对两口高含硫气井分别进行了试井解释和优化的试井设计。
Made well test interpretation and well-test design optimization on two separate high-sulfur gas well.
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。
Optimized the well-test method of sour gas well considering its characteristics.
因而有必要对复杂地形和不同气象条件下含硫气井井喷h 2s扩散规律进行研究。
Hence the need for complex terrain and different weather conditions sulphur gas well blowout H2S proliferation of research.
利用川渝地区含硫气井H2S释放速率数据，根据其累积概率分布函数建立概率分布模型。
The probabilistic distribution model for the release rates of H2S in the sour gas wells of Sichuan and Chongqing areas was developed using the complementary cumulative distribution function.
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。
Mainly studied the prediction model of sulfur deposition in the stratum and transient well test 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。
Especially, studied pressure behavior of different sulfur saturation, gave a new solution for well test explanation of sour gas well.
了解元素硫的性质、硫沉积的机理，采取预测与防治技术是高含硫气井开采中的一项重要任务。
Understanding of the nature of elemental sulfur and sulfur deposition mechanism, prediction and control techniques to a high-sulfur gas exploration was an important task.
利用植物提取可有效修复高含硫气井井喷污染，为类似事故造成的土壤环境污染的快速修复提供了理论支持。
So phytoremediation of the soil environment pollution could be effectively and this paper had provided theory significance for the rehabilitation after a similar incident in the future.
为保证川东北地区罗家寨、铁山坡构造高含硫气井长期采气高抗硫要求，2003年起，从国外进口了部份套管头和采气井口。
In order to ensure the requirement of high anti-sulfur in Luojiazhai and Tieshan sour gas well, some casing heads and gas-producing wellheads have been imported since 2003.
高含硫天然气井喷扩散将造成严重安全问题。
Blowout diffusion of natural gas with high sulfur may cause serious safe problems.
对测试前准备、设备摆放与安装、测试作业过程、流体的安全处理等方面实施有效安全控制，在含硫油气井测试作业中产生良好结果。
An effective and safe control for prepare before testing operation, display and installation of equipment, testing process and safe process of fluid has been implemented which produces a good result.
最后对模型的计算结果作了分析讨论，并提出了高含硫天然气井喷的防范措施。
Eventually Gaussian model and API model are adopted to figure out the harzard scope and results of co…
最后对模型的计算结果作了分析讨论，并提出了高含硫天然气井喷的防范措施。
Eventually Gaussian model and API model are adopted to figure out the harzard scope and results of co…
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