Enzymes in starch processing
The ideal catalysts
Reaction efficiency, specific action, and the ability to work under many conditions all make enzymes the ideal catalysts for the starch-processing industry. Produced from nature’s own microorganisms, enzymes are also environmentally friendly and biodegradable.
Meet the expert
A new star in the starch sector
In starch processing, competition is high and margins are challenged so every process improvement counts. Novozymes Frontia® for separation is the latest addition to our starch processing portfolio. It can make a real difference to a plant's efficiency and yields, says Larry Peckous from our starch team. It takes the best enzymatic technologies and the best technical expertise to get the most out of your raw materials. Implementation is key to getting the most from enzymatic technologies like Frontia®. That’s why our technical experts are on the ground in starch plants all over the world every day, helping to make them even more efficient and profitable.
Reach your plant’s maximum potential
Boost productivity, extract added value and create new value streams. We offer the technical and commercial support that can help you identify the right enzyme to run a trial. Let’s start working together.
Novozymes Frontia® opens up a new frontier in the corn milling industry: Enzymatic corn separation. This new technology will help you get the most out of your corn and your corn mills.
- Cut your Net Corn Cost by 0.8% to achieve greater pricing power
- Boost your mill starch production
- Cut your co-product drying costs
- Cut the need for dewatering to achieve higher, steadier grind rates and lower fixed costs per unit of starch
Novozymes LpHera® is an alpha-amylase that allows you to cut your pH chemicals by 50%. With LpHera®, you can draw a better line from liquefaction to your lowest possible total cost of conversion.
- Cut pH chemical usage by more than 50%
- High fructose syrup producers can also cut energy and water usage by 7%
- Crystalline dextrose producers can drive crystallization yields by up to 0.6% points
- Fermentation products producers can also drive higher fermentation yields
Novozymes Extenda® is an unmatched glucoamylase blend that offers a range of options to cut your starch conversion costs, so you can draw a better line to your plant’s sweet spot.
- Achieves value beyond saccharification
- More DP1, less DP2 especially isomaltose than any other glucoamylase
- Lower cost of conversion than ever before for ultra-high purity sweeteners
Novozymes Secura® is a beta-amylase for maltose production that offers temperature stability and higher, more consistent enzyme activity than plant-based alternatives. The result is simpler starch processing and the lowest cost of conversion.
Using Secura® in combination with LpHera® allows you to run at a lower pH from liquefaction to saccharification. This means you can save on chemicals that would have been used for pH adjustment.
- Lower risk of infections
- Lower energy and chemical costs
- Simpler, more consistent dosing and processing: No need for constant monitoring
- Easier transport and handling
Novozymes Sweetzyme® is a glucose isomerase that makes your isomerization process faster, more efficient and more consistent.
- Cuts conversion costs
- Offers high productivity with a long column lifespan
- Achieves a high average flow rate
Lyso-phospholipids reduce the filterability of wheat starch syrups, especially when RVFs are applied. Novozymes Finizym® W is a lysophospholipase that boosts filtration rates.
- Higher filtration rates on rotary vacuum filters
- Higher permeate flux of membranes used for ultrafiltration or microfiltration of maltose syrup
- Improved clarity of filtrates
- Low generation of dextrose
- Sugar profile maintained due to low glucoamylase side activity