Influence of Depth of Fire on Efficiency Capacity of a 200 H. P. Stirling Boiler With McKinzie Stoker: A Thesis (Classic Reprint) - Hardcover

Arthur A. Byers

Hardcover

ISBN 10: 0332845133 ISBN 13: 9780332845135

Publisher: Forgotten Books, 2018

Synopsis

How depth of fuel changes boiler efficiency and capacity in a 200 HP Stirling boiler with a McKinzie stoker.

This study presents a detailed test of how the depth of fire affects performance under commercial operation. It frames the practical tradeoffs between grate speed, draft, and fuel depth to maximize efficiency and capacity.

The material is presented as a laboratory-style boiler test from Armour Institute of Technology. It describes the test setup, the equipment used, and the practical difficulties of keeping conditions constant in a live plant. The findings identify specific depths of fuel that balance heat transfer, combustion rate, and fuel use, offering concrete guidance for operating and evaluating similar firing systems.

• Key finding: the most efficient condition occurs with a five inch fire, while the highest capacity occurs with a six inch fire, with an optimal region around five and a half inches.
• Discussion of how draft, grate speed, and feed influence ignition and burnout at different depths.
• Overview of the test apparatus, measurements, and the practical constraints of conducting a boiler test in commercial operation.
• Practical implications for engineers evaluating Stirling-type boilers and McKinzie stokers in real-world settings.

Ideal for readers interested in boiler testing, steam plant operation, and practical engineering research.

Edition details

• Publisher: Forgotten Books
• Publication date: 2018
• Language: English
• ISBN 10: 0332845133
• ISBN 13: 9780332845135
• Binding: Hardcover
• Number of pages: 67