Self-killing of shock pulses of transferred medium in main pipeline

A method of extinguishing of pressure pulses of transferred medium in pipelines, comprising at least one pressure pulse stabilizer installed on said pipeline in a direction of movement of transferred medium fluid flow from a supplier to a consumer, wherein pulse flow is directed as a first portion into the pressure pulse stabilizer, and after a delay a second portion of the pulsed flow is directed into an additional input of the pressure pulse stabilizer, wherein said placement of the pressure pulse stabilizer is selected based upon preliminary identified potential pressure pulse sources:

• wherein each pressure stabilizer is installed within 10 meters of pressure pulses source and spaced within at least 100-1000 meters of an adjacent pressure pulse stabilizer on the pipeline wherein the stabilizers are oriented such that an indicator on an outer surface of the pressure pulse stabilizers points toward pressure pulse source, thus the energy of the perturbing pressure pulses in the main pipelines is extinguished by a phase shift and suppression of wave and vibratory oscillations and resonance processes in transferred medium;
• wherein the at least one pressure pulse stabilizer comprises:
• a hollow cylindrical casing having a first end and a second end:
• covers coupled to the first and second ends;
• and detachable separator and a separation shell which are concentrically secured so as to form an inner cavity therebetween;
• wherein the inner cavity is partitioned by a separating web so as to form a first inner cavity part and a second inner cavity part which is of a different size that the first inner cavity part, the first inner cavity part is located at an inlet of the pressure pulse stabilizer and configured as a straight flow chamber which is smaller in size than the second inner cavity part;
• wherein fluid flow from the-inlet of the pressure pulse stabilizer flow through a plurality of radial holes located in the detachable separator and separation shell;
• the second inner cavity part is configured as a vortex chamber wherein the delay performed by diverting the second portion of the pulsed flow through a plurality of inclined holes located in the detachable separator and separation shell:
• wherein an outer cavity is formed between the separation shell and casing, the outer cavity separated by a at least one damping unit, each damping unit comprising a spring-loaded piston located within a central chamber, the damping unit located between the plurality of radial holes and inclined holes located in the separation shell so as to separate the outer cavity into a pressure chamber and an equalizing chamber;
• wherein the volume of the straight flow chamber is at least ⅓ of the total volume of the vortex chamber;
• wherein the diameter of the radial holes is 1.2-4 times as large of the diameter of the inclined holes such that at-an equal amount of the working medium through the radial holes and inclined holes, wherein the plurality of all inclined holes are angled relative to a radial axis of a cross section of the stabilizer in the range of 0-45°, wherein pressure is equalized in the pressure chamber, the equalizing chamber and the pipeline by shifting the spring-loaded pistons of the at least one damping unit:
• upon equalization of chamber pressure by the spring loaded pistons return to a default position and free flow of the transferred medium through the stabilizer resumes.