Efficient drying with air and steam, using solid formulas and practical tables.
This reference explains how to plan and analyze drying processes that use air and steam, focusing on real‑world calculations and measurements. It helps engineers predict how temperature, pressure, and airflow affect moisture removal.
This edition lays out the principles, step‑by‑step calculations, and multiple tables used to size and operate drying systems. It covers how air heats, carries moisture, and how vacuum or reduced pressure can cut heat and energy needs. Real‑world examples illustrate how to apply the formulas to typical drying scenarios.
- How to calculate the exit air temperature, the weight and volume of air required, and the heat needed for evaporation.
- How reduced pressure or vacuum in the drying chamber changes energy use and performance.
- Worked examples that show applying the equations to determine temperatures, air flow, and heat consumption.
- Reference to tables that relate external conditions, maximum air temperatures, and saturated air states for planning.
Ideal for engineers, plant operators, and technicians working on drying systems who need clear methods and concrete data to design and optimize the process.