Well Analysis in Naturally Fractured Reservoir Using Elliptical Flow
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Naturally fractured reservoirs are anisotropic systems whose flow characteristics depend on the fractures network. Their permeability variation is not only stratigraphic in nature, but is also caused by the fractures distribution, orientation and permeability impairment within the fractures caused by pressure solution or mineralization. The reservoir becomes more complex when both the matrix and fracture exhibit anisotropy and have the capability to flow into the wellbore as in the double permeability case. Well test analysis in these reservoirs has been based on the radial flow model, even wh...
Naturally fractured reservoirs are anisotropic
systems whose flow characteristics depend on the
fractures network. Their permeability variation is
not only stratigraphic in nature, but is also caused
by the fractures distribution, orientation and
permeability impairment within the fractures caused
by pressure solution or mineralization. The
reservoir becomes more complex when both the matrix
and fracture exhibit anisotropy and have the
capability to flow into the wellbore as in the
double permeability case. Well test analysis in
these reservoirs has been based on the radial flow
model, even when it is widely believed that such
reservoirs are anisotropic. The radial flow model is
however only applicable to purely homogeneous
system. It cannot provide a complete formation
analysis in anisotropic system. This study therefore
presents a new method of estimating permeability
anisotropy in naturally fractured reservoirs. The
maximum permeability is attributed to the large
scale fractures while the minimum permeability may
be due to the small scale fractures orthogonal to
the large scale fractures or the matrix.
systems whose flow characteristics depend on the
fractures network. Their permeability variation is
not only stratigraphic in nature, but is also caused
by the fractures distribution, orientation and
permeability impairment within the fractures caused
by pressure solution or mineralization. The
reservoir becomes more complex when both the matrix
and fracture exhibit anisotropy and have the
capability to flow into the wellbore as in the
double permeability case. Well test analysis in
these reservoirs has been based on the radial flow
model, even when it is widely believed that such
reservoirs are anisotropic. The radial flow model is
however only applicable to purely homogeneous
system. It cannot provide a complete formation
analysis in anisotropic system. This study therefore
presents a new method of estimating permeability
anisotropy in naturally fractured reservoirs. The
maximum permeability is attributed to the large
scale fractures while the minimum permeability may
be due to the small scale fractures orthogonal to
the large scale fractures or the matrix.
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