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Impulse Mode of Natural Gas Flow and Its Effect on Metering System Accuracy

Fedoryshyn, Roman ; Matiko, Fedir ; Pistun, Oleh ; Brylynskyi, Roman ; Masniak, Oleh

Annals of DAAAM & proceedings, 2020, p.956 [Periódico revisado por pares]

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Título:
Impulse Mode of Natural Gas Flow and Its Effect on Metering System Accuracy
Autor: Fedoryshyn, Roman ; Matiko, Fedir ; Pistun, Oleh ; Brylynskyi, Roman ; Masniak, Oleh
Assuntos: Analysis ; Environmental law ; Equipment and supplies ; Gas industry ; Heating ; Laws, regulations and rules ; Natural gas ; Temperature measurements
É parte de: Annals of DAAAM & proceedings, 2020, p.956
Descrição: The paper analyses a natural gas flow metering system based on a rotary meter with an impulse mode of gas flow caused by the peculiarities of the water-heating boiler operation. The mathematical model of the gas metering system was developed on the basis of the gas flow rate equation and the heat conservation law. The modelling of the metering system in impulse modes of gas flow was carried out in order to evaluate the gas temperature measurement error caused by the temperature transducer lag and the corresponding errors of flow rate and volume measurement. The results of the modelling of these errors were analysed, and the ways to improve the accuracy of natural gas metering were proposed. Keywords: Natural gas; Measurement; Error; Modelling.
Editor: DAAAM International Vienna
Idioma: Inglês

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