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Secondary Sludge Disposal by Burning in Recovery Boilers, 1997 Engineering Conference Proceedings
Secondary Sludge Disposal by Burning in Recovery Boilers, 1997 Engineering Conference Proceedings
Opening the Operating Window of Impulse Drying: II. Pressure Differential as a Source of Delamination, 1997 Engineering Conference Proceedings
Opening the Operating Window of Impulse Drying: II. Pressure Differential as a Source of Delamination, 1997 Engineering Conference Proceedings
Conference papers
Storage and Feeding of Hog Fuel-A New Approach, 1997 Engineering Conference Proceedings
Storage and Feeding of Hog Fuel-A New Approach, 1997 Engineering Conference Proceedings
Application of Combustion Turbines for Steam and Power Production in the Pulp and Paper Industry, 1997 Engineering Conference Proceedings
Application of Combustion Turbines for Steam and Power Production in the Pulp and Paper Industry, 1997 Engineering Conference Proceedings
Status of Leak Detection Methods for Recovery Units in North America, 1997 Engineering Conference Proceedings
Status of Leak Detection Methods for Recovery Units in North America, 1997 Engineering Conference Proceedings
Effective Design of Standpipes for Paper Stock Pump Suction Lines, 1997 Engineering Conference Proceedings
Effective Design of Standpipes for Paper Stock Pump Suction Lines, 1997 Engineering Conference Proceedings
Solving the Hard-To-Pump Problems in the Pulp and Paper Industry, 1997 Engineering Conference Proceedings
Solving the Hard-To-Pump Problems in the Pulp and Paper Industry, 1997 Engineering Conference Proceedings
Journal articles
Magazine articles
Mechanical modification of softwood pulp fibers using a novel lightweight vertical bar plate, TAPPI Journal April 2021
ABSTRACT: Refiner plates made using sand casting have a draft angle, which results in a trapezoidal bar shape. These trapezoidal bar plates have a limited throughput compared to the vertical bar plates, and eventually the edges of the bars become dull, resulting in longer time to reach the target freeness and shorter service life. The new light-weight refiner plate with a bar insertion method into a plate base was developed by selecting an aluminium-based alloy as the plate base material and a stainless steel alloy with high wear resistance as the bar material. The light-weight plate with sharp bar edges was very effective in reducing refining energy by reaching the target freeness faster than the sand-cast bar plate. Finally, the lightweight sharp bar plate, which weighed only about half the weight of the cast bar plate, was expected to significantly contribute to easy replacement, improved paper quality, and larger throughput without excessive loss of fiber length.
Journal articles
Magazine articles
SetPoint: Tissue Packaging is Changing, Tissue360º Spring/Summer 2020
SetPoint: Tissue Packaging is Changing, Tissue360º Spring/Summer 2020