天然气湿度微波测量变压器的建模与实验研究

Yo.Yo. Bilynskyi, B. Knysh, D. Novytskyi
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引用次数: 0

摘要

当天然气的成分与其主要物理性质(热值、含水率、腐蚀性成分(硫化氢、二氧化碳等)的特定值相一致时,确保天然气质量评估的准确性的问题一直被考虑,其可能的解决方法以现代气体测量方法为基础。在这种情况下,最危险也是最重要的是气体混合物中存在的湿度问题,因为它会导致管道和电枢的腐蚀,水合物(水和其他物质的组成)和冷凝物的形成等负面结果。提出了天然气湿度微波测量变换的数学模型,该模型基于对微波信号的吸收,测量气体湿度变化过程中波导末端的信号体积。为了做到这一点,我们使用了行波的性质。天然气可以表示为两种介质(水气)的二元非均质结构,因此等效方案允许我们使用已知的电信号频率来测量电容器系统中的电损耗。介绍了一种天然气湿度微波测量变压器等效方案的建模及其主要结果。对天然气湿度微波测量变压器进行了实验研究。为此,制定了研究方法,并实施了具体的仪器和测量装置:天然气湿度模型发生器“rodney -2”,米歇尔仪器公司生产的固定式测量系统米切尔露点校准系统精密露点计和计算器免费专业在线湿度计算器。实验研究和建模结果证实了所建立的天然气湿度微波测量变压器模型的充分性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Modeling and the Experimental Researches of the Microwave-Measuring Transformer of the Humidity of Natural Gas
There has been considered the problem of ensuring the accuracy of quality assessment of natural gas when the composition of gas is in accordance with the specific values of its main physical properties (a calorific value, a rate of moisture, the presence of corrosive components (hydrogen sulfide, carbon dioxide, etc.)) and its possible solving grounded in the modern gas measuring approaches. The most dangerous and, in this way, important is an issue with a humidity presence inside of a gas mix because it can cause such negative outcomes as the corrosion of the pipelines and armatures, the formation of hydrates (composition of water and other agents ) and the condensates. There has been proposed the math model of microwave-measuring transforming of natural gas humidity bases on the absorbing of a microwave signal and, in such a way, measuring of signal volume on the end of a waveguide during the changing of the gas humidity. To do this, we use the properties of running wave. The natural gas can be presented as the binary heterogeneous structure of two dielectrics (water-gas), so the equivalent scheme allows us measure the electric losses in a capacitor system using the know frequency of an electric signal. The modeling of an equivalent scheme of a microwave-measuring transformer of natural gas humidity and its main results has been presented. The experimental researches of a microwave-measuring transformer of natural gas humidity have been carried out. For this purpose, the research methodology was developed and specific instruments and measuring devices were implemented: the model generator of natural gas humidity “Rodnic-2”, the stationary gauge system Mitchell Dew Point Calibration System Precesion Dewpointmeter produced by Michell Instruments and calculator Free Professional Online Humidity Calculator. The results of the experimental researches and modeling confirm the adequacy of the developed model of a microwave-measuring transformer of natural gas humidity.
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