THE METHOD OF POWER EXTRACTION FROM PRESSURE

The method of invention consists of the extraction and utilization of potential energy as usable energy contained in pressurized liquid, air, and gas which is transferred via transfer lines such as pipes without losing the pressure values of inlet and outlet of the system.

Every pressurized liquid, air, and gas has a usable potential energy. In the current systems, the need for additional inlet pressure power increases at Inlet(3) in proportion to the amount of usable energy in the Turbine Shaft(5). Thanks to this invention this potential energy is converted into usable energy in the Turbine Shaft(5). Contrary to the current systems, during the utilization of this energy in the Turbine Shaft(5), the equality of Outlet(4) pressure power and Inlet(3) pressure power is preserved.

The sample system showing the operating principle of the invention consists of eight parts. These are; Turbine(l), Pressure Preservation Chamber(2), Inlet(3), Outlet(4), Turbine Shaft(5), alternators, generators, and loads (6) Pressure Preservation Chamber Spaces(7), and Pressure Direction Nozzle(8).

The operating principle of the invention is as follows: In order to generate mechanical energy, any or some of the pressurized liquid, air, and gas applied from Inlet(3) are directed to the Turbine(l) blades positioned in the Pressure Preservation Chamber(2) via Pressure Direction Nozzle(8). This mechanical energy generated in the Turbine(l) is transferred to the outside the system via the Turbine Shaft(5) and thus the generating of mechanical power necessary for any alternators, generators, and loads (6) is provided. The pressure power from Inlet(3), after applied to the Turbine(l) inside the Pressure Preservation Chamber(2) whose internal pressure is preserved and which is kept closed, is transferred to the outside of the system from the Outlet(4) without losing its (inlet's) own pressure power.

Since the turbine is positioned in the Pressure Preservation Chamber(2), the counter power applied to the Turbine(l) via the Turbine Shaft(5) by the alternators, generators, and loads (6) is not reflected back to the Inlet(3).

Therefore, while the pressure from Inlet(3) is transferred to the outside of the system without losing its pressure value at Outlet(4), the potential energy contained in this pressure power is extracted via the Turbine Shaft(5) as usable energy.

There are no Pressure Preservation Chamber(2) and spaces in the current available systems. As a result, the counter power of the alternators, generators, and loads (6) is reflected back to the Inlet(3) via the Turbine Shaft(5) and the Turbine(l). However, thanks to this invention, the counter power is not reflected back to the Inlet(3) since the Turbine(l,) is positioned in the Pressure Preservation Chamber Spaces(7).