United States Energy & Biofuels 2026Updated

List of Ethanol Production Plants in the United States

Comprehensive directory of U.S. ethanol production facilities with plant-level capacity, feedstock type, operator details, and location data — built for commodity traders, biofuel procurement teams, and agricultural cooperatives mapping domestic supply.

Available Data Fields

Plant Name
Operator / Parent Company
City & State
Annual Capacity (MGY)
Feedstock Type
Technology (Dry Mill / Wet Mill)
Year Commissioned
Rail Access
Co-Products (DDGS, Corn Oil, CO₂)
Carbon Capture Status

Data Preview

* Full data requires registration
Plant NameOperatorStateCapacity (MGY)
ADM ColumbusArcher Daniels MidlandNebraska400
POET Biorefining - JewellPOET LLCIowa90
Valero Albert CityValero EnergyIowa140
Green Plains ShenandoahGreen Plains Inc.Iowa82
POET Biorefining - ChancellorPOET LLCSouth Dakota110

100+ records available for download.

* Continue from free preview

U.S. Ethanol Production Plant Landscape

The United States operates roughly 190 fuel ethanol plants with a combined nameplate capacity approaching 18.5 billion gallons per year, making it the world’s largest ethanol producer. Nearly all domestic output — about 97% — is derived from corn, and the industry is overwhelmingly concentrated in the Midwest Corn Belt.

Where the Plants Are

Six states account for more than 70% of total production: Iowa, Nebraska, Illinois, Minnesota, Indiana, and South Dakota. Iowa alone contributes close to 4.8 billion gallons annually. Plant siting follows feedstock economics — proximity to corn surplus regions minimizes grain freight costs, while rail and pipeline infrastructure governs distribution to blending terminals on the coasts.

Major Operators

CompanyPlantsCombined Capacity
POET LLC35~3.0 billion gal/yr
Archer Daniels Midland8~1.76 billion gal/yr
Green Plains Inc.12~1.0 billion gal/yr
Valero Energy11~1.2 billion gal/yr

Dry Mills vs. Wet Mills

The vast majority of U.S. ethanol plants are dry-grind mills, a lower-capital-cost process that converts whole corn kernels into ethanol and dried distillers grains (DDGS). Wet mills — operated primarily by ADM and Cargill — separate corn into starch, fiber, protein, and oil before fermentation, yielding a broader co-product slate but at higher capital intensity. Dry mills account for roughly 90% of installed capacity.

Carbon Capture and Low-CI Fuel Trends

With the Inflation Reduction Act’s 45Q tax credit expanding incentives, several Midwest ethanol corridors are pursuing CO₂ pipeline projects (Summit Carbon Solutions, Navigator CO2 Ventures) to sequester fermentation-derived carbon underground. Plants that secure carbon capture can reduce their lifecycle carbon intensity score, qualifying output for premium pricing under California’s LCFS and similar programs.

Frequently Asked Questions

Q.Does this dataset include plants under construction or only operating facilities?

By default, the list covers operating plants. You can request inclusion of announced or under-construction facilities in your query, and the AI will search for the latest project announcements.

Q.How is annual capacity determined — nameplate or actual throughput?

Capacity figures reflect nameplate (design) capacity reported to the EIA. Actual utilization rates vary by plant and market conditions; you can request recent production estimates where publicly available.

Q.Can I get feedstock sourcing radius or grain origination data?

The dataset covers publicly available plant-level attributes. Grain origination areas are not typically disclosed, but the AI can include nearby grain elevator locations and rail infrastructure as proxies.

Q.Is co-product pricing (DDGS, corn oil) included?

Co-product types are listed per plant. Spot pricing is market data that changes daily; the AI can pull recent USDA or CME benchmark quotes at the time of your request.