Steam-driven pump
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Dear seniors and experts, does anyone have any materials on the principle of steam-driven pumps? Could you share them with me? I really want to learn about it! It’s best to use a centrifugal pump, ah:D I’m extremely grateful!:$
The principle of a steam-driven centrifugal pump is the same as that of a steam-driven turbine. The difference is that the small turbine does not have vibration, displacement, or temperature monitoring systems ； No instrument-based automated parking system ； Starting the pump is the same as with a normal pump: it requires gradual heating, and it takes 45 minutes to reach normal operating conditions.
Agree with the third floor. Originally, our two main oil pumps for the imported compressors were driven by steam turbines, and the oil pressure was regulated directly through the steam inlet valves; however, they have now been removed and replaced with electric motors. The advantages of steam turbines are stable operation, as there is no risk of sudden shutdowns that could lead to a lack of oil in the compressors and thus damage to them； Disadvantages: Regular major repairs are required to replace components such as shaft seals, and steam leakage can occur during operation :)
It’s a centrifugal pump, only it’s driven by steam, as a way to prevent unexpected power outages. I want to know the principle behind steam propulsion :)
Thank you for your reply. I’m a newcomer and don’t quite understand steam-driven turbines either. Do you have any relevant introductory materials, senior? :)
The oil pressure should also be adjustable via the pump’s outlet, that is, by adjusting the flow rate! Steam drive is only relevant in comparison to electric motors; it has nothing to do with the pump body, right? :)
I misunderstood. It is a small turbine, generally used in unit oil stations to drive lubricating oil screw pumps. The principle of steam drive is similar to that of a turbine; you can think of it as a smaller version of a turbine, with nothing particularly complex about it.