Xcelis AI v2

XCELIS® AI

Transform Your Digital Data into Real-world Results

XCELIS® AI is an innovative digital platform that harnesses the power of big data and predictive modeling to take your plant to the next level. Our expert team works together with you to collect data from across your plant and transform it into in-depth reports that inform actionable insights. Together, we can optimize operational efficiencies and maximize profitability—giving you the confidence to make decisions backed by sound data.

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XCELIS® AI: Transforming Operations with Data Integration & Virtual Plant Tech

In biofuel production, the more data you have, the better. With our XCELIS® AI Automated Data Integration tool, we use thousands of data points to help improve current plant processes and deliver on performance goals. This type of advanced analysis goes beyond what’s possible with a simple spreadsheet, to provide new and improved insights—for real-world results.

With XCELIS® AI Virtual Plant technology, we use predictive models based on proprietary IFF software technology, to help you get the most out of your plant. Want to add a new unit to operations? Or change your yeast or enzyme recipe? This advanced technology guides you through those changes—minimizing risk before you commit. Plus, it helps you understand how these adjustments can positively influence your Carbon Intensity Score, supporting your sustainability goals alongside operational efficiency.

CUSTOMER FOCUS

Bringing Insights to Our Partners

XCELIS® AI is a platform through which we holistically work with our customers to de-risk decision making in the ethanol industry. It consists of three pillars of activity: advanced data analytics, modeling and training.

Griffin Ford, North America Technical Service Leader, Grain Processing shows us how XCELIS® AI enables holistic partnership, to de-risk decision making.

How we work holistically with our partners to de-risk decision making using XCELIS AI

Dive into the different ways XCELIS® AI can help identify ways to improve cost-effectiveness and lower Carbon Intensity (CI) scores.

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How Does Increased Ethanol Yield Impact Carbon Intensity?

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How Does Cellulosic Ethanol Fraction Impact Carbon Intensity?

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Can Higher Fermentation Solids Improve Carbon Intensity?