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Fiberex® F2x

Fiberex® F2x

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Novonesis Fiberex^® F2x is an enzymatic solution designed to maximize in-process corn kernel fiber conversion. Formulated specifically for plants in which a high level of xylanase can cause processing problems, Fiberex^® F2x is a safe and easy to use blend that contains an optimal ratio of hemicelluase and cellulase activity for high performance with no risk to your backend,

Access low carbon fuel markets.
Unlock up to 15% more corn oil from the fiber matrix
Reduce residual starch by 18%
Lower xylanase to avoid processing upsets

Fiberex^® F2x reduces the barrier to low carbon fuel markets to generate cellulosic ethanol without the need for CAPEX-intensive projects.

Product features, details and benefits

Benefits

Enhance corn oil recovery
Unlock up to 15% more corn oil from the fiber matrix, enabling it to be used for animal feed or sustainable biodiesel production.

Reduce residual starch
Reduce residual starch by 18% to gain further performance on ethanol generation.

Boosts corn oil yieldThis product frees corn oil trapped in the fiber matrix. That means you can expand a major revenue stream by extracting more corn oil.

Boosts fiber-based ethanol yieldsThis product generates sugars from the fiber matrix, making them available to the yeast. That means you can convert a low-value animal feed into high-value ethanol. In many markets, this low-carbon ethanol has a reduced carbon score, so it can bring even more value to your plant.

Maximizes starch-based ethanol yieldsThis product helps you squeeze every last drop of ethanol from your starch-based feedstocks. It breaks down tough fibers to make residual starch available for conversion. That maximizes your starch-based ethanol yields.

Reach Low Carbon Fuel Standard (LCFS) and/or Renewable Fuel Standard (RFS)
With this product, your fiber-based ethanol can reach certain low-carbon standards, which increases the value of your output.

Lowest Carbon Intensity of enzyme blendDelivered enzyme is a component of carbon intensity scoring. Reducing the addition of cellulase to the smallest volume will reduce a plants CI score, possibly by 1-2 points.

Access to low carbon fuel markets
Unlock the full value of every corn kernel by enhancing fiber ethanol generation with industry-leading yields

Suitable for drop-in-processes
This product is designed to enable in-process fiber-to-ethanol conversion.

Details

Fiberex^®F2x is an enzymatic solution used for in process kernel fiber converstion. This drop in solution reduced the barrier to low carbon fuel markets by enabling producers to generate cellulosic ethanol without the need for CAPEX intensive projects or potential risk to back end viscosity.

Added to fermentation in existing first generation ethanol plants, Fiberex^® F2x breaks down fiber found in corn kernel to significantly enhance performance benefits. In breaking down the tough fiber matrix, this enzyme blend increases fiber conversion for celluloisc ethanol produced in an SSF process.

Fiberex^® F2x is your first choice as an enzymatic solution used for in-process corn kernel fiber conversion. This drop-in solution reduces the barrier of entry to Low Carbon Fuel Markets by enabling producers to generate cellulosic ethanol without the need for CAPEX intensive projects. Added to fermentation in existing first-generation ethanol plants, Fiberex^® F2x increases fiber conversion for cellulosic ethanol produced in-process, by utilizing enzyme activities that target the roughly 60% of fiber that is hemicellulose. This blend is uniquely able to break down important layers of the fiber that enhance cellulase conversion and result in more fiber conversion while releasing more corn oil and residual starch.

Safe handling

This product contains enzymes. While enzymes are safe to use in consumer applications, they need correct handling in working environments to ensure workers’ safety.

Indeed, repeated inhalation of enzyme dust or aerosols resulting from improper handling may induce sensitization and may cause allergic type 1 reactions in sensitized individuals.

Please follow the precautionary handling recommendations below:

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