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Understanding Conventional Tissue Machine Air Side Drying, Tissue360º Spring/Summer 2021

Understanding Conventional Tissue Machine Air Side Drying, Tissue360º Spring/Summer 2021Understanding Conventional Tissue Machine Air Side Drying, Tissue360º Spring/Summer 2021

Automating Process Cooling Can Eliminate ´Strainer Danger’, Paper360º January/February 2022

Automating Process Cooling Can Eliminate ´Strainer Danger’, Paper360º January/February 2022

St. Croix Tissue Ready to Start New Mill in Maine, Tissue36

St. Croix Tissue Ready to Start New Mill in Maine, Tissue360º Fall/Winter 2015

You Really Can Go Home Again!, Paper360º September/October 2025

How Has China’s Energy Crisis Impacted Its P&P Industry?, Paper360º January/February 2022

How Has China’s Energy Crisis Impacted Its P&P Industry?, Paper360º January/February 2022

Editorial: Reflections on the Page equation, laboratory work, and new concepts, TAPPI Journal May 2022

ABSTRACT: I began teaching paper physics to undergraduates in the late 1980s when the recognized giants in the field were still actively debating their subjects in the literature and scientific conferences.

How China Came to Dominate Market for Lithium Batteries, Paper360º May/June 2022

Reliability and SafetyPart 1: The Link Between Personnel Safety and Equipment Reliability, Paper360º May/June 2022

Editorial: The road to sustainable packaging: New research on aqueous barrier coating, TAPPI Journal November 2022

Authors: Joel C. Panek and Peter W. Hart | ABSTRACT: This TAPPI Journal Special Coating Issue looks at hot topic research being done in coatings for paper and paperboard. We can feel the “earth shifting” in paper and paper-board packaging due to the strong call by consumers and brand owners for more sustainable and environmentally friendly options. This is the first TAPPI Journal Special Coating Issue to highlight efforts within the paper coating community to produce more sustainable packaging.

Fiber-based characterization of pulp refining, TAPPI Journal September 2022

ABSTRACT: Fiber development in pulp refining can be characterized by three parameters: number of impacts on pulp, N; energy per impact, I, and bar force on fibers, F. These parameters enable comparisons of radically different refining conditions; determination of intensity for hardwoods and softwoods; assessment of effect of bar width on fiber shortening; and predictions of tensile strength increases.