1·Optimized the well-test method of sour gas well considering its characteristics.
结合高含硫气井的特点，对高含硫的气井试井方式进行优化设计。
2·In the solvent removal section, domestic refineries have also started using pressure tanks to treat sour gas.
退溶剂部分国内也已开始应用压力罐处理含硫气体。
3·Mainly studied the prediction model of sulfur deposition in the stratum and transient well test of sour gas well.
主要研究分析了元素硫在地层中沉积的预测模型的建立以及含硫气井的不稳定试井解释方法。
4·The scope of application of these water solutions of alkanolamine almost covers all treating regions of sour gas.
这些醇胺水溶液的适用范围几乎覆盖了整个酸性天然气处理领域。
5·The problems about the volume quantity of heat intensity and the stay time and sour gas burner are analysised and discussed.
重点分析讨论了酸性气燃烧炉中的体积热强度、停留时间、酸性气燃烧器等问题。
6·The article analyzes the mechanism of the sulfur deposition and the harm to sour gas production for the elemental deposition.
通过综合分析，归纳出元素硫的沉积机理以及元素硫沉积对地层的伤害；
7·Especially, studied pressure behavior of different sulfur saturation, gave a new solution for well test explanation of sour gas well.
尤其是研究了不同含硫饱和度下的压力动态，针对含硫气井试井提出了一种新的试井分析方法。
8·In this gas field, there are mainly two kinds of corrosion-sulfide stress corrosion and electrochemical weightlessness corrosion by sour gas.
该气田腐蚀主要有硫化物应力腐蚀和酸性气体的电化学失重腐蚀两类。
9·Worldwide energy cost increases since 1973 have profoundly affected process design and process selection considerations of sour gas treating plants.
1973年后，世界性能源费用的增加，改变了酸性气体加工装置工艺设计和工艺选择的依据。
10·Secondly, a newly associated model and EOS model are established to calculate the solubility of the elemental sulfur in sour gas with hydrogen sulfide.
对于元素硫在含硫酸性气体中的溶解度预测，本文同时新建了缔合模型和EOS模型。