Rock acoustic properties impact on reservoir capacity

Rock acoustic properties impact on reservoir capacity

Blog Article

Relevance.The need to continue studying the patterns of distribution of physical properties of rocks by area and compare with previously conducted studies on the analysis of the distribution of rock density.Generally accepted approaches imply averaging constants, which are key in calculating the filtration-capacitive properties.A small amount of actual data, small core removal, simplifications lead to less detailed accounting of parameters, although computer power allows this to be done.

In the future, this affects the filtration model, when there is no longer an itsmajorlook.com understanding of where errors and inaccuracies can appear when comparing model and historical production data.Aims.To create a map of the distribution of the interval travel time of longitudinal waves based on laboratory core studies.To form an idea of the patterns of interval time distribution by area.

To designate areas of low and high values.To characterize the degree of variation of the porosity coefficient when compared with the values of the porosity coefficient.Object.Oil-saturated formation of terrigenous composition of the field in the Tomsk region.

Methods.Supplementing the distributed dependency database with new parameters allows us to form a completer and more detailed picture of productive formations.Core analysis is performed by wells, as well as a comparison with the distribution of previously identified patterns.The relationship between the data on the total volume of wells is also formed to identify the degree of dispersion of the sample.

Ultrasonic waves interval time distribution resulted in map color block iphone case and in addition matrix density from previous study is also provided for comparison.Individual physical characteristics distribution is analyzed in parallel with their mutual interrelations.