本文選題：三相分離器 + 硫化氫��； 參考：《東北石油大學》2015年碩士論文

【摘要】：地面測試是在動態(tài)條件下檢查油藏的一種常規(guī)測試技術,決定油藏生產能力和油藏物性。在如今的油氣井測試計量過程中,三相分離器地面測試技術的應用越來越廣泛。伴隨著油氣田的深入開發(fā),含硫油氣井,甚至高含硫油氣井的測試計量工作也逐漸的開展起來。本文介紹了三相分離器的性能、工作原理及其使用現狀,開展了針對高含硫井地面測試工藝的流程設計、設備材質的選擇以及氣產量計算公式的選擇。由于硫化氫氣體劇毒、強腐蝕等特殊屬性,對使用三相分離器進行地面測試計量工作時的設備及相關附屬設備設施要求不同于不含硫井所使用的設備。為了確保高含硫井測試計量工作的連續(xù)性,準確性以及安全性,結合現場生產的實際情況,對常用的三相分離器測試流程、設備進行改造,并進行了現場試驗,對實驗獲得數據進行了總結與分析。對項目完成后的總體效果進行了評述。
[Abstract]:Surface testing is a conventional testing technique for checking reservoirs under dynamic conditions, which determines reservoir productivity and reservoir physical properties. In the process of oil and gas well measurement, the surface test technology of three-phase separator is more and more widely used. With the further development of oil and gas fields, the testing and metering of sulfur-bearing oil and gas wells, even high-sulfur oil and gas wells, has been carried out gradually. In this paper, the performance, working principle and application status of three-phase separator are introduced. The design of surface test process, the selection of equipment material and the selection of calculating formula of gas production are carried out. Due to the special properties of hydrogen sulfide gas such as high toxicity and strong corrosion, the requirements of equipment and related ancillary facilities for surface testing and metering with three-phase separators are different from those used in non-sulfur wells. In order to ensure the continuity, accuracy and safety of the testing and metering work of high sulfur containing wells, combined with the actual situation of field production, the test flow and equipment of the commonly used three-phase separator were reformed, and the field tests were carried out. The experimental data are summarized and analyzed. The overall effect after the completion of the project is reviewed.
【學位授予單位】：東北石油大學
【學位級別】：碩士
【學位授予年份】：2015
【分類號】：TE931.1

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相關期刊論文 前1條

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本文編號：2077966