| Kode Mata Kuliah | GL4013 / 2 SKS |
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| Penyelenggara | 120 - Geological Engineering / FITB |
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| Kategori | Lecture |
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| Bahasa Indonesia | English |
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| Nama Mata Kuliah | Geokimia Petroleum | Petroleum Geochemistry |
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| Bahan Kajian | - Pendahuluan
- Isi kuliah secara umum
- Aturan perkuliahan dan ujian
- Tujuan kuliah dan Literatur
- Kerogen
- Definisi dan pembentukan
- Komposisi
- Efek maturasi/pematangan
- Pembentukan hidrokarbon
- Teknik Analisis
- Pemilihan dan kualitas sampel
- Teknik penentuan kekayaan
- Pirolisis
- Teknik penentuan kematangan material organik
- Teknik penentuan tipe material organik
- Kematangan
- Pirolisis
- Optik
- Evaluasi Batuan Induk
- Pengertian batuan induk
- Prinsip evaluasi Interpretasi data kekayaan
- Interpretasi data kematangan
- Interpretasi tipe material organik
- Interpretasi ekspulsi
- Latihan interpretasi
- Penggunaan isotop
- Latihan interpretasi data kerogen batuan induk & tugas
Expert
Biomarker
- Kilas balik kimia organik
- Pengertian biomarker
- Alkana normal dan isoprenoid
- Sterana, untuk petunjuk kematangan dan lingkungan
pengendapan
- Triterpana, untuk petunjuk kematangan dan lingkungan
pengendapan
- Geokimia Permukaan.
Contoh data geokimia di Indonesia
-Latihan dan pembahasan data gabungan kerogen dan biomarker.
| - Introduction
- General lecture content
- Lecture and exam rules
- Course Objectives and Literature
- Kerogen
- Definition and establishment
- Composition
- Maturation effect
- Formation of hydrocarbons
- Analysis Technique
- Sample selection and quality
- Wealth determination technique
- Pyrolysis
- Technique for determining the maturity of organic materials
- Organic material type determination technique
- Maturity
- Pyrolysis
- Optics
- Parent Rock Evaluation
- Definition of parent rock
- Evaluation principles Interpretation of wealth data
- Interpretation of maturity data
- Interpretation of organic material type
- Expulsion interpretation
- Interpretation exercise
- Use of isotopes
- Host rock kerogen data interpretation exercise & assignment
Biomarkers
- Organic chemistry flashback
- Definition of biomarkers
- Normal alkanes and isoprenoids
- Sterana, to instructionsmaturity and deposition environment
- Triterpane, for maturity and environmental clues
precipitation
- Surface Geochemistry.
Examples of geochemical data in Indonesia
-Exercise and discussion of combined kerogen and biomarker data
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Lulusan mampu menerapkan sains dan desain teknik di bidang geologi untuk
menghasilkan temuan sains dan solusi teknik yang memenuhi persyaratan tertentu
di bidang geologi yang spesifik
- Lulusan mampu mengembangkan dan melakukan metodologi yang sesuai dan
sistematis dalam melakukan kajian di bidang geologi.
- Lulusan mampu mengumpulkan, menganalisis dan menafsirkan data keilmuan
dan keteknikan di bidang geologi.
- Lulusan mampu berkomunikasi secara efektif secara lisan dan tertulis kepada
berbagai khalayak.
| - Students are expected to have a basic understanding of the use of geochemistry
in oil and gas exploration techniques.
- Students are expected to be able to select and validate related data
the use of geochemistry in oil and gas exploration techniques.
- Students are able to analyze and interpret geochemical data in the following ways
Correct
- Students are able to communicate with geochemists and other cross-professions, and
are able to convey the results of geochemical interpretation effectively to the public. relevant stakeholders
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| Metode Pembelajaran | Knowledge Based Leaning.
Problem based learning | Knowledge Based Leaning.
Problem based learning. |
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| Modalitas Pembelajaran | Luring
Daring
Sinkron
Asinkron | Offline
Online
Synchronous
Asynchronous |
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| Jenis Nilai | ABCDE |
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| Metode Penilaian | Tertutlis: Uraian
Tugas: Laporan | Written: Description
Tasks: Report |
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| Catatan Tambahan | | |
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