This paper considers the main aspects of Bazhenov Formation interpretation and application of machine learning algorithms for the Kolpashev type section of the Bazhenov Formation, application of automatic classification algorithms that would change the scale of research from small to large. Machine learning algorithms help interpret the Bazhenov Formation in a reference well and in other wells. During this study, unsupervised and supervised machine learning algorithms were applied to interpret lithology and reservoir properties. This greatly simplifies the routine problem of manual interpretation and has an economic effect on the cost of laboratory analysis
In recent years, oil and gas exploration are increasingly turning to direct methods to identify accu...
Description of subsurface reservoirs is important for decision-making in the development of hydrocar...
The article focuses on study in the properties of low-permeable reservoirs. The object of the resear...
The Bazhenov Formation has been studied for more than 50 years, but its petroleum potential, optimal...
Purpose of this research is to forecast the development of sand bodies in productive sediments based...
Wireline log interpretation is a well-exercised procedure in the oil and gas industry with all its a...
The article presents the results of studying petrophysical rock properties of the Bazhenov Formation...
The thermal history of oil source rocks of Bazhenov deposits was reconstructed in 8 cross-sections o...
Defining distinctive areas of the physical properties of rocks plays an important role in reservoir ...
© SGEM2019. The geological modeling is an actively developing area of petroleum geoscience. One of t...
Well logging results are one of the ways to study the buried terrigenous rocks genesis. To ensure th...
Unconventional reservoirs are the productive zones in other words the rock quality and the mechanica...
Machine learning today becomes more and more effective instrument to solve many particular problems,...
In the article the peculiarities of the lithological structure of the Bazhenov formation in the Nady...
Accurate determination of lithology based on well logging data is an important task in the study of ...
In recent years, oil and gas exploration are increasingly turning to direct methods to identify accu...
Description of subsurface reservoirs is important for decision-making in the development of hydrocar...
The article focuses on study in the properties of low-permeable reservoirs. The object of the resear...
The Bazhenov Formation has been studied for more than 50 years, but its petroleum potential, optimal...
Purpose of this research is to forecast the development of sand bodies in productive sediments based...
Wireline log interpretation is a well-exercised procedure in the oil and gas industry with all its a...
The article presents the results of studying petrophysical rock properties of the Bazhenov Formation...
The thermal history of oil source rocks of Bazhenov deposits was reconstructed in 8 cross-sections o...
Defining distinctive areas of the physical properties of rocks plays an important role in reservoir ...
© SGEM2019. The geological modeling is an actively developing area of petroleum geoscience. One of t...
Well logging results are one of the ways to study the buried terrigenous rocks genesis. To ensure th...
Unconventional reservoirs are the productive zones in other words the rock quality and the mechanica...
Machine learning today becomes more and more effective instrument to solve many particular problems,...
In the article the peculiarities of the lithological structure of the Bazhenov formation in the Nady...
Accurate determination of lithology based on well logging data is an important task in the study of ...
In recent years, oil and gas exploration are increasingly turning to direct methods to identify accu...
Description of subsurface reservoirs is important for decision-making in the development of hydrocar...
The article focuses on study in the properties of low-permeable reservoirs. The object of the resear...