TY  - SER
AU  - Birchenko,V.M.
AU  - Muradov,K.M.
AU  - Davies,D.R.
TI  - Reduction of the horizontal well's heel-toe effect with inflow control devices
PY  - 2010///
CY  - 
PB  - 
N2  - Transcripción del resumen del autor: The specific inflow rate of fluid into a horizontal well normally varies along the well's completion length due to either frictional pressure losses (the heel-toe effect) or reservoir permeability heterogeneity. Such variations usually negatively affect the oil sweep efficiency and the ultimate recovery. Inflow control devices (ICDs) are a mature well completion technology that provides a more uniform inflow profile by exerting a greater restriction on high specific inflow rate zones. This paper discusses a new method to quantify the reduction of inflow imbalance caused by the frictional pressure loss along a horizontal completion in a homogeneous reservoir. We derive the equation describing this phenomenon and propose two solutions: an analytical approximation and a more precise numerical solution. The trade-off between well productivity and inflow equalisation is a key engineering issue when applying ICD technology. Our solutions quantitatively address this issue. Their practical utility is illustrated through a real field case study
ER  -