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              辰工射孔優化系統采用了組件技術開發,充分考慮了眾多復雜因素,通過爆炸與滲流計算,獲得井筒p-t曲線及油氣井產能,實現曲線、圖表、位圖等自由組合圖形的顯示與打印,同時可計算井底壓力變化、流量變化以及實現射孔敏感參數分析。針對常規射孔、復合射孔及動態負壓射孔在確保井筒安全的前提下,根據油氣井產能計算,優化出最經濟合理的射孔方案 …… >> 詳情
              射孔涉及到的參數較多,如射孔深度、射孔密度、射孔相位角、地層各相異性、射孔孔眼半徑等,這些參數都影響射孔后的油氣井生產能力,如何根據地層的實際情況,綜合考慮各參數的影響,使得油氣井生產能力最大 …… >> 詳情
              軟件充分考慮了眾多復雜因素,通過爆炸與滲流計算,獲得井筒p-t曲線及油氣井產能,實現曲線、圖表、位圖等自由組合圖形的顯示與打印。針對復合射孔在確保井筒安全的前提下,根據油氣井產能計算,優化出最經濟合理的射孔方案 …… >> 詳情
              動態負壓射孔是一種在射孔瞬間清理射孔孔道的新方法,其原理是通過快速吸收井筒內的殘余爆轟能,使井筒內壓力在射孔后瞬間下降,產生瞬間沖擊回流,沖洗射孔孔道及孔道周圍壓實帶,從而解除壓實,提高油氣井產量 …… >> 詳情
              The perforation optimization system adopts component technology to develop and fully consider many complex factors. Through explosion and seepage calculation, the wellbore p - t curve and oil and gas well productivity are obtained, and the display and print of free combination graphics such as curve, chart, bitmap and so on can be realized. At the same time, the variation of bottom hole pressure... >> Details
              There are many parameters involved in perforation, such as perforation depth, perforation density, perforation phase angle, formation anisotropy, the radius of the perforation hole and so on. These parameters affect the production capacity of oil and gas wells after perforation... >> Details
              Many complex factors are fully considered in the software. Through explosion and seepage calculation, the wellbore p - t curve and oil and gas well productivity are obtained, and the free combination graphics of curve, chart, bitmap and so on are displayed and printed. On the premise of ensuring the safety of wellbore under composite perforation... >> Details
              Dynamic negative pressure perforation is a new method to clean the perforation channel at the moment of perforation. The principle is to reduce the pressure in the wellbore immediately after perforation by rapidly absorbing the residual detonation energy in the wellbore, resulting in instantaneous impact reflux... >> Details
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