Study case of the adsorption unit in the treatment of associated gas for burning

G. F. Ilyina, M. N. Ilyina
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Abstract

The burning of petroleum gas as fuel in simple burners under field conditions as a rule occurs in the detonating regime with low efficiency coefficient and is accompanied by incomplete gas combustion and a considerable emission of pollutants into the atmosphere. The use of an adsorption unit with zeolite filler as a part of fuel pre-burning preparations proposed as a solution to this problem. This paper presents data and information on the application of an adsorption unit in electric power installations for the pre-burning preparation of associated gas in locations of petroleum production. A comparative analysis of the associated gas used before and after the adsorption unit is also described. Methods of research on the effectiveness of the adsorption unit are to determine the service life of zeolite filter depending on the amount of regeneration and time of work in the given conditions. Adsorption unit will clean the gas from heavy hydrocarbons, dry and level out the differences in the composition of the gas associated with the changes in ambient temperature.
吸附装置处理燃烧伴生气的实例研究
在野外条件下,以简单燃烧器为燃料的石油气燃烧通常发生在效率系数较低的爆轰状态,并伴有气体燃烧不完全和大量污染物排放到大气中。为解决这一问题,提出了采用沸石填料吸附装置作为燃料预燃制剂的一部分。本文介绍了一种吸附装置在电力装置中应用的数据和资料,用于石油生产场所伴生气的预燃烧制备。对吸附装置前后使用的伴生气进行了对比分析。研究吸附装置有效性的方法是根据给定条件下的再生量和工作时间来确定沸石过滤器的使用寿命。吸附装置将从重碳氢化合物中净化气体,干燥并消除与环境温度变化相关的气体成分差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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