The Locomotive - Lighthouse Survival Blog
The Locomotive - Lighthouse Survival Blog
The Locomotive - Lighthouse Survival Blog
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46 THE LOCOMOTIVE. [March,<br />
from the middle of the bridge-wall to the buck head, there was a heavy coating of oil<br />
both on the sheets and on the tubes.<br />
"It was easy to see the cause of all the trouble. <strong>The</strong> building was new, and was<br />
heated from top to bottom by exhaust steam from the engines and pumps. <strong>The</strong>y had<br />
flooded the engines and pumps with oil, and this oil had been carried all through the<br />
building by the exhaust steam, and had been emptied into the boilers together with<br />
the sand and other foreign materials contained in the radiators and pipes. (Of course<br />
there is always more or less oil and other matter in new work of this kind.) <strong>The</strong>ir<br />
mistake was. in not passing all the returns into the sewer for about four weeks, and<br />
in being too lavish with oil in the engines and pumps. If they had opened the boilers<br />
a couple of weeks sooner, or if they had had their boilers properly inspected, their<br />
attention would have been called to the trouble before it was too late. An inspection<br />
would have been of especial value to them, as there are many things that may give<br />
trouble in starting a new plant. <strong>The</strong>se people had all the best modern appliances,<br />
including water-filters and an oil separator; but these were not sufficient to prevent the<br />
accident I have described.<br />
"Another thing which I frequently notice in making calls in the way of external<br />
inspections, is the neglect of the water connections between the gauge-glass and the<br />
boiler. Every engineer is supposed to give his closest attention and care to these con-<br />
nections, but I find that they are sadly neglected by some of the oldest and most experienced<br />
engineers. I called at a plant a short time ago, where the engineer had had<br />
some years of experience. He had been in this plant for a year. I asked him to blow<br />
out the water glass ; and after waiting some time for the water to return, I had concluded<br />
that it was not going to. Presently, however, it came in sight, and after a considerable<br />
time it came up to the proper height in the glass. I asked him to blow it out again,<br />
thoroughly ; and with my watch in hand I timed its return. It took over five minutes<br />
for the water to come in sight. <strong>The</strong> connection between the boiler and the glass was of<br />
one-inch piping. I asked the engineer how large he thought the opening through this<br />
pipe was. He said he had not thought about that. It was plain that this trouble had<br />
beeu going on for weeks, and yet he had not discovered how long it took the water to<br />
get back into the glass, nor had he given the matter any thought or consideration. If<br />
the water only got back, that was sufficient. I told him the opening could not be much<br />
larger than a knitting needle, and then he began to get his thoughts together. <strong>The</strong>y<br />
had an extra boiler, and the one thing on this engineer's mind, for a little while, was to<br />
get around fast enough, till he could get this extra boiler ready and shut the other one<br />
off and clean out the pipe connections to the water glass. Another case, very similar to<br />
this, came under my notice recently, except that it was worse. <strong>The</strong>re were six boilers in<br />
this battery, and four of the six were in a condition fully as bad as that I have just described<br />
; yet the engineer in charge had been in this plant for years, and considered him-<br />
self well up in engineering.<br />
''Another point I want to speak of, is the importance of having the piping free,<br />
between the steam gauge and the boiler. Such pipes are often long and small, and with<br />
a number of elbows in them. I am frequently called upon to test steam gauges which<br />
are all right when the pipes are cleaned out."<br />
Steam boiler and engine statistics gathered in the German Empire show that, at the<br />
beginning of 1893, there were in operation in that country 81,000 stationary boilers and<br />
78,936 stationary engines.— Power.