Discover the first practical look at a 2250 kW combined high‑pressure steam engine and low‑pressure turbine unit.
This historical engineering study examines how a composite prime mover performs against setups using only reciprocating engines or standalone turbines. Written as part of a university bachelor of science project, it blends description, measurements, and results from real equipment at a Wisconsin plant.
The book walks you through the test setup, the equipment used, and the methods to measure performance. It explains how the turbine integrates with the engine, the boiler room configuration, and the control systems that keep the plant running smoothly. You’ll see practical data, like steam conditions, water use, and efficiency comparisons, all grounded in a full-scale industrial installation.
What you’ll experience
- An overview of the plant layout, equipment, and the testing approach
- Detailed data on boilers, turbines, and generators involved in the experiment
- Comparisons of water rate, steam usage, and system efficiency between configurations
- Explanations of the testing procedures and how results were evaluated
Ideal for readers of historical engineering studies, early 20th‑century power plant design, and anyone curious about how combined cycles began shaping electrical generation.