How to raise water without an electric pump? Archimedes' screw will help organize watering and drain the area without electricity

In order to transfer water from the underlying layers to the overlying ones, electric pumps are usually used. But there is another ancient method that is still in demand in our time - this is the use of the Archimedes screw mechanism. It is with its help that you can efficiently transport water and drain the area without the help of electricity.

#Interesting fact Archimedes invented this design back in 250 BC. But until now this method is actively used, because it is quite simple and effective #invention.

The principle of operation in the design is similar to the work of modern meat grinders. In them, a screw part located in the pipe moves the meat from one edge of the meat grinder to the other. It's about the same with water.

There is a pipe. There is a screw part inside it, which rotates and transfers water in a spiral from the lower sections to the upper ones. The rotation is usually done by a wind or water wheel, but sometimes it is also done by hand.

Important! The structure is always inclined towards the horizon.

The invention was used to drain swamps, gutters and pits, as well as to supply fluid to irrigation canals. In our time, these designs are actively used in fish hatcheries. With their help, you can move pets from one place to another without frightening or injuring them. Archimedes screws are actively used in the Netherlands for drainage measures in areas located below sea level.

Modern Archimedes screws have slightly changed their appearance. Craftsmen and craftsmen have simplified the design, keeping the principle of work. In fact, the modern design looks like an analogue of a screw pump, but in a variety of design variations.

It is not necessary to make the screw part function inside a closed pipe. The screw can rotate together with the pipe to which it will be fixed. And the screw part is now usually not a screw as such. Instead, a hose or hollow tube is attached to the shaft in a spiral. An important condition is to organize the slope to the water.

If you need a large capture of water, you can use corrugated tubes with a diameter of 50-110 mm.

This design will be an excellent solution for organizing watering in coastal areas in the area of ​​rivers. In this case, a water wheel will help to start the work, which can be installed in the direction of the river flow.

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