AKUISISI DATA SEISMIK PDF

The waveform data is acquired from 3 different tracks on the research location with Seismik Refraksi:Dasar Teori dan Akuisisi Data. KELOMPOK1AKUISISIDATAANALISA SUMURMINYAKBUMI KEVIN ESTONIOM. ARIOFREZKYSITORUSLORITA. Model geologi sintetik dibuat berdasarkan data sumur eksplorasi dan data seismik terdahulu. Target lapisan pada akuisisi adalah lapisan.

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July ~ ShoutBox

Undergraduate thesis, Institut Teknologi Sepuluh Nopember. Manifestasi oil seeps di lingkungan vulkanik dapat menunjukkan keberadaan minyak bumi.

Hal ini menjadi tantangan bagi keilmuan geofisika dalam mencitrakan kondisi akuisosi permukaan di lingkungan vulkanik untuk melihat keberadaan dan persebaran hidrokarbon. Metode seismik memiliki keterbatasan pada litologi vulkanik. Evaluasi desain akuisisi seismik 3D diperlukan untuk permasalahan geometri struktur dan kontras kecepatan litologi vulkanik.

Seismik Refleksi

Evaluasi dilakukan dengan pendekatan desain akuisisi seismik 2D yang nantinya diterapkan pada desain akuisisi seismik 3D untuk dianalisa secara statik.

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Variasi parameter meliputi common depth point CDPfold coverage, dan far Offset.

Model geologi sintetik dibuat berdasarkan data sumur eksplorasi dan data seismik terdahulu. Target lapisan pada akuisisi adalah lapisan Formasi Jatibarang bagian atas di kedalaman meter.

seiamik

Standar Prosedur Akuisisi Data Seismik 2-D

Pada analisa desain 2D lapisan Jatibarang bagian atas ditunjukkan pada domain waktu ms, diproleh hasil yakni CDP inteval 10 meter, Akuisiai coverage 45, dan Far Offset meter. Hasil yang tunjukkan dari desain akuisisi 2D pada penampang seismik di terapkan pada desain akuisisi seismik 3D akuisiis. There is a manifestation that shown by oil seeps in the surface.

Majalengka is one of the area indicated as an hydrocarbon zone below it that located in a part of North West Java Basin. It is challenging and has opp ortunity to develop an exploration methods.

Because there is a problem with seismic wave propagation on the volcanic area. Research of seismic design is needed for analysis seismic design that xeismik image the structural geometry of volcanic environment. Th e author use majalengka as an field study of seismic design parameter analysis in volcanic environment.

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The author use a geological syntetic model to perform this research built by old 2D seismic section and well data on the research area. Methodology tha t used in this research by analysis crossover 2D seismic acquisition line which made as 3D seismic configuration which consist of inline and xline akuisisj dynamic analysis.

The result from 2D seismic design analysis that can give the best answer for structural geometry problem based on volcanic enviro nment are CDP interval 10 meter45 Fold coverageand Far Offset meter. This result used for 3D seismic static analysis and applied as a input parameter for build 3D seismic design.

More information and software credits.

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