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APLIKASI TOMOGRAFI NEUTRON UNTUK MENGANALISIS DINAMIKA MINYAK PADA BATUAN BEREA SANDSTONE
This study aims to observe the interaction between neutrons and oil within Berea sandstone rocks through reconstructed neutron tomography images, analyze the effect of saline water and surfactants on oil dynamics using core flooding and imbibition methods, and visualize oil distribution using VGStudio Max 3.0 software. The methods used include neutron tomography to obtain 3D images of oil dynamics in Berea sandstone. The results show that neutron tomography can observe oil dynamics phenomena non-destructively, although the standards for quantitative analysis still need further development. The use of saline water and surfactants, particularly with the addition of D₂O, affects oil dynamics. In core flooding, the distribution tends to concentrate in the main pore channels of the rock, while in imbibition, the spread reaches more thoroughly into smaller pores. Image visualization with VGStudio Max 3.0 shows oil distribution patterns consistent with the experimental data from core flooding and imbibition, and the segmented oil volume corresponds to the remaining oil values obtained from experiments. Neutron tomography can be effectively used to study oil dynamics in porous rocks
FAKULTAS SAINS DAN TEKNOLOGI, UIN SUNAN KALIJAGA YOGYAKARTA
APLIKASI TOMOGRAFI NEUTRON UNTUK MENGANALISIS DINAMIKA MINYAK PADA BATUAN BEREA SANDSTONE (Text)
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005.12 Software System Analysis and Design/Sistem Analisa dan Desain Perangkat Lunak