The Theory of Drying and Its Application to the New Humidity-Regulated and Recirculating Dry Kilns (Classic Reprint) - Hardcover
Synopsis
Explore how heat, humidity, and air flow control the drying of wood in industrial kilns.
This clear, theory-grounded guide explains why evaporation depends on heat and how moisture moves within wood and through the surrounding environment. It unpacks why simply reducing pressure isn’t enough and how circulation, temperature, and humidity together shape efficient, uniform drying.
The book frames drying as a measurable, physical process rather than a guesswork task. It contrasts different heating methods, explains the role of vapor pressure and relative humidity, and shows how to balance heat input with moisture removal to avoid issues like case hardening. The discussion centers on practical implications for humidity-regulated and recirculating dry kilns.
- How heat, humidity, and air movement interact to drive or slow evaporation
- Why rotation of heat sources and thorough air circulation matter for uniform drying
- Differences between drying in vapor alone, in moist air, and in superheated steam
- Concepts for evaluating kiln performance and heat efficiency in real-world setting
Ideal for readers of industrial drying and wood processing, this edition offers practical insights grounded in theory.
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