TRAINING APPLIED PETROLEUM GEOLOGY FOR NON GEOLOGIST

Training Penerapan Petroleum Geology

Training Prinsip Dasar Petroleum Geology

TUJUAN TRAINING PETROLEUM GEOLOGY FOR NON GEOLOGIST

Melalui pelatihan ini diharapkan peserta dapat :
* Memahami prinsip-prinsip dasar petroleum geology yang sangat erat kaitannya dengan  teknologi eksploitasi migas.
* Melakukan diagnosis sederhana dan memahami pengelolaan data operasi data geologi produksi, data batuan dan fluida reservoir, data produksi, data operasi pemboran bahkan data analisis keekonomian.
* Membuat analisis sederhana terhadap data tersebut dan melakukan pengolahannya dengan mempergunakan metoda standar dalam petroleum geology  dan teknologi perminyakan.

Melakukan perhitungan-perhitungan kuantitatif sederhana dari seluruh data perolehan operasi perminyakan: geologi produksi, evaluasi data formasi produktif, data reservoir, data pemboran, data produksi bahkan data keekonomian

MATERI PETROLEUM GEOLOGY FOR NON GEOLOGIST

Introduction
* Definitions
* Context of petroleum geology within the Earth sciences
* Historical development of petrolrum geology and key concepts
* Temporal and spatial scales

Unconsolidated clastic sediments
* Grain-size (particle-size, granulometric) analysis
* Moment measures
* Sediment composition
* Sediment maturity
* Clay minerals

Sedimentary rocks
* Clastic (siliciclastic) rocks
* Carbonate sediments and rocks
* Organic (carbonaceous) sediments and rocks
* Evaporites
* Volcaniclastic sediments and rocks

Diagenesis
* Compaction
* Cementation
* Dolomitization
* Hydrocarbon formation

Sediment transport and deposition
* Reynolds number
* Froude number
* Stokes’ Law
* Transport modes in a turbulent fluid
* Current ripples
* Dunes
* Plane beds and antidunes
* Waves
* Tides
* Ocean currents
* Gravity flows

Sedimentary structures
* Cross stratification
* Planar stratification
* Gravity-flow deposits
* Imbrication
* Sole marks
* Paleocurrent measurements

Facies and depositional environments
* The facies concept
* Lithofacies (physical and chemical characteristics)
* Biofacies (macrofossil content)
* Ichnofacies (trace fossils)

Glacial/eolian/lacustrine environments
* Glacial environments
* Eolian environments
* Lacustrine environments

Fluvial/deltaic/coastal environments
* Fluvial environments
* Deltaic environments
* Coastal environments

Shallow/deep marine environments
* Shallow marine environments
* Deep marine environments

Stratigraphic principles
* Lithostratigraphy
* Biostratigraphy
* Chronostratigraphy
* Geochronology

Sequence stratigraphy
* Parasequences
* Systems tracts
* Clastic environments
* Carbonate environments
* Sea-level change
* Seismic stratigraphy
* Cyclostratigraphy

Sedimentary basins
* Extension
* Collision
* Transtension

Models in sedimentary petroleum geology
* Conceptual models (qualitative models)
* Physical models (experimental models)
* Mathematical models (computer models)
* Deterministic models (physically-based or process-based)
* Stochastic models

Applied sedimentary geology
* Economic issues
* Environmental issues
* Reservoir modeling
* Coastal wetland loss

Reflection
* Uniformitarianism
* Quaternary environments

PESERTA

Pelatihan ini sesuai untuk diikuti oleh personel dengan latar belakang: Operator, Sr. Operator, Engineering dan Non Engineering

INSTRUKTUR

Ir. Ketut Gunawan, M.T & Team

METODE
* Presentasi
* Diskusi Interactive
* Studi Kasus
* Sharing
* Evaluasi