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Combining Chlorine Dioxide and Molybdate Catalyzed Hydrogen Peroxide for Improved Delignification of Canadian Hardwood and Softwood Pulp, 2011 International Pulp Bleaching Conference

Combining Chlorine Dioxide and Molybdate Catalyzed Hydrogen Peroxide for Improved Delignification of Canadian Hardwood and Softwood Pulp, 2011 International Pulp Bleaching Conference

TCF bleaching character of Soda-anthraquinone pulp from oil palm frond, 2011 International Pulp Bleaching Conference

TCF bleaching character of Soda-anthraquinone pulp from oil palm frond, 2011 International Pulp Bleaching Conference

Journal articles
Magazine articles
Open Access
Online measurement of bulk, tensile, brightness, and ovendry content of bleached chemithermomechanical pulp using visible and near infrared spectroscopy, TAPPI JOURNAL April 2018

Online measurement of bulk, tensile, brightness, and ovendry content of bleached chemithermomechanical pulp using visible and near infrared spectroscopy, TAPPI JOURNAL April 2018

Closing the Water Cycle of Pulp Mills by Evaporating Bleaching and Debarking Effluents, 1997 Minimum Effluent Mills Symposium Proceedings

Closing the Water Cycle of Pulp Mills by Evaporating Bleaching and Debarking Effluents, 1997 Minimum Effluent Mills Symposium Proceedings

Removal of Chloride from Recovery Boiler Ash - Recent Results from Pilot Tests, 1998 International Chemical Recovery Conference Proceedings

Removal of Chloride from Recovery Boiler Ash - Recent Results from Pilot Tests, 1998 International Chemical Recovery Conference Proceedings

Environmental Aspects of Small Agro Residue Pulp Mills: Recovery and Treatment of Waste Liquors, 1997 Pulping Conference Proceedings

Environmental Aspects of Small Agro Residue Pulp Mills: Recovery and Treatment of Waste Liquors, 1997 Pulping Conference Proceedings

TAPPI News
Old Home Week

Old Home Week Above are 15 of the 21 in attendance who were not camera shy.   It never ceases to amaze me, when TAPPI Members come together for a corporate visit or TAPPI conference with 100-5,000

Journal articles
Magazine articles
Open Access
Understanding the risks and rewards of using 50% vs. 10% strength peroxide in pulp bleach plants,TAPPI Journal December 2024

Authors: Alan W. Rudie and Peter W. Hart | TAPPI J. 17(11): 601(2018) - ABSTRACT: The use of 50% concentration and 10% concentration hydrogen peroxide were evaluated for chemical and mechanical pulp bleach plants at storage and at point of use. Several dangerous occurrences have been documented when the supply of 50% peroxide going into the pulping process was not stopped during a process failure. Startup conditions and leaking block valves during maintenance outages have also contributed to explosions. Although hazardous events have occurred, 50% peroxide can be stored safely with proper precautions and engineering controls.  For point of use in a chemical bleach plant, it is recommended to dilute the peroxide to 10% prior to application, because risk does not outweigh the benefit. For point of use in a mechanical bleach plant, it is recommended to use 50% peroxide going into a bleach liquor mixing system that includes the other chemicals used to maintain the brightening reaction rate. When 50% peroxide is used, it is critical that proper engineering controls are used to mitigate any risks.

Experimental Study of Dioxin Formation and Emissions from Power Boilers Burning Salt-Laden Wood Waste, 2008 Engineering, Pulping and Environmental Conference

Experimental Study of Dioxin Formation and Emissions from Power Boilers Burning Salt-Laden Wood Waste, 2008 Engineering, Pulping and Environmental Conference

Achievements in Industrial Ozone Bleaching, 2011 International Pulp Bleaching Conference

Achievements in Industrial Ozone Bleaching, 2011 International Pulp Bleaching Conference