It is known that the technology of developing gas hydrate fields withthe usage of the replacement process is the most perspective from thepoint of view of process energy consumption (Xiao-Hui Wang, 2017,Oveckiy, 2016). The replacement process is extremely long. (Voronov,2013). The replacement models for CO2/N2 injection into theCH4/HYDRATE system were studied in article of Kvamme (2015) andLim (2017) et. t. The distinctive features of the study are theexperimentation in the CO2/HYDRATE and CO2/N2/HYDRATEsystem at low pressures, as well as the use of substitution substances inthe gaseous phase. The article presents experimental data on thesimulation of the gas hydrate formation in a porous structure and thereplacement of methane in hydrate by CO2. The results of gas amountcalculations converted to hydrate are presented.
展开▼
机译：众所周知，用来发展天然气水合物田的技术替换过程的使用是最透视的工艺能源消耗的观点（萧辉王，2017年，Oveckiy，2016）。更换过程非常长。 （沃罗诺夫，2013）。 CO2 / N2注入的替换模型在Kvamme（2015）的文章中研究了CH4 /水合物系统林（2017）等。 T。这项研究的独特特征是CO2 /水合物和CO2 / N 2 /水合物的实验压力低压，以及使用替代物质气相。本文提出了实验数据仿真多孔结构中的天然气水合物形成用CO2替换水合物中的甲烷。气体量的结果提出了转化为水合物的计算。
展开▼
