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 pz   w
  , (3.8)
wl
  q  Q
f

then:

    q Q
P  l f  1. (3.9)
p
  
zp w

The dependence of the saturation parameter and oil and gas
saturation factor shown in Figure 3.7, b.

3.3 The order to performance of laboratory work

1. Based on the analysis of geophysical characteristics peculiar to
the reservoir, the students produce in cross-section of well
intervals that represented by collectors.
2. For selected reservoirs determine the value of geophysical
SP
parameters ρ pz, ρ l, ΔU , I γ, I nγ, ΔT, used in determining the K p and
K og.
3. Give conclusion about correctness of allocation of collectors,
determining K p and K og according to GWL.
4. Issued a report.

3.4 Test questions

1. Method of allocation collectors according to the GDS.
2. Method of determination K p according to the electric resistance.
3. Method of determination K p according to the SP.
4. Method of determination K p according to the GL.
5. Method of determination K p according to the NGL.
6. Method of determination K p according to the AL.
7. Method of determination K og according to the electric
resistance.

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