Study of petrophysical parameters of productive series by use of well data

The progress of existing geophysical techniques for the last years led to a wider scope problems resolved using this set tools. tools allow tackling pivotal tasks such as study lithology in geological section, correlation, evaluation saturation, porosity, permeability, and clay fraction, outlining oil-gas water-saturated layers. Complications emerging while resolving these directly depend on petrophysical parameters reservoir For instance, similar values resistivity oil water layers result high value fraction variation porosity wide range complicates distinguishing On other hand, it is known that an increase cementing amount reservoirs causes drop (Kpor.) residual saturation.
 This paper devoted design models defining correlation between by use integrated well data establishing regression equations from parameters’ distributions. Models gas saturation through sections wells were also designed. They made possible evaluate filtration-capacity characteristics establish gain information about field.
 bar graph was drawn permeability coefficient studied Qirmaky suite (QD-1, QD-2, QD-3, QD-4) conditionally marked 1, 2, 3, 4 Balakhany Analysis constructed histograms allows us classify collector according their permeability. Of 17 section only Layer has very good 16 are permeability; all 2 have characteristics; 3 poor 6, 7, 14 average rest 12 permeability.
 target Productive Series field.