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Conference papers
New enzymatic technology proves effective in unbleached Kraft, 2021 TAPPICon Live (21TAPL)

New enzymatic technology proves effective in unbleached Kraft, 2021 TAPPICon Live (21TAPL)

Conference papers
Impact on Fiberline When Adding New Brown Stock Washers, 201

Impact on Fiberline When Adding New Brown Stock Washers, 2015 PEERS Conference

Conference papers
PULP WASHING AID BASED ON ADVANCED SILOXANE TECHNOLOGY, 2015

PULP WASHING AID BASED ON ADVANCED SILOXANE TECHNOLOGY, 2015 PEERS Conference

Conference papers
Micro Carbon Technology: A Powerful and Proven Technology

Micro Carbon Technology: A Powerful and Proven Technology to Improve Wastewater Treatment Efficiency, 2015 PEERS Conference

Conference papers
POTENTIAL OF C. citriodora FOR KRAFT PULP PRODUCTION, 2015 P

POTENTIAL OF C. citriodora FOR KRAFT PULP PRODUCTION, 2015 PEERS Conference

Conference papers
The Use of Non-Detonating Carbon Dioxide Systems as a Means

The Use of Non-Detonating Carbon Dioxide Systems as a Means to Control Lime Kiln Rings, 2015 PEERS Conference

Journal articles
Magazine articles
A model black liquor formulation for use in development and evaluation of membranes for concentrating weak black liquor, TAPPI Journal February 2022

ABSTRACT: As part of a larger program to develop robust membranes for concentrating weak black liquor prior to the evaporation step, several commercially available membranes were tested for suitability in this application. Given the variation in kraft black liquor for various wood species, the mill-to-mill variations, and the challenges of obtaining fresh samples, the need became apparent for a synthetic reference black liquor that would allow any membrane developer to test a new prototype membrane and compare the results with others. We present a formulation for a model black liquor (MBL) similar to real kraft black liquor in the composition of the major species that can be formulated from readily available reagents. The MBL was tested with two commercial membranes and resulted in similar levels of lignin retention as the real black liquor. It also showed similar viscosity behavior to real black liquor as a function of solids content.