Purpose of the development: The turbine is designed for use in hydro power to generate electricity.

Recommended application field: energetics

Advantages over analogues: Due to its special construction of the turbine eliminates the need for the construction of high dams in order to achieve a given power

The development stage readiness: tested in laboratory condition

Description of the development:
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Offered tanker Kovshovo-chamber pneumatic pump turbine is the basis of a series of machines, according to the author, able to produce scientific and technological revolution. We place a summary of this turbine on its website in order to attract the attention of experts, as the author of these developments for many years could not get any positive or negative opinion on the reasonable essence of their developments. The turbine consists of a stator and rotor. The stator-cylinder equipped with rectangular holes, slots for air intake, air outlet, to enter the water from the reservoir for the water pipes to the water outlet of the bucket-chambers, alternately turns to them. The stator cylinder is closed at the ends by two covers, which are located support bearings of the shaft-pipe. The rotor is a Kovshovo-chamber wheel with eight cameras bucket welded to the shaft tube, and the annular disks which are also welded to the shaft. The turbine is mounted on supports above the downstream of the river. The water from the water main enters through a crack in the upper ladle chamber, displacing it from the air in the duct. The chambers are filled with water, and below (in the direction of rotor rotation) coupled with the source-slit air pressure, water pushes the air, acting on the law of fluid paradox Pascal. This increases the weight of the water pressure in the working chambers, which is similar to the action of the water column in the traditional dams. The number of revolutions of the rotor depends on the rate of filling of the upper ladle chamber speed water draining from the chamber and the air pressure in the pneumatic pump. The ladle-cells occurs atmospheric vozduzom filling and discharge residual water. Thus, at the same time filled with water and pressurized air four working chambers, one camera is in bulk, one camera - under the sink and two cameras - a filling ambient air and partial discharge of residual water. The authors developed a Tipo 40 cars for various purposes, based on the principle of action of the filling Kovshovo-chamber turbine. We draw attention of interested persons that the proposed construction of one of the fundamental points is the requirement for integrity, which, in our opinion, to provide the industrial performance is very problematic.

corresponds technical description
Guarantees stable results getting

Possibility of transfer abroad:
Licence's sale
Combinated reduction to industrial level
Creation of joint enterprise

Photo

Country Ukraine

For additional information turn to:
E-mail: gal@uintei.kiev.ua