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ESTIMATES TRANSFER OF NATURAL GAS REDUCTION IN THE MAIN DOWNLOAD PIPELINE

机译:估算主要下载管道中天然气的减少量

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Efficient natural gas trunkline transportation in conditions of gas trunklines load reduction accompany increasing complexity of technology and natural gas traffic management systems improvement. An important role is given to development dispatching management systems one of which trends is implementing practical research of equipment results based on advanced mathematic models and technologies. Increase applied information systems use for solving problems of gas trunkline equipment effective operation.Priority sci-tech challenge of PJSC ?Gazprom? is improving technologies of gas trunkline transportation.In this regard, one of the most promising areas of research is mathematic models and forecasting volume of pumping natural gas through main pipelines methods development for solving rationing problems and dispatching management planning. Earlier prediction technology focus mainly on the stationary conditions and use specific natural gas consumption norms for technological needs of compressor stations. Modern conditions of gas transmission system functioning characterize by decreasing pumping volumes of natural gas each year.Decreasing pumping volumes and increasing inequality of gas supply may cause increasing gas consumption for pumping needs and reducing economic indicators due to changing operation parameters of compressor stations.The paper evaluate the type of data distribution in terms of pumping gas through three thread corridor gas trunklines through which 1/5 of the total natural gas produced in the Russian Federation is pumped. Recommendations on estimates natural gas pumping volumes in case of declining load of main gas pipelines obtained.
机译:在减少天然气干线负荷的情况下有效的天然气干线运输伴随着技术的复杂性和天然气交通管理系统的改进。开发调度管理系统扮演着重要角色,其发展趋势是基于先进的数学模型和技术对设备结果进行实际研究。增加应用信息系统的使用来解决天然气干线设备有效运行的问题。俄罗斯天然气工业股份公司(PJSC)的优先技术挑战在这方面,最有前途的研究领域之一是通过开发主要管道方法来解决配给问题和调度管理计划的数学模型和预测天然气抽送量。较早的预测技术主要关注固定条件,并根据压缩机站的技术需求使用特定的天然气消耗量标准。天然气输送系统运行的现代条件以每年减少天然气的抽气量为特征。抽气量的减少和供气不均的增加可能会导致空压机用气参数的变化,从而增加了抽气需求的用气量并降低了经济指标。评估数据分布的类型,方法是通过三条螺纹走廊气体干线抽出天然气,俄罗斯联邦生产的天然气总量中的1/5被抽出。有关在获得的主要天然气管道的负荷下降的情况下估算天然气泵送量的建议。

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