Improve air, efficiency, and comfort with proven engineering for ventilation and heating.
This practical reference explains how mechanical ventilation transformed ships and large buildings, detailing the Sturtevant system’s approach to circulating warm, clean air with dedicated supply and exhaust networks. It covers core concepts, components, and tests that validate performance.
The book walks through how modern fans, heaters, and ducts are arranged to avoid backflow, minimize noise, and maximize safety. It includes descriptions of testing instruments like thermometers, anemometers, hygrometers, and simple carbon dioxide tests to measure air quality. Real-world applications include steamships and large structures where reliable climate control is essential.
What you’ll experience
- How a duplex fan and heater setup delivers warm, fresh air to occupied spaces
- The role of dampers, ducts, and bulkheads in directing airflow
- Methods for measuring air velocity, volume, pressure, and humidity
- Case examples of shipboard ventilation and large public buildings
Ideal for engineers, architects, and facility managers seeking durable, tested methods for heating and ventilating complex spaces.
The book presents a practical, no-nonsense path from theory to applied systems, with guidance on planning, contracting, and commissioning. Ideal for readers who want a solid, era-spanning view of forced-air heating and ventilation and its proven benefits in demanding environments.
- Foundational principles of forced-air heating and ventilation
- Detailed descriptions of fan types, from cone to disc to Monogram exhausters
- Instrumentation and testing techniques for air, temperature, humidity, and gas content
- Shipboard and large-building applications with concrete configurations
Ideal for readers of engineering handbooks, ship design references, and historical studies of industrial ventilation.