SuperAA C5 Alpha-Amylase is a kind of thermostable α-amylase derived from Bacillus licheniformis and produced through submerged fermentation and refining process. It can hydrolyse α- 1,4 glycosidic bond of starch randomly. SuperAA C5 Alpha-amylase is designed for starch-based materials ethanol production especially for the feedstock with complex components.
A prominent α-amylase with high efficiency from Bestzyme applied in ethanol industry which is suitable for a variety of starchy materials to provide more possibilities and achieves complete starch conversion for your plant.
SuperAA C5 is a liquid enzyme containing outstanding thermostable alpha amylase. This enzyme can hydrolyses α-1,4 glucosidic linkages of starch molecule to produce short dextrin chains, reducing viscosity of a variety kinds of starch-based feedstock.
For ethanol producer, smooth running and high starch conversion rate are extremely important to achieve high ethanol yields. SuperAA C5 may become an ideal solution to meet your targets. The advantages are as follows:
Available for different kinds of starch-based feedstock with non-starch impurities
Excellent viscosity reduction performance
Easier liquefaction handling with wide pH and temperature range
Complete starch conversion to enhance ethanol yields
SuperAA C5 can break down the structure of non-starch macromolecule releasing more starch and then convert starch to dextrin chains and oligosaccharides in a short time. Due to the regional differences, there are many kinds of feedstock be utilized in ethanol industry and SuperAA C5 can provide corresponding solution no matter what is the location of your plant.
SuperAA C5 with high activity can provide the most cost-effective solution to help our customers decrease mash viscosity. High viscosity results in many problems in production. It's harmful to pumps, tank agitators, heat exchangers and jet cookers leading production fluctuation.
The starch must be gelatinized first to make sure the enzyme can bind to the substrate easily. The mash viscosity will reach to the peak during gelatinization which will cause serious problems if not handled properly. SuperAA C5 can help you decrease peak viscosity significantly compared to benchmark and enables high mash solids in liquefaction with no risk of system variation and save energy cost for plants.
SuperAA C5 is a kind of thermostable α-amylase and shows stable performance at wide pH range. That enables you to reduce the chemical consumption for pH adjusting before liquefaction and withstand production fluctuation to minimize the loss. What’s more, less chemicals also means better growing environment for yeast with less sodium which is beneficial to improve ethanol yield.