New enzyme produces sweeteners at the lowest cost of conversion
Novozymes Extenda® allows starch producers to save on raw materials or energy and water.
Today, Novozymes announced the launch of Extenda, a new enzyme solution that lowers the cost of converting starch into sweeteners. Targeting the saccharification step, the enzyme produces more dextrose than any other product on the market.
Breaking processing limits
“We see Extenda as an effective way to break through the processing limits that starch producers face. ,” says Frederik Mejlby, Marketing Director for Novozymes' Grain Processing. “Breaking these limits enables processors to reach the industry’s lowest cost of converting starch into sweeteners.”
Value beyond saccharification
Extenda is a glucoamylase blend which offers starch producers a wide range of benefits. The resulting dextrose syrup, or D1, is exceptionally pure, and the yield increase means that producers can save raw material input of up to 3% while still meeting production targets.
Extenda also ensures the non-dextrose part of the syrup is lower than ever before, which allows optimal processing conditions for the producers of sweeteners. Alternatively, producers can choose to run with more solids and less water. Not only will this give energy savings of up to $ 1.4/MT in evaporation, it also increases seasonal saccharification capacity of up to 17%, at no capital investment.
Innovation for the starch industry
Extenda is the third new solution Novozymes has launched for the starch industry in the past 2 years. The enzymes complement each other, for example, Extenda’s benefits can be boosted by combining it with Novozymes’ low pH alpha amylase LpHera®. The starch industry is one of the longest-standing markets for enzymes, and produces a wide range of sweeteners and ingredients used within the food industry.
“Novozymes is proud to continue innovating for the starch industry, offering varied solutions with one thing in common - a focus on increasing yield, efficiency and sustainability in this important industry,” says Frederik Mejlby.
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