
FIBREZYME™ LWT is a liquid complex of cellulose, hemicellulase and pectinase enzymes that will hydrolyze waste material containing cellulose, hemicellulose (fiber) and pectins to soluble lower molecular weight polymers under the proper processing conditions. FIBREZYME™ LWT is a stable form of hydrolytic enzymes operating between a broad range of pH (4.0 - 8.0) and temperature (25°C - 60°C (77°F - 140°F)).
FIBREZYME™ LWT can be utilized to accomplish some or all of the following depending upon mill needs and conditions:
- Transforms particulate COD to soluble COD in wastewater produced from grain/fruit/cellulose industrial processes.
- Increases the BOD/COD ratio by increasing waste biodegradability. Soluble lower molecular weight polymers in cellulosic/hemicellulosic wastes are more readily biodegradable than non-soluble material.
- Increases total BOD and COD removal in biological wastewater treatment systems. As cellulosic/hemicellulosic waste material is solubilized, it is more efficiently digested by aerobic and/or anaerobic bacteria in biological systems.
- Help reduce the volume of sludge from the waste clarifier thereby reducing the volume to the landfill.

FIBREZYME™ LWT - is a multi-component liquid blend for use in waste treatment systems.
PIB (.pdf file 16 KB)
MSDS (.pdf file 30 KB)

FibreZyme™ LWT 300 - is a liquid complex of cellulase and hemicellulase enzymes that will hydrolyze waste material containing cellulose and hemicellulose (fiber) to soluble lower molecular weight polymers under the proper processing conditions.
PIB (.pdf file 22 KB)
MSDS (.pdf file 29 KB)

FibreZyme™ LWT 400 - is a powdered complex of acid cellulase and hemicellulase enzymes that will hydrolyze waste material containing cellulose and hemicellulose (fiber) to soluble lower molecular weight polymers under the proper processing conditions.
PIB (.pdf file 21 KB)

FibreZyme™ LWT 500 - is a powdered amylase enzyme that will hydrolyze waste material containing starch to soluble lower molecular weight polymers under the proper processing conditions.
PIB (.pdf file 21 KB)

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