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Computer simulation of a material-handling and storage system, TAPPI JOURNAL July 1988

Computer simulation of a material-handling and storage system, TAPPI JOURNAL July 1988

Reuse of kraft mill secondary condensates, TAPPI JOURNAL July 1988

Reuse of kraft mill secondary condensates, TAPPI JOURNAL July 1988

The resistance of refiner plate alloys to bar rounding, July 1988, TAPPI Journal 88JUN95

The resistance of refiner plate alloys to bar rounding, TAPPI JOURNAL June 1988

Upgrading wood chips: the Paprifer process, TAPPI JOURNAL March 1988

Upgrading wood chips: the Paprifer process, TAPPI JOURNAL March 1988

On-line layer discrimination of multilayer materials, TAPPI JOURNAL May 1988 88MAY97

On-line layer discrimination of multilayer materials, TAPPI JOURNAL May 1988

Water transport into paper- the effect of some liquid and paper variables, September 1988, TAPPI Journal 88SEP195

Water transport into paper-the effect of some liquid and paper variables, TAPPI JOURNAL September 1988

A new and quick testing method for evaluating commercial OCC recycled pulp, TAPPI Journal July 2024

ABSTRACT: In this paper, a new and quick testing method for evaluating commercial old corrugated cardboard/containers (OCC) pulp was developed and used by a large Chinese boxboard manufacturer for quality control of imported OCC pulp.

Effect of high sulfate content on viscosity of recovery boiler molten smelt, TAPPI Journal March 2024

ABSTRACT: A systematic study was conducted to examine the effect of high sulfate content on the freezing temperature of molten smelt and how this may contribute to the formation of viscous jellyroll smelt in recovery boilers. The results show that even for recovery boilers with a smelt reduction as low as 70%, the sulfate content in smelt has no or little effect on smelt freezing temperature, and hence, on molten smelt fluidity. The perceived adverse effect of high sulfate content on smelt fluidity and on jellyroll smelt formation comes from the high sulfate content in deposits that have fallen from the upper furnace. Fallen deposits may or may not form jellyroll smelt, depending on whether or not they can melt and be well-mixed with molten smelt by the time they reach the smelt spouts. It is not the high sulfate content in smelt resulting from the low smelt reduction efficiency that makes molten smelt viscous and forms jellyroll smelt, but rather, it is the incomplete melting of fallen deposits that results in one of the proposed mechanisms for jellyroll smelt formation.

Summaries from TAPPI Journal, Paper360º May/June 2024

Recycle of thermomechanical pulp filtrate after the removal of metals: a study with edta, Journal of Pulp and Paper Science, September 2003, Vol. 29(9) (377KB)

Recycle of thermomechanical pulp filtrate after the removal of metals: a study with edta, Journal of Pulp and Paper Science, September 2003, Vol. 29(9) (377KB)