辰工射孔优化系统采用了组件技术开发,充分考虑了众多复杂因素,通过爆炸与渗流计算,获得井筒p-t曲线及油气井产能,实现曲线、图表、位图等自由组合图形的显示与打印,同时可计算井底压力变化、流量变化以及实现射孔敏感参数分析。针对常规射孔、复合射孔及动态负压射孔在确保井筒安全的前提下,根据油气井产能计算,优化出最经济合理的射孔方案 …… >> 详情
射孔涉及到的参数较多,如射孔深度、射孔密度、射孔相位角、地层各相异性、射孔孔眼半径等,这些参数都影响射孔后的油气井生产能力,如何根据地层的实际情况,综合考虑各参数的影响,使得油气井生产能力最大 …… >> 详情
软件充分考虑了众多复杂因素,通过爆炸与渗流计算,获得井筒p-t曲线及油气井产能,实现曲线、图表、位图等自由组合图形的显示与打印。针对复合射孔在确保井筒安全的前提下,根据油气井产能计算,优化出最经济合理的射孔方案 …… >> 详情
动态负压射孔是一种在射孔瞬间清理射孔孔道的新方法,其原理是通过快速吸收井筒内的残余爆轰能,使井筒内压力在射孔后瞬间下降,产生瞬间冲击回流,冲洗射孔孔道及孔道周围压实带,从而解除压实,提高油气井产量 …… >> 详情
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