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Drive Power and Torque in Papermachine Dryers, 2008 PAPERCON Conference
Drive Power and Torque in Papermachine Dryers, 2008 PAPERCON Conference
Prediction of the Sheet Formation Using the Fibre Floc Evolution Model, 2008 PAPERCON Conference
Prediction of the Sheet Formation Using the Fibre Floc Evolution Model, 2008 PAPERCON Conference
Combined Modeling And Experimental Studies To Optimize The Balance Between Fold Crack Resistance And Stiffness For Multilayered Paper Coatings - Part 1: Introduction And Modeling Studies, 2008 PAPERCON Conference
Combined Modeling And Experimental Studies To Optimize The Balance Between Fold Crack Resistance And Stiffness For Multilayered Paper Coatings - Part 1: Introduction And Modeling Studies, 2008 PAPERCON Conference
An Overview on Modeling Fluid Absorption in Fibrous Media, 2011 Innovative Nonwovens Conference
An Overview on Modeling Fluid Absorption in Fibrous Media, 2011 Innovative Nonwovens Conference
Utilization of Pre-Cleaned Greige Cotton in Nonwovens: A Sensible Approach, 2011 Innovative Nonwovens Conference
Utilization of Pre-Cleaned Greige Cotton in Nonwovens: A Sensible Approach, 2011 Innovative Nonwovens Conference
Braiding Electrospun Nanofibers for Tendon/Ligament Tissue Engineering, 2011 Innovative Nonwovens Conference
Braiding Electrospun Nanofibers for Tendon/Ligament Tissue Engineering, 2011 Innovative Nonwovens Conference
An Overview on Micro- and Macro-Scale Modeling of Aerosol Filters, 2011 Innovative Nonwovens Conference
An Overview on Micro- and Macro-Scale Modeling of Aerosol Filters, 2011 Innovative Nonwovens Conference
Technical information papers
Calcium carbonate pigment index, Technical Information Paper TIP 0106-05 (2014) - WITHDRAWN
The document searched has been administratively withdrawn (which means it was withdrawn not for a technical reason, but for lack of timely review). Administratively withdrawn TIPs are not available on the web, but are available upon request. Administratively withdrawn and historical TIPs are free to TAPPI members, and there is a US$ 10 charge per document for nonmembers. The numerical index for TIPs (see links from the Standards page) shows all withdrawn documents (with a "wd" designation). To request administratively withdrawn or historical TIPs, contact standards@tappi.org. NOTE: These documents are made available for reference purposes; withdrawn documents and previous versions of existing documents are NOT currently sanctioned by TAPPI or the technical experts who develop TAPPI TIPs.
Analysis of pulping liquors by suppressed ion chromatography, Test Method T 699 om-09 - WITHDRAWN
The document searched has been administratively withdrawn (which means it was withdrawn not for a technical reason, but for lack of timely review). Administratively withdrawn Standards and previous versions of Standards are not available on the web, but are available upon request. Administratively withdrawn and historical Standards are free to TAPPI members, and there is a US$ 10 charge per document for nonmembers. The numerical index for Standards (see links from the Standards page) shows all withdrawn documents (with a "wd" designation). To request administratively withdrawn or historical Standards, contact Standards at standards@tappi.org. NOTE: These documents are made available for reference purposes; withdrawn documents and previous versions of existing documents are NOT currently sanctioned by TAPPI or the technical experts who develop TAPPI Standards.
Journal articles
Reducing aox by increasing oxidation potential in the first caustic extraction stage, TAPPI Journal December 2024
Authors: Peter W. Hart and Jeffrey S. Hsieh | Tappi J. 74(11): 117(1991) - ABSTRACT: An increase in the standard oxidation potential of the reinforcing agent in the first caustic extraction stage will reduce the amount of AOX in the stage's effluent. A chlorinated broumstock pulp was treated alternatively in a basic caustic extraction (E) stage, an oxygen-reinforced caustic extraction (EO) stage, and an extraction stage reinforced with oxygen and peroxide (EOP). An AOX reduction of up to 30% was obtained in the effluent from the peroxide-reinforced extraction stage. In addition to the brownstock work, using two different model lignin compounds, we ran tests using oxyen, potassium permanganate, hydrogen peroxide with oxygen, and ozone with oxygen-reinforced caustic stages. In all cases, increasing the oxidation potential of the reinforcing agent decreased the amount of AOX detected in the effluent.