ANALYSIS OF 3D MODELLING OF BASEMENT MAGNETIC USING MAGB_INV IN CENDRAWASIH BAY, PAPUA
Magnetic basement has a relationship with information on potential areas that produce hydrocarbons. The sediment thickness information is associated with the depth of the magnetic basement. Determination of the geometry of the 3D magnetic is one of the main objectives of magnetic interpretation o...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/66824 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Magnetic basement has a relationship with information on potential areas that
produce hydrocarbons. The sediment thickness information is associated with the
depth of the magnetic basement. Determination of the geometry of the 3D magnetic
is one of the main objectives of magnetic interpretation of an area. The MagB_Inv
program is a MATLAB program that is useful for obtaining 3D models of magnetic
basement. This program is able to process large amounts of data and perform fast
and accurate calculations. The calculation used in this program is the inverse
Fourier transform and uses a high cut-filter to avoid high-frequency instability. In
this study, the MagB_Inv program was applied to the Cendrawasih Bay area,
Papua; areas of sedimentary basins that have been drilled and have hydrocarbon
prospects. The results obtained show that the thickness of the sediment in the study
area is around 7-25 km. The maximum sediment thickness in the Biak Yapen Basin
is about 20 km and in the Cendrawasih Basin about 25 km |
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