Optimisation of the gas cylinder equipment operation of ALROSA's compressed gas utility vehicles in conditions of Yakutia

G.M. Dubov, I.V. Dvorovenko, S. Azikhanov, I.V. Zyryanov, I.A. Logvinov, D.K. Popov
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Abstract

The paper justifies the relevance of using compressed natural gas as the motor fuel for utility vehicles in conditions of the high north and the Republic of Yakutia. Natural gas as an alternative energy carrier is stated to have a number of advantages over diesel fuel, however, its use in extremely low temperatures, in particular, in Yakutia, is associated with some challenges. A number of technical solutions are proposed to maintain a constant temperature of compressed natural gas contained in the gas cylinders onboard of the utility vehicles. The paper provides a detailed description of the methods to maintain the required temperature of the compressed natural gas in the gas cylinders using heat from the exhaust gases of the combustion engine, as well as by means of flexible electric strip heaters. One of the possible ways to separate heavy hydrocarbons (C5-C7) that negatively affect the performance characteristics of the combustion engines and the operation efficiency of the gas cylinder equipment is described for production of the compressed natural gas for utility vehicles. Technical requirements are determined for rubber products of the gas cylinder equipment that operate at low ambient temperatures. The article suggests the optimal quality characteristics of the frost-resistant rubbers and sealing materials that are most suitable for application in conditions of Yakutia.
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在雅库特条件下优化阿尔罗萨公司压缩气体公用车辆的气瓶设备运行
本文论证了在北方高寒地区和雅库特共和国使用压缩天然气作为公用车辆的汽车燃料的相关性。天然气作为一种替代能源载体,与柴油燃料相比有许多优点,但在极低的温度条件下使用,特别是在雅库特地区,会遇到一些挑战。本文提出了一些技术解决方案,以保持多用途车辆车载气瓶中压缩天然气的恒温。本文详细介绍了利用内燃机废气中的热量以及柔性电加热器来保持气瓶中压缩天然气所需温度的方法。介绍了分离重碳氢化合物(C5-C7)的可行方法之一,重碳氢化合物会对内燃机的性能特点和气瓶设备的运行效率产生负面影响。确定了在低环境温度下工作的气瓶设备橡胶产品的技术要求。文章提出了最适合在雅库特条件下使用的抗冻橡胶和密封材料的最佳质量特性。
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