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Prediction Model of Sulfur Precipitation in Gas Well with High H2S Content

机译:高H2S含量的气井中硫沉淀的预测模型

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For the gas well with high H2S content,the process of sulfur deposition including the sulfur dissolution, precipitation, migration and deposition is a quite complex process. Relative to the solubility of sulfur under certain temperature and the pressure, the sulfur will be separated out when the content of sulfur in high sour gas is surpassed. Based on the theories of mass conservation, momentum conservation, energy conservation, and the transfer of heat in the radial directions of well bore, we established the prediction model of the sulfur precipitation in the high H2S content gas well by using Roberts thermal empirical equation. In view of the examples, the sulfur separation at different levels of production is calculated and discussed by using the self-programming computer.
机译:对于高H 2 S含量的气井来说,硫的沉积过程包括硫的溶解,沉淀,迁移和沉积是一个相当复杂的过程。相对于一定温度和压力下硫的溶解度,当高含硫气体中的硫含量超过时,硫将被分离出来。基于质量守恒,动量守恒,能量守恒以及井眼径向传热的理论,利用罗伯茨热经验方程建立了高H2S气井中硫沉降的预测模型。考虑到这些实例,通过使用自编程计算机计算和讨论了不同生产水平下的硫分离。

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