Biofuel
Plant-based, lower-carbon bioethanol is added to most gasoline (ranging from 10-85%).
How It Works
A world of possibilities
POET utilizes a variety of emerging technologies and sustainable practices to best position the company for continued success in the development and production of plant-based bioproducts. By combining the power of nature with human innovation, we believe every product that comes from a barrel of oil can instead be grown from the surface of the Earth.
Nothing is Wasted
The power of the seed
POET utilizes corn grown in America's heartland to produce a wide variety of bioproducts. Corn is processed and separated into biofuel, earth-friendly consumer products, and high-protein animal feed ingredients. Keep scrolling to learn more about the process, products, and how bioprocessing can lead us toward a more sustainable future.
The process:
From seed to biofuel
Creating stability for agriculture
POET's bioproducts provide stability for American farmers by creating a reliable market for their crops, adding value to their grain, and ensuring a steady income for rural communities. Bioprocessing also provides abundant supplies of high-quality, high-protein animal feed that go right back to the farm!
Boosting domestic energy production
We use locally grown corn to produce bioethanol, a cleaner-burning, lower-cost fuel. American-made biofuels support our nation’s energy independence by reducing reliance on foreign oil sources. Our commitment to domestically produced energy strengthens national security while supporting the livelihoods of American farmers and their families.
Reducing harmful emissions
Biofuels play a critical role in replacing harmful chemicals found in traditional gasoline, therefore lowering toxic emissions from the tailpipe. This improves the quality of the air we breathe and helps to protect public health.
Promoting a sustainable future
POET contributes to a healthier planet by supporting Climate-Smart Agricultural (CSA) practices, minimizing environmental impacts, reducing harmful emissions, and creating renewable bioproducts. By offering cleaner, plant-based alternatives to petroleum-based products, we’re promoting a more sustainable future for all.
Sustainable Bioproducts
A world of opportunity
Explore examples of how POET's bioproducts are contributing to a better, cleaner world.
Aquaculture food
Corn fermented protein and distillers grains are shipped around the world as food for fish and shrimp.
Renewable diesel
A diesel fuel made from distillers corn oil rather than petroleum.
Pet food
A sustainable, high-protein ingredient in pet food made from POET corn fermented protein.
Cosmetics and personal care
Purified alcohol is used in consumer products for its antimicrobial properties.
Livestock feed
Distillers grains are a high-quality, nutritious feed for a variety of animal species.
Cleaning products
Purified alcohol is a potent antimicrobial, making it a great cleaning agent.
Food ingredients
Purified alcohol is used in many foods, such as vinegar and ketchup.
Distilled spirits
POET's purified alcohol is so pure it is used as a feedstock for beverage spirits.
Industrial alcohol
Purified alcohol is used in the production of solvents and resins.
Biodiesel
Another diesel fuel made from a variety of vegetable oils and fats, including our distillers corn oil.
Asphalt rejuvenator
Distillers corn oil is used in a greener alternative to petroleum-based asphalt rejuvenators.
Beverage carbonation
Many beverage companies source their bubbles from POET's bioCO2.
Mail Delivered meals
Mail-delivered meals are kept cold with dry ice made from POET's bioCO2.
Biofuels help feed the world
Beginning around 2000, the biofuels industry grew significantly. By soaking up surplus grain, we spurred an agricultural renaissance that provided economic security for farmers worldwide, reduced global undernourishment, and lifted over 1 billion people out of extreme poverty. As seen in the chart below, as biofuels increase, global undernourishment decreases.
The future of zero-carbon bioproducts
The below graphic illustrates many of the carbon intensity (CI) reduction strategies that POET is considering in order to achieve our carbon neutrality goals. In order to maximize efficiencies, each facility will select the technologies that are best suited to their location.
POET's ability to continually improve our processes and implement innovative new technologies across our network is contingent on state and federal policy. The bioproducts industry will require support from policymakers to create incentives that will drive lasting change.
POET's ability to continually improve our processes and implement innovative new technologies across our network is contingent on state and federal policy. The bioproducts industry will require support from policymakers to create incentives that will drive lasting change.
