In the past few years, the use of Deep Learning in the petroleum industry has increased, especially for seismic interpretation and signal processing. However its use remains shy in image analysis and carbonates classification. This study aims at applying Deep Learning on reservoir rock images and produce an image classification algorithm. The images used are thin sections of core rocks gathered while drilling exploration wells. The purpose is to classify thin sections according to their level of porosity, their Dunham and Depositional Rock Types (DRT) classification, and to be able to identify the different components they contain. These predictions will assist geologists in their labeling tasks. The algorithm is based on Convolutional Neur...
In the upstream field of exploration and production of hydrocarbons, the characterization of rock fa...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...
In the past few years, the use of Deep Learning in the petroleum industry has increased, especially ...
In the past few years, the use of Deep Learning in the petroleum industry has increased, especially ...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
This thesis evaluates the application of artificial intelligence to detect rock properties from who...
Carbonate rocks are important archives of past ocean conditions as well as hosts of economic resourc...
There is a large amount of drilling core data in the Mackay River oil sands block in Canada, and the...
X-ray computerized tomography (CT) images as digital representations of whole cores can provide valu...
As deep learning (DL) gains popularity for its ability to make accurate predictions in various field...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...
Core imaging and classification is an important step for generating a digital database for subsurfac...
In the upstream field of exploration and production of hydrocarbons, the characterization of rock fa...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...
In the past few years, the use of Deep Learning in the petroleum industry has increased, especially ...
In the past few years, the use of Deep Learning in the petroleum industry has increased, especially ...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
This thesis evaluates the application of artificial intelligence to detect rock properties from who...
Carbonate rocks are important archives of past ocean conditions as well as hosts of economic resourc...
There is a large amount of drilling core data in the Mackay River oil sands block in Canada, and the...
X-ray computerized tomography (CT) images as digital representations of whole cores can provide valu...
As deep learning (DL) gains popularity for its ability to make accurate predictions in various field...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...
Core imaging and classification is an important step for generating a digital database for subsurfac...
In the upstream field of exploration and production of hydrocarbons, the characterization of rock fa...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...
In boreholes with partial or no core recovery, interpretations of lithology in the remainder of the ...