Research on Seepage Field of Underground Petroleum Storage Caverns in Fractured Rock Mass
p.2569
p.2569
Treatment of Well Point during Numerical Analysis about Water Pumping
p.2574
p.2574
Analysis on Coupling of Temperature Field and Stress Field for Tunnel Surrounding Rock in Cold Region
p.2578
p.2578
Numerical Research on the Heat Transfer Properties of Pulsating Flow around the Vibrating Tube
p.2582
p.2582
Sectional Optimization Study on Perforation Parameters of Horizontal Wells in DaQing Oilfield
p.2586
p.2586
Research on Factors and Model of Water Production of Bottom Water Reservoir
p.2590
p.2590
Discuss on down-Hole Intelligent Intermittent Pumping Technology in Low Liquid Production Well
p.2598
p.2598
Experimental Study on Fluid-Solid Coupling Seepage Flow in Putaohua Reservoir
p.2602
p.2602
Fracture Zonation for Overlying Strata in Underground Mining of Shallow Coal Seam
p.2607
p.2607
Sectional Optimization Study on Perforation Parameters of Horizontal Wells in DaQing Oilfield
Abstract:
A coupled model for horizontal wells with perforation completion was built by combing the flow models in reservoir and wellbore. Then used the genetic algorithm to determine the flow rate and pressure distribution along the wellbore. The influence of the length and position of the perforation section to the production ability was also studied. The partition perforation optimization technique can uniform the inflow profile along the horizontal wellbore, prolong the develop cycle, and increase the development benefit.
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Info:
Periodical:
Advanced Materials Research (Volumes 594-597)
Pages:
2586-2589
Citation:
Online since:
November 2012
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