Do steam trains refill water?

A water stop or water station on a railroad is a place where steam trains stop to replenish water. The stopping of the train itself is also referred to as a water stop. The term originates from the times of steam engines when large amounts of water were essential.



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Steam locomotives exhausted to the atmosphere so water had to be constantly replenished. Over the course of a route, considerable variations in water quality were found, creating different types of incrustation. The problems were less with land boilers as the feedwater was constantly recycled.

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To accumulate the water, water stops employed water tanks, water towers and tank ponds. The water was initially pumped by windmills, watermills, or by hand pumps often by the train crew themselves. Later, small steam and gasoline engines were used.

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Stations and towns along the line had large water tanks, high above the track, so trains could pull underneath and fill up. These water tanks were filled either by trains that carried extra water in special cars, or by long-distance underground pipelines.

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Some trains may have composting toilet tanks, which use bacterial action to break down solid and liquid waste. Only the broken down clean liquid is released to the trackbed after sterilisation. The solid waste only has to be emptied every half year.

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Mercifully, new trains no longer dump waste on the tracks. Instead, trains are fitted with chemical holding tanks. These are connected to regular toilets or vacuum toilets. Like aeroplanes, these need to be emptied regularly, leading to trains having to return to terminal stations.

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With regular maintenance, British steam locomotives typically lasted for approximately 30 years of intensive use, before major components would need to be replaced or overhauled. For a steam locomotive built in 1960, the economic lifespan would have led to it being withdrawn in the 1990s.

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Of course they do! Trains have windshield wipers the same as cars do, and generally speaking, the rain isn't enough to short the electrical motors on their own. The worst case scenario is that if the rains are hurting visibility, the trains might slow down so to not over run a signal.

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Actually they did, except for the oldest. In the earliest years of steam railways trains did stop frequently, so all the facilities could be found at the station: Toilets, refreshments, sale of meals into the train. As the trains went on longer distances with fewer, shorter stops, they also had toilets installed.

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So they err on the side of caution, and instruct you not to drink the water, because they can't guarantee that it's potable. Even if the water is great when it goes in, it sits around in an unrefrigerated tank that doesn't get a thorough cleaning every day. That alone is enough to disqualify it for drinking.

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Seating accommodations If you want to get up and stretch your legs, there's plenty of room to walk around, with restrooms conveniently located in every car. On shorter train journeys, Amtrak's Coach Class seats provide a comfortable place to relax and enjoy the view.

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While modern trains won't litter the tracks with human excrement, the traditional method did just that. This is what was known as a hopper toilet. It could either be a simple hole in the floor (also known as a drop chute toilet) or a full-flush system.

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The truck plugs a hose into the airplane's waste tank valve and removes all of the waste into the tank on the back of the truck. The truck then takes the waste to a special area at the airport reserved for the waste from all aeroplanes, and the toilet waste is emptied into the sewer system for that airport.

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An A4 Pacific locomotive running uphill with an express train was generating a drawbar horsepower of between about 1200 to 1300 horsepower. (Allen, 1950, Table 50, p xl). So an A4 Pacific running under these conditions was using between about 30000 and 32000 lb of water per hour (13.6 to 14.5 tonnes per hour).

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