產品展廳>>產品銷售>>辰工射孔系列軟件>>復合射孔

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。

該軟件主要應用于各大油田的試采公司、井下作業公司、采油廠地質研究所及研究院等單位。

軟件針對炸藥爆炸及火藥爆燃的p-t曲線計算,以此作為基礎進行射孔工藝設計;考慮地層中油氣等不同流體,進行油氣井穩態產能、瞬態產能、井底流壓、地面產量的計算;針對不同射孔格式及參數進行射孔優化及敏感分析;依據測井曲線曲線選擇合適的射孔段,并繪制在測井曲線上。

圖1 工藝設計界面 圖2 穩定產能界面 圖3 瞬態產能界面 圖4 井底流壓界面

Products>>Products on Sale>>Chengong Perforation Software Series>>Composite Perforation

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, the most economical and reasonable perforation scheme is optimized according to the productivity calculation of oil and gas wells.

The software is mainly used in oil field test production companies, downhole operation companies, oil production geological research institutes and other units.

The software aims at the p - t curve calculation of explosive explosion and gunpowder deflagration on the basis of which the perforation process is designed; Considering the different fluids such as oil and gas in the formation, the steady productivity, transient productivity, bottom hole flow pressure and surface production of oil and gas wells are calculated; the perforation optimization and sensitivity analysis are carried out according to different perforation formats and parameters; and the appropriate perforation section is selected according to the logging curve and drawn on the logging curve.

Figure1: Process design interface Figure2: Stable productivity interface Figure3: Transient productivity interface Figure4: Bottom hole flowing pressure interface
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