Laboratory studies for the momentum of liquid optimal impact on hydrocarbon formation

Abstract

The paper presents laboratory studies of impulse water injection on the rock samples. A large number of experimental data were obtained. According to the experimental data, a regression analysis was carried out, on the basis of which qualitative correlations between factorial and resultant characteristics were revealed. Taking into account the mathematical analysis of the data obtained, graphical dependencies were constructed. As the fluid oscillation frequency increases, the amount of liquid passing through the sample of the porous medium increases, with the greatest value of fluid leakage through the rock samples reaching in the frequency range 600 ... 1000 Hertz.

Influence of Globalization on Modern Education

“…In addition, secondary education should be strong and fundamental. Primary vocational education and training should provide all young people with knowledge and skills combined with the ability to learn to learn [3]. Efficient learning should be based on the close partnership with parents and local communities.…”

Essence and Content of the Multicultural Competence of Engineering Students

“…In the humanistic worldview, it is possible to go beyond cultural relativity, national, economic, religious, racial or ideological differences, which is reflected in right to life, love, education, moral and intellectual freedom. The important thing interaction of universal and national values of humanism [7].…”

Substantiation of geological exploration and modeling of oil deposits for multistage fracturing in a horizontal well

“…The correlation analysis of the effect of geological and production parameters on the value of cumulative oil production revealed the general trends affecting the efficiency of drilling and the quantitative criteria for its successful implementation [12][13][14].…”

“…When drilling horizontal wells in conditions of high geological heterogeneity and high number of reservoir beds, it is recommended to carry out development using the multistage hydraulic fracturing technology in order to increase productivity [10][11][12][13][14]. Figure 7 shows how the developed fracture length increases oil production.…”