燃气管道电感器参数的工程计算

Safiullin Ruzil Akhnafovich, Yangirov Ilgiz Flusovich, Khalikov Albert Rashitovich, Safina Gulnara Frilovna
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引用次数: 2

摘要

在天然气行业中,通过产品管道输送碳氢化合物的问题之一是安全操作和不间断泵送,确保所需的流变性能。用气体加热法防止天然气水合物的形成是在保持天然气管道内压力的同时,使气体的温度保持在其形成的平衡温度以上。最先进和最有前途的方法是对天然气管道系统进行热影响的电物理方法。例如,天然气管道的局部加热和局部步进加热仅在有限区域内保持粘性分散介质的温度,而管道的相关加热需要在整个产品管道中消耗大量电力。因此,开发其他类型的感应加热器是当今整个石油和天然气工业的一项紧迫任务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Engineering Calculation of Inductor Parameters for Gas Pipelines
One of the problems in the transportation of hydrocarbons through product pipelines in the gas industry is the safe operation and uninterrupted pumping, ensuring the required rheological properties. Prevention of formation of gas hydrates by gas heating method is that, while maintaining the pressure in the gas pipeline, the temperature of the gas is maintained above the equilibrium temperature of their formation. The most advanced and promising methods used for this are electrophysical methods of thermal influence on the gas pipeline system. For example, local and locally-step heating of gas pipelines maintain the temperature of the viscous dispersed medium only in a limited area, and the associated heating of pipes requires a large consumption of electricity throughout the product pipelines. Therefore, the development of other types of inductive heaters is today an urgent task of the oil and gas industry as a whole.
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