow, and serves as the company’s interface ...Read More
John Davis
Coordinates executive scheduling, manages information flow, and serves as the company’s interface with the public.
Andy Moser
Chief Biomass ManagerWorks with farmers to secure their biomass commitments and will lead a team at harvest time to bale,...Read More
Andy Moser
Works with farmers to secure their biomass commitments and will lead a team at harvest time to bale, store, and deliver the 275,000 tons of corn stover our Mason City refinery needs every year. An Iowa born and bred farmer with 25 years of row crop and beef under his belt, Andy has helped his father bring modern practices and soil conservation to their 1,200 acres.
Taryl Enderson
Chief Financial OfficerOversees project proformas, budgeting, formation of biomass aggregation entity, RIN and LCFS complia...Read More
Taryl Enderson
Oversees project proformas, budgeting, formation of biomass aggregation entity, RIN and LCFS compliance, and Enterprise Resource Planning system for managing multiple projects. Extensive CFO experience with agricultural organizations from farmer-owned cooperatives to renewable fuel producers. Member of national and state CPA associations.
Joseph Ahrens, PhD
Chief Strategist and Logistics OfficerOur senior executive in charge of biomass quality, long-term sourcing, crop and soil research, and s...Read More
Joseph Ahrens, PhD
Our senior executive in charge of biomass quality, long-term sourcing, crop and soil research, and supply chain logistics, Joe works directly with farmers, university researchers, and the aggregation team. Given his doctorate in plant physiology and extensive agricultural research experience, he’s well-suited to lead development of our new farmer-owned biomass business and our new biomass technology and research center.
Jeff Robert
Chief Technology OfficerChemical engineer with proven expertise in process technology and decades-long experience designing,...Read More
Jeff Robert
Chemical engineer with proven expertise in process technology and decades-long experience designing, constructing, and operating biofuel and biochemical manufacturing facilities, from pilot stage through successful, sustainable full-scale production. Excels at trouble-shooting and problem-solving.
The New Way Forward
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