Luminase® PB-100 Xylanase: Improves Pulp Bleaching


New, robust brand of xylanases, enhances the reactivity of pulp fiber to bleaching chemicals, such as chlorine dioxide, chlorine and hydrogen peroxide.

In the past, the pulp and paper industry has had only moderate success using previous generation xylanases because of their ineffectiveness in the harsh processing conditions of the pulp mill.

Luminase® PB-100 enzyme not only substantially reduces the need for bleaching chemicals, the enzyme remains active over a wider range of temperature and alkalinity (pH) than previous enzymes so it can be utilized by more mills. Luminase® enzyme also provides greater operational efficiencies, as it works faster than previous enzymes, thus requiring less retention time. In addition, Luminase® enzyme is effective for most types of pulp, thereby expanding the utility and benefit to the mill.

Read more on Luminase® PB-100 enzymes in "Bright Idea: Enzymes Enhance Bleachability of Pulp for Papermaking" online at chem.info.

Download the Luminase® PB-100 Product Brochure

To find out if Luminase® PB-100 xylanase please contact Verenium Customer Relations at enzymes@verenium.com or call 1.800.523.2990.

 

IMPORTANT LICENSING INFORMATION:
No Verenium product or material may be used for any purpose without the applicable Limited Use Label License or the express written consent of Verenium.  Your purchase of Luminase® PB-100 xylanase from Verenium or its authorized distributors includes a Limited Use Label License covering the use of the specific shipment.  By purchase and acceptance of delivery of each shipment of Luminase® PB-100 xylanase , you accept the terms and conditions of the Limited Use Label License, a copy of which can be obtained by clicking here.

Luminase® PB-100 enzyme substantially reduces the need for bleaching chemicals.

Verenium harnesses the power of enzymes to create a broad range of specialty products that meet high-value commercial needs. Verenium's world class R&D organization is renowned for its capabilities in the rapid screening, identification, and expression of enzymes that act as the catalysts of biochemical reactions.