Seeing this 1939 photo of a steam locomotive pulling into Glenns Ferry caused me to wonder about how much coal was used by your average train. As it turns out, it’s a bit like asking how much wood could a woodchuck chuck if a woodchuck could chuck wood.
The answer is, it depends. It depends on the size of the engine, the grade of the coal, the steepness of the terrain, and how much tonnage the locomotive is pulling. Temperature was also a factor. If it was winter, passenger trains were heated by steam generated by the locomotive, which made them less efficient at pulling.
I found some comments on the trusty internet from a former locomotive engineer for Union Pacific who said coal powered trains typically made stops every hundred miles or so to load up with more coal. Of course, that depends, too. It depends on the size of the tender and all the other “depends” listed above. The same engineer noted that trains had to stop twice as often to take on water, which was just as important as coal.
And, what about the guy shoveling the coal? Did he ever get a break? Not really. You didn’t want to put too much coal on at once or it wouldn’t burn efficiently. Experienced firemen would lift six to nine shovels full and dump them into the burner.
Now that I’ve given you almost no information you can really count on, I’m going to trust that some of the train fanatics who read these posts will set me straight. I’m looking at you, John Wood!
#steamengine #locomotive #glennsferry
The answer is, it depends. It depends on the size of the engine, the grade of the coal, the steepness of the terrain, and how much tonnage the locomotive is pulling. Temperature was also a factor. If it was winter, passenger trains were heated by steam generated by the locomotive, which made them less efficient at pulling.
I found some comments on the trusty internet from a former locomotive engineer for Union Pacific who said coal powered trains typically made stops every hundred miles or so to load up with more coal. Of course, that depends, too. It depends on the size of the tender and all the other “depends” listed above. The same engineer noted that trains had to stop twice as often to take on water, which was just as important as coal.
And, what about the guy shoveling the coal? Did he ever get a break? Not really. You didn’t want to put too much coal on at once or it wouldn’t burn efficiently. Experienced firemen would lift six to nine shovels full and dump them into the burner.
Now that I’ve given you almost no information you can really count on, I’m going to trust that some of the train fanatics who read these posts will set me straight. I’m looking at you, John Wood!
#steamengine #locomotive #glennsferry
Photo courtesy of the Idaho State Historical Society Digital Collection.
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