Authors :
Aung Ko Oo
Volume/Issue :
Volume 4 - 2019, Issue 7 - July
Google Scholar :
https://goo.gl/DF9R4u
Scribd :
https://bit.ly/2ZY8QSK
Abstract :
World energy demand is so increasing and
driving the oil and gas industry to produce more
efficiently. Horizontal wells are expected to fulfill the
energy needs through its advantages over conventional
vertical wells. In this paper Joshi model and Furui et al.
model for horizontal well productivity are analyzed by
calculating with variables such as horizontal drainage
area and vertical permeability. Vertical to horizontal
permeability anisotropy is the primary important factor
for the productivity of a horizontal well to reveal
interesting results. Hence, the effect of changing vertical
permeability and drainage area on inflow performance
is primarily take into account in this paper.
Keywords :
Horizontal Drainage Area, Vertical Permeability.
World energy demand is so increasing and
driving the oil and gas industry to produce more
efficiently. Horizontal wells are expected to fulfill the
energy needs through its advantages over conventional
vertical wells. In this paper Joshi model and Furui et al.
model for horizontal well productivity are analyzed by
calculating with variables such as horizontal drainage
area and vertical permeability. Vertical to horizontal
permeability anisotropy is the primary important factor
for the productivity of a horizontal well to reveal
interesting results. Hence, the effect of changing vertical
permeability and drainage area on inflow performance
is primarily take into account in this paper.
Keywords :
Horizontal Drainage Area, Vertical Permeability.
