Sustainea Bioglycols has announced the launch of a new regenerative agriculture project in collaboration with Primient, a U.S. producer of plant-based ingredients. This partnership marks a step forward in Sustainea’s efforts to promote sustainable practices across its supply chain.
The project will support around 1,000 acres of farmland near Lafayette, Indiana. That’s a key region within the U.S. Corn Belt known for high corn productivity. The focus is on implementing regenerative agricultural techniques that aim to improve soil health, increase carbon sequestration, reduce greenhouse gas emissions, and lessen environmental impact.
Gustavo Sergi, CEO of Sustainea, commented, “Regenerative agriculture offers a way to address climate change while supporting rural communities in the Midwest. Working closely with local farmers and trusted partners, we aim to promote practices that contribute to long-term industry resilience. We’re proud to collaborate with Primient and local farmers in Indiana to build a low-carbon future.”
This initiative builds on Sustainea’s ongoing partnership with Primient, which includes collaboration on the development of the first U.S. Bio-MEG facility. The project aims to promote large-scale adoption of regenerative practices in the Lafayette area and ensure responsible sourcing of corn—the raw material used in Sustainea’s Bio-MEG production.
Laura Kowalski, Head of Sustainability and Marketing at Primient, stated, “Since 2018, Primient has been working to increase regenerative agriculture practices in the U.S. Midwest. Using advanced technology, we help farmers monitor and measure their environmental outcomes, contributing to a more resilient supply chain.”
Sustainea’s Bio-MEG, produced from renewable, plant-based feedstocks, offers a way for customers to reduce their carbon footprint without sacrificing quality. As the company prepares to expand its operations in the U.S., local regenerative sourcing is central to its sustainability strategy.
The Bio-MEG facility is projected to begin operations in 2028, processing the equivalent of 42,000 bushels of corn daily. This capacity could prevent up to 400,000 tons of CO₂e emissions annually by replacing petroleum-derived MEG with Sustainea’s low-carbon alternative.
Gustavo Sergi concluded, “This initiative reinforces our commitment to creating value at every level; from how we source raw materials to the products we deliver. It provides our partners and customers with greater transparency and measurable ways to reduce their environmental impact.”
