1981Wood and Fiber Science (Society of Wood Science and Technology)Open access

Equilibrium Moisture Content of Wood At High Temperatures

William T. Simpson, Howard N. Rosen

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Abstract

In answer to increased interest in using high-temperature (above 212 F) drying of wood, a method is described to extrapolate low-temperature equilibrium moisture content (EMC) data to high temperatures.The results are compared with data in the literature, and EMC data from 212 F to 300 F are presented in a form useful for kiln control as well as for other uses.Kc~yivords: Equilibrium moisture content, relative humidity, dryer control, high-temperature drying.

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In answer to increased interest in using high-temperature (above 212 F) drying of wood, a method is described to extrapolate low-temperature equilibrium moisture content (EMC) data to high temperatures.The results are compared with data in the literature, and EMC data from 212 F to 300 F are presented in a form useful for kiln control as well as for other uses.Kc~yivords: Equilibrium moisture content, relative humidity, dryer control, high-temperature drying.

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Available abstract

In answer to increased interest in using high-temperature (above 212 F) drying of wood, a method is described to extrapolate low-temperature equilibrium moisture content (EMC) data to high temperatures.The results are compared with data in the literature, and EMC data from 212 F to 300 F are presented in a form useful for kiln control as well as for other uses.Kc~yivords: Equilibrium moisture content, relative humidity, dryer control, high-temperature drying.

Key concepts: Equilibrium moisture content, Kiln, Wood drying, Water content, Green wood, Softwood, Moisture, Pulp and paper industry

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