Hydraulic rams - fuel-free pumps from the Ural craftsmen

Video: Hydraulic rams - fuel-free pumps from the Ural craftsmen

2024 Author: Seth Attwood | [email protected]. Last modified: 2023-12-16 15:55

Perm seditious people started implementing projects to improve the quality of life of people on Earth. Contrary to all modern scientific generally accepted concepts and dogmas, they decided to launch mass production of water pumps operating WITHOUT ELECTRICITY at the most affordable price for Russians!

Long-forgotten old-fashioned, environmentally friendly and non-polluting technologies began to revive on our holy Russian land. And no matter how puffed up the representatives of the dark Western hierarchies to lure the bright Russian heads to their side, the Gods are on our side, which means that the victory will be ours.

As Kolovrat said: "It is liquid brains that drain, but solid ones remain."

And they create for Russia with Love.

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The history of the emergence of hydrotaranes goes back to the distant 18th century. His theory was developed by the great Russian mechanic Nikolai Yegorovich Zhukovsky in 1907. Subsequently, the gidrotaran was one of the favorite homemade objects both on the territory of the Soviet Union and in other countries.

And now, after 107 long years, the Russian designers continued the great work begun by Nikolai Zhukovsky. In 2014, we started the design development and production of hydraulic rams in Russia! First of all, the task is at the forefront - to develop a device with minimal costs and at the most affordable price.

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Hydraulic ram pumpor hydraulic ram - a mechanical device for raising water to a considerable (up to several tens of meters) height. It does not require any external movers for operation, due to which it can be very useful in areas where there is no power supply or in areas that are sparsely populated and rarely visited. The pump receives energy for operation from the stream of water flowing under the action of gravity from the so-called. a “feeding” reservoir (for example, from a dam on a river) through a “feeding” pipe into some downstream drain (for example, into the same river downstream).

Passing most of the water through itself from a low height h (the difference in height between the drain and the water level in the supply tank) the pump raises a smaller part of the water to a greater height H (the difference in height between the upper point of the outlet pipe and the water level in the supply tank).

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