Registration Number
0226U002594,
(0121U100352)
, R & D reports
Title
Development of the theoretical foundations of information technology for periodic corrosion monitoring and leak detection of pipelines of heating networks based on acoustic spatial-frequency selection
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Розвиток теоретичних засад інформаційної технології періодичного корозійного моніторингу та оперативного пошуку витоків трубопроводів теплових мереж на основі акустичної просторово-частотної селекції
Head
Vladymyrskyi Oleksandr A.,
Registration Date
02-03-2026
Organization
Pukhov Institute for Modelling in Energy Engineering National Academy of Sciences of Ukraine
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The aim of the work is to develop the theoretical foundations of information technology for periodic monitoring and detection of leakage of pipelines of thermal networks, which contains an assessment of the actual technical condition of the underground pipeline wall in operation by determining the location and degree of corrosion thinning of metal and coordinates
leaks based on acoustic space-frequency selection of informative acoustic waves with high reliability and range.
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A parametric correlation method for determining the actual propagation speed of acoustic waves of hydraulic shock through pipelines has been developed and experimentally tested.
An instrument mode for determining the velocity of hydraulic shock waves through a pipeline has been developed, which allows experimentally determining the propagation speed of acoustic waves with high accuracy due to the coordinated spatial-frequency selection of informative acoustic waves.
An instrument mode for applying adaptive filtering to determine the coordinates of a leak by the correlation method has been developed.
A method and instrument mode for determining the coordinates of leaks with a small signal-to-noise ratio have been developed.
Generators of pipeline sounding signals adapted for production use and new acoustic emitters have been developed and created.
An instrument mode for parametric analysis of correlation functions has been improved.
A method and instrument mode for parametric analysis of correlation functions in the direction of analyzing acoustic waves and their sources that are not dominant in power have been developed.
A correlation parametric method for determining the average wall thickness of a pipeline between access points has been developed.
A hardware and software complex for the rapid detection of damage to heat and water supply systems, taking into account their wear and tear and military influences, and a methodology for its use have been created.
Ways and measures for implementing the results of the research in heat and water supply enterprises, in the nuclear power industry and the oil and gas industry are presented.
Product Description
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Vladymyrskii Ihor A.
Vladimirsky Alexander Albertovich
Anfimova Galyna Viktorivna
Kryvoruchko Ihor P.
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2026-03-02
