What's Happening?
CHS Cooperative has commenced construction on a new $700 million soybean crushing facility in Evansville, Wisconsin. This project marks Wisconsin's first soybean crushing plant. Brian Schouvieller, Senior Vice President of Product Lines & Ag Business
for CHS, stated that the team has been working on this initiative for three years, acquiring the property and securing necessary permits. The decision to proceed was influenced by shifting market conditions, including the Environmental Protection Agency's (EPA) establishment of the Renewable Volume Obligation (RVO) policy. This policy has increased demand for soybean oil as a feedstock for bio-based diesel, alongside strong existing demands for food and animal feed. The facility is expected to be operational by the end of 2028. Its location in Evansville is strategic due to Wisconsin being a soybean crush deficit area and its proximity to CHS's refinery in Mankato, Minnesota, which will utilize some of the produced soybean oil.
Why It's Important?
The establishment of the CHS soybean crushing facility in Evansville is poised to significantly impact the agricultural sector in Wisconsin and the broader Midwest. By creating a new local buyer for soybeans, the plant is expected to boost soybean prices for area farmers, potentially encouraging increased soybean production. This development addresses Wisconsin's current deficit in soybean crushing capacity, reducing the need for soybeans to be transported out of state for processing. Furthermore, the facility will contribute to the renewable energy sector by supplying soybean oil for bio-based diesel production, aligning with national efforts to increase renewable fuel usage. The project also strengthens CHS's integrated operations, leveraging its existing refinery in Mankato, Minnesota, to process a portion of the soybean oil, while the remaining oil will serve energy markets and food-related customers. Approximately 42% of the soybean meal produced is anticipated to remain in the local area, supporting regional animal agriculture.
What's Next?
Construction of the $700 million soybean crushing facility in Evansville, Wisconsin, is now underway, with an anticipated operational start date by the end of 2028. Once completed, the plant will begin purchasing soybeans from local farmers, which is expected to create immediate localized demand and potentially increase soybean prices in the area. CHS plans to distribute the soybean meal, with a significant portion (around 42%) remaining in the local region for animal feed. The remaining meal and soybean oil will be exported via barge or rail to the Gulf of Mexico, and also supplied to CHS's refinery in Mankato, Minnesota, and other energy and food-related customers. The project's success will likely be closely monitored by other agricultural cooperatives and renewable energy stakeholders, potentially influencing future investments in similar facilities across the U.S. as demand for bio-based diesel continues to grow.
Beyond the Headlines
The CHS soybean crushing facility represents a broader trend in the U.S. agricultural and energy sectors: the increasing integration of agricultural production with renewable fuel initiatives. This project highlights how policy decisions, such as the EPA's RVO, can directly stimulate significant private investment in agricultural processing infrastructure. Beyond the immediate economic benefits for farmers and the local community, this facility underscores the evolving role of agriculture in contributing to national energy independence and sustainability goals. The strategic location of such plants, considering existing infrastructure like railroads and refineries, demonstrates a sophisticated approach to supply chain optimization. This development could also lead to long-term shifts in crop rotation practices in Wisconsin, with farmers potentially favoring soybeans due to enhanced local market opportunities. The ethical implications include balancing increased agricultural production with environmental stewardship, particularly concerning land use and water resources, as the demand for bio-based feedstocks grows.
